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User:Huritisho/nearstars

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Name     Paralax RA/DE Proper motion (arcsec/yr) m  pmPA Radial vel. (km/s) Sp            

Vmag

Sun                                                  G2 V       -26.72
NN 3001 75.2 00 00 06 -34 29.7 0.758   168.6         DC9         14.9
GJ 1001 104.2 00 02 05 -40 57.8 1.618   154.5 -3   M3.5       12.84
NN 3002 49 00 02 16 +34 22.8 0.776   83 6.4   G2 V       6.11
NN 3003 39 00 02 21 +22 59.5 0.38   91.5          G9 V       7.82
Gl 1 221.8 00 02 28 -37 36.2 6.097   112.5 22.9   M4 V       8.54
Gl 2 87 00 02 32 +45 30.6 0.894   100.5 0.1  dM2  e      9.93
NN 3004 51 00 02 43 +48 12.0 0.009   305.5          G5         8.3
Gl 3 53 00 02 48 -68 06.2 0.582   190.7 41   K5 V       8.48
NN 3005 47 00 02 54 -50 20.0 0.167   276          M5         11.95
Gl 4 87 00 03 02 +45 32.2 0.839   101.8 0  dK6  e      8.97
Gl 4 87 00 03 02 +45 32.1 0.885   98.3 0.1   M0.5 V     9.02
Gl 4.1 46.5 00 03 38 +58 09.5 0.26   76.7 -11.6   G5 V       6.43
Gl 4.1 46.5 00 03 38 +58 09.5 0.26   76.7 -16  dG8         7.2
NN 3006 55 00 03 40 -66 07.5 0.593   160.6          M4         12.16
Gl 4.2 48.3 00 03 44 -49 21.2 0.592   93.9 2.6   G1 IV      5.71
Gl 4.2 48.3 00 03 44 -49 21.2 0.592   93.9                     11.5
Gl 5 70.2 00 04 01 +28 44.7 0.422   114.1 -5.5   K0 Ve      6.14
GJ 1002 212.8 00 04 13 -07 47.5 2.041   203.6 -42   M5-5.5     13.75
GJ 1003 53.5 00 04 46 +28 58.8 1.89   127.2          m          14.18
Wo 9003 26 00 04 58 -24 05.9 0.348   77.5 -46   K0 V       8.7
NN 3007 44 00 05 26 +07 44.0 0.546   222.4          M3.5       13.07
NN 3008 47 00 05 53 +17 08.8 0.105   238.3         dM0         10.79
NN 3009 74 00 05 54 -57 22.0 0.368   264          M4         12.07
Gl 6 46.2 00 06 06 +36 21.0 0.167   222.2 -15.2   F8 IV      6.21
NN 3010 94 00 06 20 +20 33.9 0.244   194          m          13.54
Gl 7 29 00 06 29 -27 24.1 0.683   83.7          m          11.72
Gl 8 69.2 00 06 30 +58 52.4 0.553   108.4 11.3   F2 III-IV  2.27
Gl 9.1 64.5 00 06 53 -46 01.4 0.214   145 -9.2   K0 III     3.88
NN 3011 43 00 08 31 -06 03.7 0.252   88 -5.2  dM2         10.86
NN 3012 46 00 08 42 +58 04.5 0.235   92          K7         9.48
[[Gl 

10]]

62 00 08 43 -15 44.5 0.279   197.5 14.6   F7 V       4.89
[[Gl 

10.1]]

20 00 09 03 -59 11.3 0.29   90.2 -4.6   G4 V       8.35
NN 3013 44 00 09 12 -35 24.8 0.211   54.2 -13.5   F4 V       5.25
GJ 1004 90.7 00 09 40 +50 09.2 0.718   216         DA8         14.36
[[Gl 

11]]

49.6 00 10 26 +69 03.2 0.772   113.9         dM4   J     13.06
[[Gl 

11]]

49.6 00 10 26 +69 03.2 0.772   113.9                     13.4
NN 3014 61 00 10 40 +80 23.2 0.294   56          M1.5       11.12
NN 3015 61 00 10 48 +80 23.1 0.294   56          m          17.4
NN 3016 50.8 00 11 42 -13 27.1 0.911   217.7         DC8         15.9
GJ 1005 188.7 00 12 53 -16 24.3 0.863   133.6 -29   M4         12.03
NN 3017 56 00 13 06 -30 02.7 0.13   135         dM3.4       14.31
[[Gl 

12]]

86.3 00 13 12 +13 16.4 0.695   62.7         dM3.5       12.58
NN 3018 50 00 13 26 -68 16.4 0.628   103.8          m          10.95
NN 3019 50 00 13 17 -68 16.0 0.628   103.8          m          12.5
NN 3020 64 00 13 33 -48 32.1 0.238   198          M5         11.54
GJ 1006 65.5 00 13 36 +19 35.6 1.037   137.5          M4         12.27
GJ 1006 65.5 00 13 38 +19 35.8 1.037   137.5          M4.5       13.22
Wo 9006 43.3 00 13 46 +15 38.5 0.257   54          m          14.8
NN 3021 52 00 13 56 -80 07.7 0.46   99          G6 V       6.6
NN 3022 45 00 14 21 +19 47.2 0.244   84          m          13.77
GJ 1007 56.6 00 14 22 +04 51.3 0.635   185          m          13.79
[[Gl 

13]]

67.4 00 14 24 -52 55.9 0.361   61 -14.3   G2 V       6.84
[[Gl 

14]]

71 00 14 26 +40 40.2 0.562   79.7 3  dM0.5       9
NN 3023 51 00 14 41 +28 54.0 0.791   57.5          M2         11.55
NN 3024 46.6 00 14 54 -09 01.0 0.388   107          M0         12.49
NN 3025 36.6 00 15 07 -08 57.7 0.27   86         dM0         11
NN 3026 39 00 15 22 -18 11.4 0.223   71          m          13.2
Wo 9008 42 00 15 25 -13 44.0 0.404   89.4 28.2   G2 V       6.5
[[Gl 

15]]

289.5 00 15 31 +43 44.4 2.912   81.8 12   M2 V       8.08
[[Gl 

15]]

289.5 00 15 31 +43 44.4 2.912   81.8 11.3   M6 Ve      11.06
[[Gl 

16]]

35.9 00 15 42 +09 55.5 0.02   180         dM0         10.9
[[Gl 

16.1]]

51.4 00 16 07 -08 19.7 0.443   108.6 -10.4   G5 IV-V    6.46
NN 3027 52 00 16 16 +27 32.3 0.402   105          m          13.86
GJ 1008 46 00 16 33 -10 14.3 0.276   200          K7 V       9.94
[[Gl 

17]]

139 00 17 29 -65 10.1 2.072   55.7 9   F9 V       4.22
GJ 2003 41 00 17 36 -17 20.3 0.18   65          M1         11.69
NN 3028 79.9 00 17 48 +32 49.3 1.362   129.2 -30   M6         16.05
[[Gl 

17.1]]

49.7 00 18 52 -46 00.7 0.791   174.2 2.5   M1         10.4
NN 3029 59 00 19 15 -46 21.4 0.483   216.8          M3:        12.29
NN 3030 45 00 19 16 +48 56.0 0.22   98          m          12.84
GJ 1009 69 00 19 27 -31 41.0 0.13   163         dM2         11.16
NN 3031 42 00 19 37 +42 20.3 0.321   213         DC9         16.5
[[Gl 

17.2]]

39 00 19 52 -27 18.3 0.476   149.3 0.4   K3 V       8.3
[[Gl 

17.3]]

53 00 20 18 -12 29.2 0.396   80.6 -2.6   G2 V       6.38
GJ 1010 63.7 00 20 41 +76 54.7 0.8   273          k-m        11.3
GJ 1010 63.7 00 20 43 +76 54.8 0.8   273          m          14
GJ 2004 43 00 20 46 -33 26.8 0.147   332.5          K3/4 V     8.75
NN 3032 55 00 20 50 -51 10.3 0.555   91.5          M4         11.88
GJ 1011 61.1 00 20 52 +24 01.5 0.259   298          k-m        14.27
[[Gl 

18]]

52 00 21 53 -27 18.3 0.679   82.4 3.7   K3 V       7.92
NN 3033 53 00 21 55 +29 45.8 0.605   90.2          m          14.54
GJ 2005 132.8 00 22 12 -27 26.0 0.614   354.9 -220   M5.5       15.42
NN 3034 53 00 22 45 +22 37.0 0.52   204.7          m          14.3
[[Gl 

19]]

155.4 00 23 09 -77 32.1 2.25   81.6 22.9   G2 IV      2.8
[[Gl 

20]]

71.2 00 23 45 -43 57.4 0.112   70.2 11.3   A7 Vn      3.94
[[Gl 

21]]

54.4 00 24 00 +69 52.1 0.23   219         dM0         10.52
NN 3035 47.1 00 24 22 +49 25.5 0.477   123.6          m          14.25
GJ 1012 74.8 00 26 08 -06 55.8 0.87   202.3 51   M4         12.19
NN 3036 76 00 26 09 +50 05.9 0.44   74          m          13.15
GJ 1013 61.6 00 29 02 -06 07.9 1.098   163.1          m          12.75
[[Gl 

22]]

100.6 00 29 20 +66 57.8 1.748   97.8 -4  dM2.5e      10.38
[[Gl 

22]]

100.6 00 29 20 +66 57.8 1.748   97.8         dM3.5       12.4
NN 3037 43.1 00 29 34 -03 10.7 0.653   76.7          g-k        17.34
NN 3038 34.3 00 29 56 -63 21.9 0.518   101.7          K7         9.61
NN 3039 86 00 30 00 +07 13.0 0.186   111          m          12.7
Wo 9015 47.8 00 30 28 -63 18.4 0.092   111.7 5   A0 V       5.75
Wo 9015 47.8 00 30 28 -63 18.4 0.092   111.7          A          6
NN 3040 50.5 00 31 30 +70 55.5 0.596   120          k-m        13.52
Wo 9016 20 00 31 43 +47 38.4 0.41   80.2 -10.5   F8         7.37
[[Gl 

22.2]]

49 00 32 05 -52 39.0 0.233   80.5 34.8   F3 IV-V    5.57
[[Gl 

23]]

61.4 00 32 40 -03 52.1 0.411   92.9 11.2   F6 V       5.65
[[Gl 

23]]

61.4 00 32 40 -03 52.1 0.411   92.9 8.8   G1 V       6.4
GJ 1014 64 00 33 16 +10 12.4 1.186   110.5                     15.32
NN 3041 40 00 33 18 -48 16.5 0.111   150.2 7.6   F6 V       5.51
NN 3042 58 00 33 26 +45 14.5 0.298   242          M2         11.71
NN 3043 46 00 33 49 +08 36.0 0.042   190.3          G5         7.87
[[Gl 

24]]

33 00 34 14 -49 24.3 0.407   108.5 -3   G3 V       6.79
[[Gl 

24]]

33 00 33 40 -49 24.1 0.41   109.4 4.7   K0 V       8.37
[[Gl 

25]]

72.1 00 34 47 -25 02.5 1.394   90.3 18.6   G7 V       6.23
[[Gl 

25]]

72.1 00 34 47 -25 02.5 1.394   90.3 25   G8 V       6.4
GJ 2010 62 00 34 56 -21 10.1 0.316   229         DA7         14.53
NN 3044 44 00 35 28 +52 03.6 0.25   192          M0         10.48
NN 3045 49 00 35 48 +51 11.4 0.27   277          m          12.6
[[Gl 

26]]

79.5 00 36 13 +30 20.5 1.561   88.3 -0.2  dM4         11.06
NN 3046 39 00 36 40 +60 16.9 0.294   211          m          12.83
[[Gl 

27]]

95.1 00 36 45 +20 58.9 0.588   231.2 -32.9   K0+ V      5.85
[[Gl 

27.1]]

43 00 37 34 -44 31.5 0.546   115.5          M0.5       11.4
[[Gl 

27.2]]

40.1 00 38 02 -24 04.4 0.722   117 -50.4   G3 V       6.15
[[Gl 

28]]

58.5 00 38 04 +39 55.3 0.746   152.4 -64.2   K2 Ve      7.36
[[Gl 

29]]

56.7 00 38 06 -59 44.1 0.99   62.8 1.5   G1 V       5.9
NN 3047 53 00 38 16 +31 06.8 0.319   188          m          13.83
GJ 1015 43.3 00 38 28 +55 33.6 0.313   104          m          14.02
GJ 1015 43.3 00 38 29 +55 33.7 0.313   104         DQ5         14.08
GJ 2012 100.8 00 38 58 -22 37.2 0.567   229         DQ9         14.53
GJ 1016 45 00 39 05 -33 53.9 0.45   237          k          10.6
GJ 1017 45.7 00 39 45 -52 38.5 0.736   117.4          m          12.25
GJ 1018 54 00 39 53 -36 59.5 0.18   293          m          12.65
[[Gl 

29.1]]

47.2 00 40 05 +35 16.4 0.266   70 -0.5  dM0  e      10.52
[[Gl 

30]]

54.7 00 40 52 +33 34.6 0.406   209.3 -34.7  dK5         8.73
GJ 1019 51.9 00 40 56 +28 11.1 1.062   187          m          14.52
NN 3048 42.3 00 41 02 +23 36.9 0.213   149.9         dM0         10.97
[[Gl 

31]]

54.5 00 41 05 -18 15.6 0.234   81 13.3   K1 IIIe    2.04
NN 3049 101 00 41 05 -41 33.6 0.744   222.5          M4         13.1
NN 3050 48 00 41 36 +75 39.9 0.395   103.2 -8.4   G8         7.19
NN 3051 55 00 41 42 +12 20.8 0.33   127          m          12.79
NN 3052 81 00 41 42 +08 51.2 0.809   91.5          m          13.8
Wo 9024 28 00 41 58 -26 47.5 0.345   62.4 55.4   G5 V       7.79
[[Gl 

31.2]]

41 00 42 07 -19 13.4 0.35   60 27  dM2         10.78
[[Gl 

31.2]]

41 00 42 05 -19 13.7 0.35   60          m          16.3
[[Gl 

31.3]]

46.3 00 42 16 -22 16.8 0.107   324.6 13.2   F2 V       5.23
NN 3053 72 00 42 29 -15 32.3 0.662   151.8          m          14.2
[[Gl 

31.4]]

51 00 42 31 +01 31.2 0.572   185.3 9.9   K2 V       8.01
[[Gl 

31.5]]

49 00 42 32 -65 54.8 0.76   167 97.7   G3 V       6.54
GJ 1020 50 00 42 58 -13 09.1 0.202   190.9 -12.8   G0 V       6.15
NN 3054 43 00 43 12 -51 54.  0.094   124          M3         11.91
[[Gl 

32]]

81.4 00 43 25 -42 10.9 0.312   104.1 -26.3   K5 V       8.41
[[Gl 

32]]

81.4 00 43 25 -42 10.9 0.262   114.1 -22.6   K7 V       9.06
GJ 1021 48.1 00 43 25 -47 49.6 0.202   65.1 -11.4   G5 IV      5.8
NN 3055 40 00 44 27 -26 24.6 0.286   47          M3 :       13.98
NN 3056 54 00 44 40 -23 46.8 0.207   141          m          14.4
Wo 9029 40.7 00 45 08 -37 12.5 0.393   207.4 -26   F7/8 V     7.85
Wo 9029 40.7 00 45 07 -37 13.4 0.396   206          m          15.5
[[Gl 

33]]

135.9 00 45 45 +05 01.4 1.367   146.4 -10   K2 V       5.74
[[Gl 

34]]

168.4 00 46 03 +57 33.1 1.213   114.9 8.2   G3 V       3.45
[[Gl 

34]]

168.4 00 46 03 +57 33.1 1.213   114.9 10.5   K7 V       7.51
NN 3057 43 00 46 06 +26 45.0 0.314   209          M4         12.38
NN 3058 54 00 46 10 +44 18.5 0.187   127          m          13.06
[[Gl 

34.1]]

55 00 46 21 +16 40.3 0.199   180.8 3.8   F8 V       5.07
[[Gl 

35]]

230.9 00 46 31 +05 09.2 2.98   155.7 54  DZ7         12.38
NN 3059 48 00 46 43 -50 24.9 0.323   131          M2         10.75
[[Gl 

36]]

62.5 00 46 57 -23 29.2 0.534   77.8 5   G9 V       7.16
GJ 1022 46 00 47 18 -61 17.7 1.119   94 -2   M6         12.16
[[Gl 

37]]

61.8 00 47 37 -10 54.8 0.322   225.5 8.2   F7 IV-V    5.17
NN 3060 71 00 47 52 +24 32.7 0.22   102          m          12.7
NN 3061 71 00 47 52 +24 32.7 0.22   102          m          13.3
NN 3062 20 00 47 54 -27 42.6 0.166   65.8          A3         9.6
[[Gl 

38]]

53.5 00 48 23 +58 01.5 1.549   75.9 -16.6  dM2         10.67
[[Gl 

39]]

48 00 48 43 +18 28.3 0.27   173.3 6.5  dK6         9.24
GJ 2015 21 00 48 56 -27 39.5 0.016   115.6          K0         10.41
[[Gl 

40]]

69.2 00 49 04 -23 10.8 0.681   114.1 15.4   K5 V       8.96
[[Gl 

40]]

69.2 00 49 06 -23 10.7 0.678   113.5          m          17.3
[[Gl 

41]]

76 00 50 04 +60 51.0 0.193   340.5 20.8   F8 V       4.82
NN 3063 42 00 50 06 -41 31.  0.059   212          M3         11.92
[[Gl 

42]]

69 00 50 34 -30 37.7 0.622   85.9 -7   K3 V       7.17
GJ 1023 53.3 00 51 05 +68 46.6 0.094   253.9          G0         9.7
GJ 1023 53.3 00 51 07 +68 46.6 0.09   250.6                     10.4
[[Gl 

42.1]]

32 00 52 19 +23 49.9 0.249   226.1 -8.6   G5         7.38
[[Gl 

43]]

61.6 00 53 10 -52 06.5 0.47   41          m          12.36
NN 3064 43 00 53 20 -11 44.1 0.451   348         DA7         15.25
NN 3065 40 00 53 23 -29 56.9 0.452   64.5 9.5   K5 V       9.48
NN 3066 37 00 53 42 +68 46.6 0.749   107.3 -49.4   K4 V       9.1
NN 3067 43.9 00 53 54 -28 24.5 0.16   136                     10.96
GJ 1024 57.4 00 53 58 +17 11.6 0.728   113.9          m          13.71
[[Gl 

44]]

70 00 54 48 -02 05.0 0.321   238.2 -47.8   K1         9.46
[[Gl 

45]]

59.9 00 55 10 -62 31.0 1.035   82.9 11   K7 V       9.5
[[Gl 

46]]

71.7 00 55 58 -28 07.3 1.305   102.7 43   M3.5       11.77
GJ 2017 57.9 00 57 26 -25 51.6 0.05   225.1          G0         9.87
[[Gl 

46.1]]

50.8 00 57 36 +17 55.8 0.095   167 -36.7   G5         7.33
NN 3068 45 00 57 38 +66 40.8 0.27   257          m          13.28
GJ 2018 27 00 57 51 -25 53.0 0.426   95          K2         9.95
GJ 2019 49.9 00 58 12 -26 54.3 0.12   175.3          K0         10.11
[[Gl 

47]]

92.4 00 58 13 +61 06.5 0.84   158 8.7  dM2.5e      10.83
GJ 1025 60 00 58 20 -04 43.5 1.326   70.5 8              13.32
[[Gl 

48]]

115.5 00 58 48 +71 25.0 1.783   101.2 0.8  dM3.5e      10.04
Wo 9035 40.2 00 59 04 +81 50.0 0.186   252.2 -50.7  dG2         8.45
NN 3069 66 00 59 04 +53 54.8 0.385   250          m          15.12
GJ 2020 84.9 00 59 24 -26 09.3 0.088   183.5          F0 V       9.75
[[Gl 

49]]

112.6 00 59 27 +62 04.5 0.686   84.3 -5.6   K5 V       9.56
[[Gl 

50]]

29 00 59 27 -10 08.9 0.566   202.2 -0.4   K5 V       10.5
NN 3070 41.9 00 59 29 -26 01.9 0.13   38                     11.84
NN 3071 43 00 59 48 +04 47.4 0.386   54.7 19.7   K0         8.2
NN 3072 49 00 59 54 -10 41.0 0.131   357 -20   K7 V       10.04
[[Gl 

51]]

110.9 01 00 08 +62 05.8 0.727   82.5          M5         13.66
NN 3073 44 01 00 28 +31 24.9 0.269   85          m          13.64
GJ 1026 58.5 01 00 32 +19 49.8 0.644   86.2          M1.5       11.88
GJ 1026 58.5 01 00 32 +19 49.8 0.644   86.2          M3.5       12.4
GJ 1027 46.8 01 01 14 +04 48.3 0.388   52 61  DA6         13.96
Wo 9036 35 01 01 59 -25 52.1 0.338   185.7 2.8   K5 V       9.8
GJ 1028 100 01 02 21 -18 23.9 1.342   71.5          m          14.46
Wo 9037 42.1 01 02 22 -39 44.9 0.549   196.9 22.4   G3 IV      7.72
GJ 1029 79.6 01 02 47 +28 13.6 1.906   95          m          14.8
[[Gl 

52]]

67.2 01 03 45 +63 40.2 1.576   77.9 2.9   K7 V       8.98
GJ 1030 63.4 01 04 03 +15 00.5 0.32   199          k-m        11.43
[[Gl 

52.1]]

47 01 04 35 -51 15.5 0.497   88.6 8.7   K1 V       8.85
NN 3074 42 01 04 52 -32 41.6 0.18 : 176          m          10.76
[[Gl 

53]]

134.5 01 04 56 +54 40.5 3.77   114.7 -98.1   G5 VI      5.17
[[Gl 

53]]

134.5 01 04 56 +54 40.5 3.77   114.7                     11
[[Gl 

52.2]]

44.5 01 04 56 +33 56.1 1.464   69.9          M3         13.35
[[Gl 

53.1]]

47 01 04 56 +22 41.7 0.5   168.2 6.7   K4 V       8.41
[[Gl 

53.1]]

47 01 04 56 +22 41.7 0.5   168.2          M3         13.6
GJ 1031 76 01 05 52 -29 04.3 0.714   100.4         dM5         13.42
[[Gl 

53.2]]

31 01 06 01 +16 59.1 0.583   187.6 -36  dK6         10.55
NN 3075 40.6 01 06 04 -10 26.8 0.252   122.3 12.9   K1.5 III   3.45
Wo 9043 21 01 06 35 -31 11.7 0.223   125.3 7.9   G8/K0 V    9.1
GJ 1032 52 01 06 47 -24 57.4 0.255   86         dM2         12.38
GJ 2021 65 01 06 53 -24 46.3 0.265   132          m          14.52
[[Gl 

53.3]]

48.7 01 06 55 +35 21.4 0.208   121.6 -0.8   M0 IIIe    2.05
[[Gl 

54]]

120.9 01 08 34 -67 43.1 0.718   34 26.1   k          9.8
NN 3076 118 01 08 46 +15 10.5 0.215   125          m          14.36
NN 3077 64.6 01 09 19 +04 39.6 0.623   146.4          m          12.89
NN 3078 64.6 01 09 21 +04 38.6 0.623   146.4          m          13.91
NN 3079 99 01 09 55 -02 07.3 0.05 : 180         DAwk        14.09
[[Gl 

54.1]]

267.4 01 09 59 -17 16.4 1.345   62.3 28  dM5  e      12.05
NN 3080 47 01 10 13 +41 23.4 0.324   96.4          G5         7.28
GJ 1033 62 01 11 00 -23 10.  0.09   88                     14.16
NN 3081 43 01 11 48 -37 12.9 0.745   61.1         dM2.5       13.85
[[Gl 

54.2]]

56.8 01 11 53 -08 11.5 0.303   23.7 21.2   F5 V       5.14
[[Gl 

54.2]]

56.8 01 11 51 -08 10.7 0.312   25 22.1   K1 V       7.85
Wo 9046 42 01 12 11 -42 09.5 0.125   241.8          G0 V       8.47
NN 3082 57 01 12 30 -54 13.  0.324   21          M3         11.09
[[Gl 

54.3]]

47.5 01 12 51 -65 01.4 0.353   149.6          K0 IV/V    9.05
[[Gl 

55]]

82 01 12 56 -45 47.9 0.688   74.6 11.6   F8 V       4.96
[[Gl 

55.1]]

53 01 13 19 -69 05.1 0.414   73.9          K2 V       7.8
[[Gl 

55.1]]

53 01 13 19 -69 05.1 0.414   73.9                     8.2
GJ 1034 48.5 01 13 40 +24 04.2 1.841   112.2          m          15.04
[[Gl 

55.2]]

42 01 13 54 +25 04.2 0.433   102 -30  dK5         10.08
[[Gl 

55.3]]

50.7 01 14 05 -69 08.5 0.422   74 4   F6 IV  J   4.99
[[Gl 

55.3]]

50.7 01 14 04 -69 08.4 0.416   73.4 4.9   G5         7.2
GJ 1035 73.2 01 14 18 +83 53.3 1.081   295.1          m          14.77
GJ 1036 63 01 14 57 -35 58.6 0.193   154          m          11.42
[[Gl 

56]]

26 01 15 05 -15 45.6 0.544   150.1 -8.8   K3 V       9.77
NN 3083 40 01 15 06 +28 24.7 0.459   233.2          M0.5       11.56
NN 3084 50 01 15 18 +05 13.1 0.649   171.3         dM2         11.05
GJ 1037 63.8 01 15 20 +15 55.1 0.653   181.7         DQ6         13.82
[[Gl 

56.1]]

45.1 01 15 47 -13 09.2 0.696   165.8          M3         11.76
[[Gl 

56.2]]

30 01 15 49 -48 24.9 0.25   63          M1         11.55
[[Gl 

56.3]]

39 01 16 06 -01 07.6 0.507   120.3 18.2   K1 V       8
[[Gl 

56.3]]

39 01 16 05 -01 08.0 0.505   121.5          M0         10.7
[[Gl 

56.4]]

56 01 16 43 +79 53.5 0.33   108 -14  dK8         9.66
NN 3085 41 01 17 00 -26 40.0 0.022   347          m          13.46
NN 3086 24 01 17 10 +38 43.5 0.365   60         dM0         11.39
NN 3087 24 01 17 11 +38 43.7 0.365   60          k-m        14.35
NN 3088 40 01 17 28 -27 42.5 0.374   98          m          14.2
NN 3089 24 01 17 42 +38 04.3 0.04   122         dK8         10.64
[[Gl 

56.5]]

57 01 17 50 +76 27.0 0.049   225.9 -21.8  dK0         7.11
[[Gl 

57]]

59 01 19 16 -41 54.7 1.345   109.4 29  dM0.5       10.14
NN 3090 46 01 19 37 -46 58.5 0.123   236          M3         11.36
NN 3091 46 01 19 46 -27 09.1 0.231   198.8          K2 V       8.3
NN 3092 46 01 19 48 -27 10.0 0.242   196          m          14.85
NN 3093 69.2 01 20 12 +00 16.7 0.567   202.4          m          13.97
NN 3094 69.2 01 20 12 +00 16.7 0.567   202.4          m          15
NN 3095 66 01 20 20 +07 09.3 0.257   21.4          G5         7.33
NN 3096 45 01 20 24 -26 04.  0.119   58          m          13.05
[[Gl 

57.1]]

44 01 20 33 -13 13.6 0.477   94.3 30.6   K0 IV      7.85
[[Gl 

57.1]]

44 01 20 31 -13 13.1 0.474   94 58.3  dK7   J     10.38
[[Gl 

57.1]]

44 01 20 31 -13 13.1 0.474   94                     13.1
Wo 9056 33 01 22 10 +18 14.6 0.581   108.8 7.9   K2         8.49
GJ 1038 59 01 22 43 -33 06.8 0.29   60.5          k-m        9.8
NN 3097 67 01 22 58 +09 30.2 0.478   151.6         dM3.5       13.13
GJ 1039 54 01 23 02 -26 16.0 0.551   156.8         DC7         14.95
[[Gl 

58.2]]

55 01 26 20 +21 28.0 0.499   111.7 11.3   K2 V       7.73
NN 3098 51 01 30 05 -22 09.0 1.062   210.7          M1.5       11.21
[[Gl 

59]]

70.4 01 30 53 -24 25.9 0.317   119.7 -49.1   G8 V       6.97
[[Gl 

59]]

70.4 01 30 35 -24 29.7 0.326   118          m          12.77
[[Gl 

59.1]]

53 01 30 55 +68 41.5 0.399   288.1 -33.4   G6 V       6.53
NN 3099 42 01 31 17 -44 09.5 0.237   74.6          K0/1 V     7.84
Wo 9057 40.8 01 31 35 +34 25.4 0.016   42.9 -4.5   F8         9.56
NN 3100 40.6 01 32 39 +41 47.2 0.229   144         dM0         10.99
[[Gl 

60]]

58 01 32 42 -30 10.0 0.198   52.6 34.2   K3 V       7.78
[[Gl 

60]]

58 01 32 42 -30 10.0 0.198   52.6          K4 V       8
[[Gl 

60]]

58 01 32 42 -30 10.0 0.198   52.6          M2 V       10.4
NN 3101 51 01 33 42 -27 02.  0.026   11          m          13.33
[[Gl 

61]]

57.4 01 33 51 +41 09.4 0.415   204.4 -28.7   F8 V       4.09
[[Gl 

62]]

36 01 34 49 -29 38.8 0.296   102.3 11.2   K0 V       8.14
[[Gl 

63]]

90.3 01 35 07 +56 58.9 0.397   204.4 -17.5  dM3         11.19
NN 3102 47 01 35 15 -49 26.7 0.534   75.2          K7         10.5
[[Gl 

64]]

81.4 01 35 26 -05 14.7 0.675   121         DA7         12.84
GJ 1040 25 01 35 32 +44 20.1 0.176   50.5         dK8         10.84
NN 3103 54 01 35 54 +00 23.7 0.529   72.9          k          11.55
[[Gl 

65]]

380.7 01 36 25 -18 12.7 3.368   80.4 29  dM5.5e      12.57
[[Gl 

65]]

380.7 01 36 25 -18 12.7 3.368   80.4 32  dM5.5e      12.7
NN 3104 41 01 36 55 +04 48.2 0.168   33          M5         12.83
NN 3105 61 01 37 24 +31 32.3 0.481   90.7          m          13.91
[[Gl 

65.2]]

65.4 01 37 37 -46 45.7 0.08   166 29.4   M0         9.86
NN 3106 76.7 01 37 39 +63 33.6 0.013   311.9 -7   B5         10.07
Wo 9059 31 01 37 52 +66 39.7 0.748   110.3 14.4   G5 V       7.68
[[Gl 

66]]

148.9 01 37 54 -56 26.9 0.278   84.6 19.5   K2 V       5.8
[[Gl 

66]]

148.9 01 37 54 -56 26.9 0.278   84.6 22.5   K3 V       5.9
[[Gl 

67]]

73.1 01 38 44 +42 21.8 0.826   100.4 3.1   G1.5 V     4.95
[[Gl 

67.1]]

58 01 39 09 -83 13.8 0.18   44 5.4   G2 V       5.88
[[Gl 

67.2]]

52.9 01 39 28 -45 40.3 0.247   90.2 -4.5   G5 V       9.3
[[Gl 

68]]

126.5 01 39 47 +20 01.6 0.749   203.5 -33.7   K1 V       5.22
[[Gl 

69]]

75.1 01 40 12 +63 34.8 0.696   214.6 -50.7   K5 V       8.41
NN 3107 41 01 40 18 -24 53.  0.035   190          m          12.02
NN 3108 52 01 40 25 +27 35.5 0.552   92.3          K7         10.4
NN 3109 53 01 40 34 -53 59.4 0.202   119.9 12.9   F8 V       5.52
NN 3110 40 01 40 45 -42 27.2 0.686   101.5          M0         11.25
[[Gl 

70]]

113.8 01 40 46 +04 04.9 0.861   209.5 -25.8  dM2         10.93
NN 3111 45 01 41 29 -24 06.3 0.046   79          m          13.28
NN 3112 79 01 41 36 -67 32.2 1.048   197.8 51  DA7         13.88
[[Gl 

71]]

286 01 41 45 -16 12.0 1.924   296.4 -17   G8 Vp      3.49
[[Gl 

73]]

61.2 01 42 18 +16 06.0 0.815   239.7          M3         14.11
[[Gl 

74]]

40 01 43 58 +12 09.8 0.078   163.7 21.9  dK8         8.9
[[Gl 

75]]

97.2 01 44 06 +63 36.4 0.636   112.8 4   K0 V       5.63
NN 3113 57 01 44 06 -08 53.8 0.434   114.1          M3         12.99
NN 3114 56 01 45 17 +20 57.7 0.417   120          M3         12.16
[[Gl 

76]]

23 01 45 20 -26 59.7 0.295   200.4 25   K1 V       8.98
NN 3115 49 01 45 52 +32 26.3 0.349   330 -26.5   F8 V       5.79
[[Gl 

77]]

37 01 46 12 -41 44.7 0.445   69.9 35.7   G4 V       7.14
Wo 9061 40 01 47 08 -10 56.0 0.176   239.1 -0.9   F3 III     4.67
Wo 9061 40 01 46 56 -10 57.0 0.175   239.8 -2.5  dG1         6.77
NN 3116 39 01 47 44 +18 02.9 0.25   105          M0         10.79
NN 3117 67 01 48 12 +64 11.4 0.28   138 -15  dM2         11.37
NN 3118 67 01 48 12 +64 11.2 0.28   138         DA6         14.5
NN 3119 100 01 48 32 -06 21.8 0.584   113.5          m          14.6
NN 3120 56 01 48 38 +21 09.1 0.36   180          M4         13.9
NN 3121 61 01 48 56 +46 45.2 0.138   1 64  DA3         12.44
[[Gl 

78]]

86 01 49 19 -11 02.6 0.793   133.7 0   M3.5       11.8
[[Gl 

78.1]]

53.4 01 50 13 +29 20.2 0.231   177 -16.2   F6 IV      3.42
NN 3122 42 01 50 22 +65 55.9 0.135   195          G5         8.48
[[Gl 

79]]

83.7 01 50 25 -22 40.9 0.832   89.5 14.1   K5/M0 V    8.9
[[Gl 

80]]

59 01 51 52 +20 33.9 0.144   137.9 -4   A5 V       2.64
[[Gl 

81]]

54.8 01 54 01 -51 51.4 0.743   66.1 -6.3   G5 IV      3.7
[[Gl 

81]]

54.8 01 54 01 -51 51.4 0.743   66.1                     10.7
[[Gl 

81.1]]

33 01 54 43 -10 29.0 0.44   238.8 -9.9   G5 IV      6.42
[[Gl 

81.1]]

33 01 54 45 -10 29.4 0.438   239 -9   m          11.21
[[Gl 

81.2]]

57 01 54 52 -60 28.4 0.473   66.6 0.4   K5 V       8.6
[[Gl 

81.3]]

40 01 55 06 -52 00.8 0.43   54 3.8   F8 V       6.1
[[Gl 

82]]

78.5 01 55 54 +58 16.9 0.351   124 -8.8  dM4  e      12.21
[[Gl 

82.1]]

51 01 56 10 +32 58.3 0.431   144.9 -35.5  dG7         7.14
GJ 1041 93 01 56 36 +03 16.5 0.291   90          k-m        10.98
GJ 1041 93 01 56 36 +03 16.5 0.291   90          m          14
NN 3123 41 01 56 57 +43 31.2 0.276   155          m          13.01
NN 3124 40 01 57 09 +36 25.4 0.268   165          m          13.93
[[Gl 

83]]

39.6 01 57 12 -61 48.8 0.27   83 15.2   F0 V       2.86
NN 3125 95 01 57 25 +73 18.1 0.319   104          m          14.12
[[Gl 

83.1]]

223.8 01 57 28 +12 50.1 2.097   147.8 -31  dM8  e      12.28
NN 3126 100 01 57 56 +63 31.8 0.29   246          M4         11.03
NN 3127 42 01 58 21 -10 35.5 0.516   223.9          m          14.1
Wo 9067 26 01 59 28 +03 42.1 0.482   225.3 -48   K4         10.62
Wo 9067 26 01 59 28 +03 42.3 0.482   225.3          M1.5       12.4
NN 3128 112 01 59 37 +10 06.0 0.715   246.4          m          15.61
NN 3129 58 02 00 01 +13 20.3 0.472   103         dM5  :      14.27
NN 3130 78 02 00 49 +35 21.1 0.061   250.8          G5         8.36
NN 3131 77 02 01 01 -21 27.8 0.464   209.7          M3         11.21
[[Gl 

83.4]]

37 02 01 55 -45 39.2 0.333   78.6 42.7   G3 V       7.31
[[Gl 

83.4]]

37 02 01 55 -45 39.2 0.333   78.6                     11.5
NN 3132 46 02 01 57 -02 06.8 0.832   224.2          m          13.9
NN 3133 42 02 02 35 -15 55.0 0.034   156          K0 V       7.78
[[Gl 

84]]

118 02 02 37 -17 51.1 1.299   96.8 -35   M3         10.19
[[Gl 

84.1]]

47 02 03 07 -28 18.8 0.548   40.2          M0.5       10.92
[[Gl 

84.1]]

47 02 03 08 -28 17.9 0.548   40.2          M3.5       12.8
NN 3134 48 02 03 23 +64 03.1 0.284   125          m          14.31
NN 3135 65 02 03 38 -30 25.0 0.537   282.2          M3.5       12.15
[[Gl 

84.2]]

55.3 02 03 48 +44 57.2 0.51   147.9 62  dM0         10.28
[[Gl 

84.2]]

55.3 02 03 48 +44 57.2 0.51   147.9                     14.2
[[Gl 

84.3]]

46.6 02 04 21 +23 13.6 0.239   126.8 -14.4   K2 IIIab   2
Wo 9073 32 02 05 02 -00 51.0 0.421   215.5 -40.2   G2 V       6.9
Wo 9073 32 02 05 00 -00 49.8 0.434   215 -39.4   K4         10.52
NN 3136 70 02 05 38 +49 13.0 0.384   135          M5  :      12.47
NN 3137 49 02 05 55 +88 10.0 0.433   348          m          12.89
[[Gl 

85]]

49 02 05 56 -66 48.7 1.798   77.7 -33   m          11.52
NN 3138 40 02 06 46 -16 34.9 0.556   82.3          K7         10.95
[[Gl 

85.1]]

44.9 02 07 07 +35 12.0 0.567   213          M3         13.74
NN 3139 63 02 07 10 -14 35.4 0.629   123.3          M3         11.82
NN 3140 90 02 07 33 +11 18.0 0.086   193         dM4         12.72
GJ 1042 59.2 02 08 13 +39 41.6 1.144   115.7 29  DZ7         14.52
[[Gl 

86]]

89.4 02 08 25 -51 04.1 2.264   72.9 53.1   K0 V       6.12
[[Gl 

87]]

86.7 02 09 51 +03 22.0 2.598   223.5 -2.7  dM2.5       10.06
GJ 1043 43 02 10 00 +20 58.6 0.168   88.6 6   F5 V       5.27
NN 3141 56 02 10 02 -63 28.0 0.778   242.9          m          12.25
[[Gl 

87.1]]

34 02 10 14 -02 37.6 0.373   99.9 -6   F8 V       5.67
[[Gl 

87.1]]

34 02 10 13 -02 37.8 0.379   98.7 -5.6   G5 V       7.74
NN 3142 60 02 10 19 -00 13.8 0.546   89.2          m          13.5
[[Gl 

88]]

40 02 10 27 -17 55.4 0.519   66.9 34.9   M0         11.09
[[Gl 

89]]

63 02 10 42 -30 57.5 0.019   55.8 10   A2 Vn      5.28
GJ 1044 47 02 10 50 -21 25.6 0.332   80          K7 V       9.88
[[Gl 

90]]

70 02 11 35 +67 26.6 0.597   119.3 -12.1   K2 V       7.09
[[Gl 

91]]

108.5 02 11 40 -32 16.0 0.957   126.4 45.5   M2.5       10.32
GJ 1045 47.4 02 12 14 +17 11.5 0.594   143.3          m+         14.44
NN 3143 58 02 12 35 +33 44.1 0.424   156.5          m          13.58
NN 3144 45 02 13 12 +39 37.6 0.196   239         DA6         14.54
NN 3145 44 02 13 22 -12 54.5 0.544   67.1          M3         13
[[Gl 

91.2]]

44 02 13 25 -18 28.2 0.193   199.4 5.3   K3 V       8.42
[[Gl 

91.2]]

44 02 13 25 -18 28.2 0.193   199.4          K          9.1
[[Gl 

91.3]]

50.9 02 13 46 +42 44.6 1.009   125.2         DC9         16.2
NN 3146 118.2 02 13 47 +13 22.1 0.66   128.2          m          15.79
[[Gl 

92]]

98.1 02 14 00 +33 59.8 1.179   101.2 -6.6   G0 Ve      4.87
NN 3147 96.6 02 14 08 +35 12.9 0.595   116.4          m+         15.99
NN 3148 88 02 14 27 -31 13.4 0.711   68.9          M4         12
NN 3149 88 02 14 21 -31 12.2 0.711   68.9          M4         13
[[Gl 

92.1]]

41 02 14 52 +56 20.0 0.401   122.2 3.2   K1 V       8.27
[[Gl 

92.2]]

45 02 15 00 +44 02.4 0.535   104.8          M3         13.49
[[Gl 

93]]

73.2 02 15 50 -54 13.5 0.626   52          m          11.43
[[Gl 

94]]

54.8 02 16 00 +35 07.7 0.792   121.5          M3.5       12.55
NN 3150 47 02 16 11 +23 39.1 0.289   108          m          14.17
[[Gl 

95]]

80.5 02 16 44 -26 10.9 0.5   333.9 7   G5 V       6.34
GJ 1046 66 02 16 59 -37 00.9 1.497   68.5 47   M3         11.62
NN 3151 40 02 17 21 +37 33.8 0.35   101          m          12.68
NN 3152 40 02 17 21 +37 33.8 0.35   101          k          16.7
GJ 1047 46.3 02 17 59 +36 39.8 0.919   128.3          m          14.05
GJ 1047 46.3 02 17 59 +36 39.8 0.919   128.3          m          14.05
GJ 1047 46.3 02 17 57 +36 39.5 0.919   128.3          m          14.26
NN 3153 41 02 18 10 +02 45.0 0.288   153          m          14.78
NN 3154 41 02 18 39 -39 15.7 0.215   98.8          K3/4 V     8.74
[[Gl 

96]]

86.8 02 18 57 +47 39.1 0.226   77.2 -37.3  dM1.5e      9.41
Wo 9079 32 02 19 11 -31 09.8 0.561   80.2 54   K3 V       8.81
NN 3155 40 02 19 14 -07 06.5 0.311   77.7          K0         8.98
[[Gl 

97]]

83 02 20 15 -24 02.6 0.206   106.5 18.4   G1 V       5.2
[[Gl 

97.1]]

48.1 02 20 51 -68 53.2 0.045   275.7 6   A3 Vn      4.08
NN 3156 39 02 21 54 +25 45.1 0.191   228          m          11.62
NN 3157 52 02 22 33 +37 19.1 0.276   103          m          14.05
Wo 9082 36 02 23 23 +05 33.2 0.391   70.4 10   G9         7.95
[[Gl 

98]]

60.9 02 25 09 +04 12.3 0.255   34.2 10.4   K7 V       9.36
[[Gl 

98]]

60.9 02 25 09 +04 12.3 0.255   34.2          K7 V       9.5
NN 3158 45.1 02 25 30 +02 58.0 0.845   180.5          m          17.46
NN 3159 43 02 25 42 +01 13.2 0.296   112          m          13.05
[[Gl 

99]]

32.2 02 25 46 +32 02.1 0.421   72 -9.7  dM0  pJ     10.2
[[Gl 

99]]

32.2 02 25 46 +32 02.1 0.421   72                     10.5
[[Gl 

99.1]]

31.7 02 25 52 +29 42.5 0.093   318.8 41   G0 V       5.88
NN 3160 56 02 26 12 +11 52.0 0.067   42          M1         12.01
Gl 100 49 02 26 41 -20 12.3 0.689   70.6 23   K4 V       8.86
Gl 100 49 02 26 41 -20 12.3 0.689   70.6                     11.4
Gl 100 49 02 26 12 -20 15.9 0.668   65.7          M3         12.85
Gl 100.1 45 02 27 39 +05 02.6 0.098   101.2 30  DA3         12.79
Gl 101 60 02 27 44 +57 09.5 1.042   88.5          M3.5       13.21
Wo 9083 40 02 28 55 +02 02.8 0.023   89.5 26.1   K3 III     5.25
Gl 101.1 64 02 29 18 -46 54.4 0.29   177 34.5   m          11.27
NN 3161 44 02 30 10 +14 48.9 0.05   324.2 8.8   F8 V       6.02
NN 3162 64.6 02 30 15 -14 24.5 0.693   174.6         DC          15.76
NN 3163 40 02 30 20 +07 40.1 0.031   13.9          G5         8.89
Gl 102 102.4 02 30 44 +24 42.9 0.687   176.8          M4         12.96
NN 3164 41 02 30 48 +41 33.6 0.303   74          m          13.62
NN 3165 39 02 31 01 +14 47.1 0.431   85          M3.5       13.76
Gl 103 87.2 02 32 28 -44 00.6 0.297   168.5 41.9   K7 Ve      8.85
NN 3166 48 02 32 30 +23 21.                 -12   M3  e      13.71
NN 3167 41 02 32 37 -72 54.5 0.238   37.8          K4 V       8.9
Wo 9085 42.4 02 32 49 -03 46.3 0.469   200 -50.7   G5 IV      6.82
NN 3168 42 02 32 55 +55 15.8 0.355   222          m          13.22
Gl 104 69 02 33 03 +20 00.3 0.272   121 -22.3  dM2         10.66
Gl 105 129.4 02 33 20 +06 39.0 2.322   51 26   K3 V       5.82
Gl 105 129.4 02 33 31 +06 38.0 2.322   51.4 25.7  dM4.5       11.66
GJ 1048 50 02 33 45 -23 44.3 0.082   80.9          K2 V       8.43
NN 3169 41 02 33 49 +31 51.4 0.33   260          M3         13.63
NN 3170 41 02 33 49 +31 51.4 0.33   260          M3.5       13.9
Wo 9086 42.6 02 34 06 -47 52.9 0.21   119          G0         11.99
Wo 9087 48 02 34 09 -03 22.4 0.335   81.6 9   K3         8.1
NN 3171 48 02 34 24 +06 41.                          M5  e      16
NN 3172 40.6 02 34 54 +00 08.5 0.543   107          m          15.16
Gl 105.1 55.2 02 34 54 -34 47.5 0.259   183.5 10.3   G5 IV      5.78
Wo 9089 31 02 35 31 +30 36.4 0.625   231.4 -103   G1 V       7.34
NN 3173 59 02 35 52 +06 24.8                        DA8         15.09
NN 3174 45 02 36 37 +07 15.5 0.446   105.1          m          14.27
Gl 105.3 47.5 02 36 56 -26 31.8 0.277   139.6 16.1   G2 V-VI    8.76
Gl 105.4 68.6 02 37 09 -12 05.0 0.276   148.3 15.7   F5 V       5.5
Gl 105.4 68.6 02 37 09 -12 05.0 0.276   148.3 16.8   F5 V       5.6
GJ 1049 77 02 37 36 -58 24.1 0.038   333          M0 Ve      9.65
GJ 1050 66 02 37 44 -34 19.5 1.721   161.7 -71   m          11.75
NN 3175 45 02 37 46 -09 40.0 0.16   240.8 -4   F8 V       5.78
Gl 105.5 43 02 38 07 +00 58.9 0.37   49.7 79  dM0  p      9.52
Wo 9094 21 02 38 28 -30 21.0 0.574   81.3 33.2   G0 V       8.02
Gl 105.6 42.7 02 39 05 +39 59.0 0.184   186 -22.8   F9 V       4.92
Gl 106 54 02 40 30 +19 13.1 0.432   90.7 29.2  dK4         8.28
Gl 106.1 46.9 02 40 42 +03 01.6 0.207   224.5 -5.1   A3 V       3.56
Gl 106.1 46.9 02 40 42 +03 01.6 0.207   224.5 -12.5  dF3         6.3
Gl 106.1 42 02 39 54 +03 09.9 0.215   220          K5         10.16
Gl 107 79.3 02 40 46 +49 01.1 0.346   104 24.4   F7 V       4.13
Gl 107 79.3 02 40 46 +49 01.1 0.346   104 25.1   M1 V       10.06
Gl 108 68.3 02 40 51 -51 00.9 0.405   56.4 15.5   G3 IV      5.41
NN 3176 45 02 40 55 -39 08.8 0.558   103.9          M3.5       13.1
Gl 109 125.6 02 41 18 +25 19.0 0.923   113.8 29.9  dM3.5       10.57
GJ 1051 57.3 02 41 22 -09 02.4 0.924   140.5 6   M2.5       11.92
NN 3177 53 02 42 11 -36 31.1 0.034   102.9          G5 V       7.12
Wo 9099 48.3 02 42 14 +09 54.3 0.284   96.2 30.4   F0 IV      4.27
NN 3178 47 02 42 20 +44 44.4 0.422   107          K6         10.85
NN 3179 47 02 42 22 +44 44.6 0.435   106.7          m          15
Gl 111 73 02 42 46 -18 47.0 0.334   83.5 25.6   F6 V       4.46
Gl 112 52.6 02 43 20 +25 26.5 0.286   121.1 14.5   K1 IV      7.88
Gl 112.1 73 02 43 34 +11 34.1 0.332   126.7 11.3  dK8         8.59
NN 3180 61 02 43 39 -05 10.3 2.524   138.1          m          15.86
NN 3181 66.7 02 43 51 +16 13.1 0.981   235.7 -34   M6         16.86
GJ 1052 47.7 02 43 58 -02 39.6 0.513   154.8         DA7         15.53
NN 3182 97 02 45 03 +54 11.1 0.613   224.1         DC9         15.32
Gl 113 46 02 45 12 +26 51.7 0.304   115.7 11.1   K1 Ve      7.61
Gl 113 46 02 45 12 +26 52.0 0.296   112          m          16.5
Gl 113.1 78 02 45 42 +30 54.6 0.273   128.5 -2.8   G9  e      6.76
Gl 114 49 02 47 49 +15 30.6 0.525   137.6 -25  dK6         8.9
Gl 114.1 44.4 02 48 31 -53 21.3 0.531   348.4          k-m        10.72
NN 3183 62 02 48 51 +29 17.1 0.18   204          m          13.96
Gl 115 61.9 02 48 52 -44 17.0 0.27   187.1 30.5   F8 V       8.17
Gl 116 66.7 02 48 58 +34 11.9 1.342   136.1 -45.7  dM0         9.55
NN 3184 44 02 49 11 +06 01.5 0.487   103.3         dM3         13.19
NN 3185 39 02 49 23 +60 39.0 0.172   120.8 -69.6   K5 V       9.16
NN 3186 52 02 49 28 +26 46.4 0.215   178         dM0         11.11
Gl 117 120.4 02 50 07 -12 58.3 0.435   115.2 18.8   K2 V       6.03
NN 3187 38 02 50 14 -33 39.3 0.434   92.4 60.9   K1 V       8.09
Gl 118 81 02 51 14 -63 53.5 1.149   58.4 94   m          11.38
NN 3188 42 02 51 58 +61 19.1 0.148   75 29.2   F4 V       5.59
Gl 118.1 43 02 52 00 -36 06.3 0.562   106.8 5.5   K3 V       8.23
Gl 118.1 43 02 52 00 -36 06.9 0.532   106.7          M3 :       13.1
Gl 118.2 53 02 52 41 +26 40.4 0.324   124.6 31.8  dK2         7.6
Gl 118.2 52 02 52 41 +26 40.4 0.324   124.6 27  dM0         9.8
Gl 118.2 52 02 52 38 +26 40.3 0.322   125          m          13.86
Gl 119 44.8 02 52 50 +55 14.5 0.833   123.9 76.6   M1         10.48
Gl 119 44.8 02 52 50 +55 14.8 0.833   123.9          M3         11.65
Wo 9106 23 02 53 27 +13 42.8 0.113   235.5 3.1   K0         9.05
Gl 120 46.8 02 54 43 +10 35.8 1.821   102.9 49  dM4         13.03
Gl 120.1 44 02 55 02 -25 10.1 0.025   126.4 50.6   K1/2 V     8.03
Gl 120.1 44 02 55 02 -25 10.1 0.025   126.4                     8.2
Gl 120.1 44 02 55 01 -25 10.5 0.039   145.9 49.6   K2 V       7.83
NN 3189 45 02 55 46 -13 05.5 0.651   28.8 107   M2.5       12.67
GJ 2028 43 02 55 54 -70 34.0 0.682   97.9 107  DA6         14.08
NN 3190 53 02 56 00 +36 25.0 0.68   115.5          M3.5       13.04
NN 3191 40 02 56 14 +31 34.3 0.228   15          m          13.41
Gl 120.2 42 02 59 28 +26 24.9 0.28   124.5 9.6   G8 V       6.62
Wo 9107 39.5 02 59 28 -28 16.9 0.514   147.4 43.3   G5 IV      5.88
NN 3192 131 02 59 32 -16 47.0 0.435   232          M3         10.96
NN 3193 131 02 59 32 -16 47.0 0.435   232          M3         11.8
NN 3194 45 03 00 03 +61 31.2 0.993   132.8 3.8   G4 V       6.62
NN 3195 45 03 00 37 +61 33.1 0.996   133.7          M3         12.6
Gl 121 61.6 03 00 11 -23 49.2 0.157   250.8 -9.8   A4 IV      4.08
Gl 121.1 64.1 03 00 20 -18 21.6 0.435   66          m          11.8
Gl 121.2 49.1 03 01 09 -05 51.5 0.436   127.1 -20.6  dG5         8.09
NN 3196 48 03 01 17 -13 02.1 0.262   112          k-m        13.37
NN 3197 48 03 01 24 -13 02.9 0.262   112          k-m        13.5
NN 3198 65 03 01 47 -20 33.9 0.685   135.9          M3         12.84
Gl 122 51.8 03 03 15 +75 51.8 0.555   157.5 34  dM0         9.82
NN 3199 40 03 03 38 +40 10.1 0.434   249 -51.1   K5         9.71
Gl 123 63.6 03 03 50 +01 47.2 0.992   156.8 -30.2   M0 V       9.09
NN 3200 40 03 04 57 -13 57.0 0.261   182.5 12.3   G5 V       6.97
NN 3201 40.7 03 05 03 +42 51.0 0.558   139.8          m          14.7
NN 3202 42 03 05 04 -04 09.6 0.461   217         dK7         10.87
GJ 1053 82.9 03 05 16 +73 35.8 2.104   120        sdM6         14.64
Gl 124 92.4 03 05 27 +49 25.4 1.267   93.6 49.5   G0 V       4.05
GJ 1054 46 03 05 49 -28 24.4 0.376   250          K7 V       10.24
GJ 1054 46 03 05 47 -28 25.5 0.376   250          m+         13.09
NN 3203 68 03 05 53 -24 57.6 0.333   64          m          9.5
Gl 125 76.7 03 06 09 +45 32.9 0.54   232.4 -9.3  dM1         10.15
GJ 1055 84.2 03 06 17 +09 50.5 0.646   153.1          m          14.85
NN 3204 48 03 06 33 +58 15.0 0.272   146          M3         11.72
GJ 1056 47 03 07 13 -60 21.9 0.242   54.1          K5 V       9.35
NN 3205 53 03 07 37 +05 43.6 0.563   191.5         dM4         11.88
NN 3206 48 03 07 48 +61 21.0 0.09   8         dK8         10.12
Gl 126 74.6 03 09 33 -46 42.7 0.44   25          m          11.52
NN 3207 57 03 09 38 -38 58.4 0.859   103.1          M3.5       11.51
Gl 127 72.7 03 09 57 -29 11.0 0.727   27.6 -20   F7 IV      3.95
Gl 127 72.7 03 09 57 -29 11.0 0.727   27.6          G7 V       6.7
Gl 127.1 84.9 03 10 04 -68 47.2 0.08   130         DA3         11.4
Gl 127.1 84.9 03 10 04 -68 47.2 0.08   130                     14.73
Gl 128 53.3 03 10 13 -01 22.9 0.202   108.2 19.2   F8 V       5.06
Gl 128 53.3 03 10 13 -01 22.9 0.202   108.2                     11.5
Gl 130 60 03 10 30 -38 17.2 1.434   59.7 98   M3         11.46
GJ 1057 118.1 03 10 39 +04 35.2 1.706   86.4          m          13.8
Wo 9111 41.8 03 10 58 +52 10.1 0.517   205.7 -55  dM0         10.24
NN 3208 67 03 11 10 +28 30.2 0.836   158.1          m          16.77
NN 3209 54 03 11 14 +48 20.3 0.322   163          M1         11.43
NN 3210 91 03 11 18 -54 18.0 0.081   163         DZ7         14.75
NN 3211 70.1 03 11 47 +00 28.1 0.06   297                     10.9
Wo 9112 43.6 03 12 04 +08 48.1 0.565   134.5 -21.5   K1 V       7.83
NN 3212 40 03 12 12 -09 51.2                         M0         11.63
Gl 130.1 70.6 03 12 17 +57 59.3 0.591   126.7 22   M1.5       10.92
Gl 130.1 70.6 03 12 17 +57 59.3 0.591   126.7 22.1   M2         11.2
Gl 131 58.2 03 12 35 -26 38.0 0.269   69.4 14.9   K7 V       9.15
Gl 132 64.9 03 13 24 -45 50.7 0.21   313 4   G3 V       6.76
NN 3213 66 03 13 48 +45 11.4 0.261   255          m          12.39
Gl 133 73.8 03 13 56 +79 46.9 0.488   51.7 -10.2   M2         11.2
NN 3214 40 03 14 36 +60 25.8 0.6   128.4          M3.5       13.33
NN 3215 41 03 14 45 +25 04.5 0.854   115.1          k          11.85
Gl 134 64.2 03 14 52 +38 04.7 0.772   141.2 -3.7  dM1.5e      10.28
NN 3216 42 03 15 30 +32 28.0 0.21   108          m          11.33
Gl 135 39 03 16 30 -03 01.4 0.272   110.9 22.5   G1.5 V     7.03
Gl 136 93.6 03 16 41 -62 46.0 1.495   63.2 12.2   G2 V       5.54
Gl 137 104.5 03 16 44 +03 11.3 0.284   70.1 18.9   G5 Ve      4.82
Gl 138 87.5 03 17 07 -62 41.8 1.483   63.7 11.5   G1 V       5.24
Gl 138.1 22 03 17 54 +08 51.3 0.298   103.2 7.2  dG2         8.45
Gl 138.1 22 03 17 59 +08 51.4 0.299   103          k-m        15.13
Gl 139 159.6 03 17 56 -43 15.6 3.127   76.3 86.7   G5 V       4.26
NN 3217 33 03 18 17 +52 09.4 0.392   228.1          K3         9.07
NN 3218 63 03 19 19 -06 51.1 0.312   103          M2         11.37
NN 3219 45 03 19 27 +26 58.7 0.208   113          K7         11.03
NN 3220 45 03 19 48 +26 58.0 0.208   113          a          18
GJ 1058 59.4 03 19 27 +02 46.4 0.803   155.9          m          14.78
GJ 1059 65.4 03 19 41 +41 50.3 0.719   143.4          m          15.33
NN 3221 54.8 03 20 39 +11 30.7 0.275   241          m          12.19
GJ 2030 55 03 20 51 -07 58.1 0.216   180.3 42.2   G2 V       6.19
GJ 2030 55 03 20 51 -07 58.1 0.216   180.3                     12.3
Gl 140 60 03 21 09 +23 36.6 0.227   122         dM0         10.64
Gl 140 60 03 21 09 +23 36.6 0.227   122                     12
Gl 140 60 03 21 16 +23 35.9 0.227   122          m          11.89
Gl 140.1 44 03 21 43 -50 10.5 0.367   41.5 -12.2   K5 V       8.47
Gl 140.1 44 03 21 42 -50 10.6 0.363   35.1 -12   k          10.32
NN 3222 69 03 21 45 -40 15.2 0.077   99.8          K0 V       6.92
Gl 141 66.5 03 22 32 -05 31.7 0.802   196.8 -13.6   K5 V       7.86
NN 3223 62 03 22 38 -01 59.0 0.903   163.8         DZ9         16.12
NN 3224 77 03 23 04 +05 41.5 0.21   228          m+         14.7
NN 3225 60 03 23 53 +19 04.3 0.2 : 176          m          14.96
Gl 141.2 32 03 24 07 -30 47.7 0.301   47.7 20.3   G8 V       7.88
NN 3226 40 03 24 55 +09 45.7                         K7         10.45
Gl 142 71.8 03 25 36 -19 58.9 0.616   59.1 37.9   K7 V       8.39
NN 3227 55 03 25 49 +26 19.0 0.237   115          m          13.4
Gl 143 59.8 03 26 08 -63 40.1 0.439   124.1 57.3   K5 V       8
NN 3228 43 03 26 19 -15 47.7 0.214   82          m          14.28
NN 3229 43 03 26 19 -15 47.9 0.214   82          m          14.37
GJ 1060 57.6 03 26 45 -27 29.3 0.839   63.7         DA5         14
GJ 1060 57.6 03 26 45 -27 29.4 0.839   63.7        sdM3         13.8
Gl 143.1 55 03 26 57 -11 50.7 0.281   165          M0 V       9.98
NN 3230 45.2 03 27 37 +19 56.0 0.176   108.9 24.3   G5         8.32
NN 3231 45.2 03 27 37 +19 56.0 0.176   108.9 27.1  dK6         10.75
NN 3232 62.4 03 27 37 +19 55.7 0.165   105.8 20.2   K7 V       10.79
Gl 143.2 56.9 03 28 30 -63 06.8 0.537   45.2 12   F5 IV-V    4.71
Gl 143.2 56.9 03 28 36 -63 07.3 0.524   44.9          m          10.75
Gl 143.3 51.3 03 28 59 +14 09.7 0.678   178.4        sdM3         12.27
NN 3233 65 03 29 05 +37 53.6 0.084   234.5          G5         7.28
Gl 144 305.6 03 30 34 -09 37.6 0.98   271.1 16.9   K2 V       3.73
Gl 145 82.4 03 31 17 -44 52.3 0.342   296 -36   M3.5       11.48
NN 3234 35.3 03 31 53 +28 05.7 0.528   121.9          m          16.67
NN 3235 66 03 32 09 -05 00.3 0.52   127.2          k-m        13.1
NN 3236 47 03 32 18 +69 01.1 0.203   123          m          14.17
Gl 146 85.3 03 33 26 -48 35.3 0.504   51.3 19.5   K7 V       8.6
NN 3237 70 03 34 04 +03 19.7 0.159   127         dM5  :      13.86
GJ 1061 233 03 34 16 -44 40.3 0.831   118.8 -20   M4.5       13.03
Gl 147 59.4 03 34 19 +00 14.7 0.535   206.1 27.9   F8 V       4.28
NN 3238 42 03 34 21 -41 09.4 0.522   204.7          M3         13.05
NN 3239 43 03 34 41 +17 41.7 0.18   98          g-k        12.74
NN 3240 43 03 34 42 +17 41.5 0.18   98          g-k        13.29
GJ 1062 64.8 03 35 48 -11 36.7 3.033   152.1 -140   M2         13.01
NN 3241 59 03 36 30 +24 48.2 0.232   27         dM3.1       12.79
NN 3242 54 03 36 35 +25 19.4 0.629   157.1          M3.5       12.7
Wo 9119 42 03 36 39 +33 18.7 0.038   268.5 9.4  dK5         9.07
Wo 9119 42 03 36 38 +33 18.8 0.038   268.5                     12.87
Wo 9120 48 03 36 40 +25 19.6 0.629   157.1          M3.5       13.1
Gl 147.1 46.9 03 37 49 -03 22.5 0.724   106.9 120.3   F9 V       6.68
NN 3243 61 03 38 00 -69 07.1 0.608   32.9          m          11.95
NN 3244 75 03 38 15 -02 29.4 0.432   119.4 48   K0         6.96
Gl 148 44.8 03 38 34 +03 27.3 0.234   192.2 4.2  dM0  p      9.59
NN 3245 45.1 03 39 42 +12 22.9 1.572   151.5          M0.5       12.91
NN 3246 42 03 40 20 -51 35.1 0.074   293.1          K4 V       9.07
Gl 149 41 03 40 36 -24 37.2 0.379   173.6 20.7   K4         9.2
Gl 149 41 03 40 38 -24 36.9 0.38   174          m          15.6
Gl 150 103.5 03 40 51 -09 55.9 0.752   352.3 -5.1   K0 IVe     3.53
NN 3247 66 03 40 57 -09 43.6 0.522   54.5          m          14.7
Gl 150.1 62 03 41 02 +16 31.1 0.3   160 36.1  dM0         9.96
Gl 150.1 62 03 40 55 +16 30.8 0.3   160 13.3  dM0         10.81
Gl 150.2 45 03 41 16 +45 52.8 0.337   107.6 20.3   K0         7.71
Wo 9124 44.5 03 41 17 +24 38.6 0.05   165          F8         10.66
Wo 9125 48.5 03 41 17 +24 37.6 0.05   165          G0         10.81
Wo 9126 51.5 03 41 21 +24 43.1 0.023   241.7 2   K2         8.85
Wo 9127 46.5 03 41 23 +24 36.6 0.05   165          G3         11.09
Gl 151 56.3 03 41 41 +18 17.7 1.204   159.4         DQ8         15.19
GJ 1063 48 03 42 05 +11 45.7 0.32   67.8 81.9  dK8         9.15
Gl 152 61 03 42 18 -38 26.5 0.361   35.9 32   K0 V       6.99
NN 3248 58.1 03 42 52 +73 23.6 0.515   126.1          m          11.31
Gl 153 51.8 03 43 04 +68 30.9 0.291   27 4.3   K7         9.33
Gl 153 51.8 03 43 05 +68 31.2 0.309   21 3.1   M2.5 J     11.3
Gl 153 51.8 03 43 05 +68 31.2 0.309   21                     11.6
Gl 154 68.9 03 43 18 +26 03.8 0.41   119 36.3   K7         9.61
Gl 154.1 48 03 43 19 -28 01.2 0.364   63.6 32.9   K5 V       8.25
Gl 154.1 48 03 43 19 -28 01.2 0.364   63.6          M3 V       11.6
Gl 154.2 43.7 03 43 34 -64 57.8 0.325   75.6 50.8   K0 IV      3.85
GJ 1064 48.9 03 43 37 +41 17.4 1.375   153.9 49.6   K1 V       8.15
GJ 1064 48.9 03 43 37 +41 17.5 1.4   154.6 51.5   K2 V       8.75
Wo 9131 48.6 03 44 06 +23 50.5 0.044   158.1 4.3   F0 V       8.38
NN 3249 41 03 44 21 -11 27.0 0.551   78.8          M2.5       12.7
NN 3250 79.7 03 44 37 +08 33.1 0.789   144          k-m        14.51
Gl 155 56.1 03 44 42 -23 23.8 0.552   196.9 6.9   F3 III     4.22
Wo 9132 45.1 03 45 08 +23 59.4 0.041   166.5 7.1   F6 V       9.24
Gl 155.1 48 03 45 23 +02 38.5 0.539   225.2          M1         11.04
NN 3251 45 03 46 07 +63 18.5 0.271   177          M3         11.39
Wo 9134 26 03 47 24 -64 59.4 0.365   74.4 19.3   G5 V       7.85
Wo 9135 27 03 48 04 +23 45.2 0.166   106 38  dK6         10.23
GJ 1065 104.9 03 48 18 -06 13.6 1.428   196.8         dM4         12.79
NN 3252 68.2 03 48 27 -01 01.3 0.525   175.6          m          18.02
NN 3253 104 03 49 49 +16 52.7 0.766   147.5          M4.5       13.7
NN 3254 41 03 50 33 +28 00.1 0.105   93.3 20.3   G8 V       7.84
Gl 155.2 45.4 03 50 44 +61 01.4 0.506   118.2 47.9   K0 V       7.86
Gl 155.3 51.7 03 51 31 -37 11.9 1.144   199.4 -67   M2.5       12.14
NN 3255 47 03 51 37 +16 28.3 0.274   128.4 22.2   G5         6.81
NN 3256 67 03 52 01 -09 18.3                         M3         11.22
NN 3257 47 03 52 03 +59 29.7 0.31   303.9          G0         6.54
Gl 156 69.8 03 52 09 -06 58.8 0.531   357.6 64.5   M0 V       9.02
Gl 156.1 53.6 03 52 55 +53 25.3 0.458   139.6 -5  dM1.5e      10.86
NN 3258 55 03 54 22 -25 19.3 0.295   159.7          G8 V       6.88
Gl 156.2 49.2 03 54 49 +76 01.6 0.637   147.3 20   K4 V       8.26
GJ 1066 53 03 54 53 -41 29.3 0.105   28          K4 V       8.94
Gl 157 68 03 54 57 -01 18.0 0.245   233.2 5.7   K4 V       8.04
Gl 157 68 03 54 57 -01 18.0 0.245   233.2 14  dM3  e      11.61
Gl 157.1 43.8 03 56 49 +25 57.2 0.778   107.5 94  dM4         12.62
Wo 9141 38.9 03 57 20 +51 15.4 0.852   156.7          M3.5       13.65
NN 3259 56.7 03 57 46 +08 06.0 0.519   222.1         DC9         15.87
NN 3260 43 03 58 31 -23 13.2                         M0         11.47
Gl 158 54.8 03 59 53 +35 09.3 2.201   127.7 -25.6   K1 V       8.51
Gl 159 55.2 04 00 03 -00 24.2 0.288   150.3 17.7   F6 V       5.37
Wo 9142 40.9 04 01 57 +00 06.9 0.408   209 -38   G8         8.33
Gl 160 57.5 04 02 22 +21 52.5 0.222   129 23.9   G5 V       5.9
NN 3261 63 04 02 59 +05 36.6 0.152   146         dM5  e      12.89
NN 3262 42 04 03 26 +82 47.4 0.273   160 7  dM0         10.82
Wo 9143 43.1 04 03 34 -27 47.2 0.222   64.1 63.3   F1 IV      5.58
Gl 161 52 04 04 23 +69 24.8 0.308   165.1 -10.8  dK2         7.7
Gl 160.2 49.3 04 04 23 -20 58.5 0.77   177.2 28  dM0         9.68
NN 3263 81 04 05 13 -24 36.6 0.658   162.8          M3.5       12.4
Gl 161.1 43 04 05 16 +37 54.6 0.261   139.9 26.2   F7 V       5.52
Gl 161.2 19 04 05 21 -40 53.4 0.339   344          k          10.98
Gl 162 72.7 04 05 23 +33 30.2 0.575   77 36.8   M1         10.18
Gl 162.1 49 04 06 49 -64 21.5 0.389   32.5 27.5   G3 V       6.38
NN 3264 42 04 07 15 -08 01.5 0.114   18.1 -9.4   G2 IV-V    7.04
GJ 1067 41 04 07 26 +70 04.4 0.1   289         dM0         9.69
NN 3265 43 04 07 30 +49 24.5 0.483   166.4          M3.5       13.45
NN 3266 84.5 04 07 34 +64 36.6 0.647   130          m          13.71
Gl 163 64.9 04 07 56 -53 30.7 1.211   60.4 66   M3.5       11.81
NN 3267 36 04 08 37 +76 09.9 0.239   166.4 10.4   G5         8.19
Gl 164 75.3 04 09 09 +52 29.7 0.91   203.7          M3.5       13.5
GJ 1068 80 04 09 17 -53 42.0 2.521   198.1 27   pec        13.58
Gl 165 61.9 04 09 27 +50 24.2 0.457   242.8          M3.5       13.67
Gl 165.1 50.9 04 11 20 +58 24.0 0.287   139.4 21.9   K3         8.67
NN 3268 40 04 11 26 -54 00.1 0.838   39.2          m          13.87
Gl 165.2 37 04 11 53 +02 53.6 0.28   19.7 53.3   K3 V       8.79
GJ 1069 46 04 12 40 -04 32.5 0.133   136.8          K5 V       9.39
NN 3269 23 04 12 43 +15 34.9 0.128   103.5          M2         11.01
Gl 166 207.1 04 12 58 -07 43.8 4.083   213.1 -42.7   K1 Ve      4.43
Gl 166 207.1 04 13 04 -07 44.1 4.073   212.4 -21  DA4         9.52
Gl 166 207.1 04 13 04 -07 44.1 4.073   212.4 -45.9  dM4.5e      11.17
GJ 2033 106 04 14 22 -12 41.0 0.256   340          k-m        10.87
NN 3270 95 04 14 35 +08 42.3 0.379   159         dM4  e      13.82
Gl 167 75.6 04 14 39 -53 26.3 0.881   63.1 -23.2   K5 V       7.64
Gl 167.1 44.4 04 14 43 -51 36.7 0.212   28.2 25.2   F4 III     4.25
Gl 167.2 51.7 04 15 03 -26 10.6 0.7   58.6 55   M0         11.8
NN 3271 54 04 15 31 +75 01.8 0.778   132.8          M3         12.16
Gl 167.3 67 04 15 37 -59 25.3 0.17   197.5 29.3   K2 IV      4.44
NN 3272 46 04 16 37 -49 10.5 0.506   5.3          M4         13.2
NN 3273 46 04 18 46 +51 49.6 0.175   119.1          G5         7.73
NN 3274 42 04 18 52 +21 12.9 0.254   151          k-m        13.03
GJ 1070 53.7 04 19 08 +38 54.2 0.712   136.2          k-m        15.27
NN 3275 104 04 19 13 +19 08.5 0.119   260         dM4.5e      12.9
Gl 168.1 70.1 04 19 15 +19 21.9 0.003   18.4                     15.04
Gl 168.2 59.1 04 19 18 +19 22.3 0.28   148          m          15.77
NN 3276 42 04 19 24 +15 23.9 0.07   115          m          17
GJ 2034 123 04 19 36 -48 46.1 0.556   175.6         DA8         14.36
NN 3277 40 04 20 15 +09 17.2 0.079   314.4          G5         8.04
NN 3278 25 04 21 07 +16 36.2 0.12   100         dM0         12.55
NN 3279 65 04 21 16 -57 33.2 0.534   208.5          m          11.8
NN 3280 39 04 21 36 +32 20.2 0.274   121          k-m        12.44
NN 3281 19 04 22 08 +16 52.3 0.104   105.9 43   M2         10.31
NN 3282 42 04 22 32 +07 56.1 0.145   86          m          12.63
NN 3283 42 04 22 34 +07 57.2 0.145   86          m          14.97
NN 3284 52 04 22 58 +15 24.3 0.13   103         dM0         12.13
NN 3285 81 04 23 07 +12 05.2 0.261   210         DC8         15.5
Wo 9155 40 04 23 13 -57 11.0 0.234   237.5 -5.2   G4 V       6.88
Wo 9155 40 04 23 13 -57 11.1 0.029   93.9 -3.7   G6 V       7.3
NN 3286 60 04 23 19 -40 09.3 0.674   182.8          M3.5       14.1
NN 3287 45 04 23 23 +59 28.8 0.234   151          m          14.45
NN 3288 43 04 23 40 +04 26.3 0.856   132.3         DC9         17.11
NN 3289 58.7 04 23 43 +03 30.7 1.033   186.4          m          18.32
NN 3290 25 04 24 24 +17 07.6 0.11   105         dM1         13.06
Wo 9156 26 04 24 42 -64 11.8 0.333   350 52.7   G5 V       7.91
NN 3291 43 04 25 06 +11 40.7 0.575   147.3          k          13.85
Gl 169 85.4 04 26 02 +21 48.7 0.185   337.4 -31.4   K7 V       8.27
NN 3292 79 04 26 28 +14 07.2 0.292   54          m          13.5
NN 3293 55 04 26 31 -25 16.4 0.521   187.3          M2.5       12
Gl 169.1 181.9 04 26 47 +58 53.9 2.383   144.8 17  dM4         11.08
Gl 169.1 181.9 04 26 47 +58 53.9 2.383   144.8         DC5         12.44
Gl 170 95.9 04 26 59 +39 44.9 0.588   154.3          M4.5       13.91
NN 3294 63 04 27 31 +17 23.3 0.07   113          k-m        14.57
Gl 170.1 52.3 04 27 42 +16 05.2 0.1   110.5 41   A6 IV      4.78
NN 3295 40 04 29 11 +64 31.7 0.088   299.3          G0         7.74
NN 3296 64 04 30 36 +20 38.7 0.546   126.6          m          14.6
NN 3297 43 04 30 59 +34 43.5 0.336   148          g-k        13.13
Wo 9158 37 04 31 11 +05 17.1 0.281   196.7          K1         7.93
NN 3298 41 04 31 22 -37 03.0 0.052   333.7          K3/5 V     8.79
NN 3299 40 04 31 29 +39 02.4 0.137   217.8          K5         9.3
Gl 171 39 04 31 59 +55 18.9 0.621   116.2 50   K2 V       8.34
GJ 1071 46 04 32 26 -43 37.6 0.096   143.2          K5 V       8.86
NN 3300 43 04 32 50 -35 45.4 0.248   201.6          G8 V       7.58
NN 3301 43.1 04 33 03 +16 24.6 0.094   112.1 54   K          11.2
Gl 171.1 49.4 04 33 03 +16 24.6 0.2   161.1 54.5   K5 III     0.85
Gl 171.1 49.4 04 33 03 +16 24.6 0.2   161.1         dM2         13.5
Gl 171.2 61.1 04 33 42 +27 02.0 0.288   122.3 35.2  dK5 ep      8.42
Gl 171.2 61.1 04 33 39 +27 03.9 0.278   118         DC8         15.8
Gl 172 98.5 04 33 43 +52 48.0 0.556   145.2 32.9   K8 Ve      8.61
NN 3302 40.4 04 33 52 +11 07.0 0.632   58.6          k-m        14.3
NN 3303 41 04 34 55 -29 09.6 0.517   71          M3.5       13.7
NN 3304 100 04 35 04 +28 07.1 0.366   98          m          12.53
NN 3305 68 04 35 06 -02 35.5                         M1         10.59
Gl 173 94 04 35 21 -11 08.1 0.318   227 -7  dM1         10.36
NN 3306 105.1 04 35 24 -08 53.9 1.52   171.2         DQ7         13.77
Wo 9160 41 04 35 53 -14 24.0 0.176   207.5 41.8   K2 IIIb    3.91
Wo 9160 41 04 35 53 -14 24.0 0.176   207.5                     7.3
Gl 173.1 49.4 04 36 58 +09 46.8 0.364   182.8 -21.3   K3 V       9.2
Gl 173.1 49.4 04 36 59 +09 46.1 0.358   179          k-m        14.19
NN 3307 55 04 38 06 +02 08.2                         M0         11.24
Wo 9163 51 04 38 06 -09 17.3 0.158   226         dM0         10.97
Gl 174 71.2 04 38 22 +20 48.6 0.353   223.5 7   K3 V       8
Gl 174.1 44.8 04 38 57 -41 57.5 0.166   242.7 0.8   F2 V       4.44
Gl 174.1 44.8 04 38 57 -41 57.5 0.166   242.7                     12.5
Gl 175 39 04 39 29 -59 02.5 0.166   11.8 10.1   G5 V J     7.19
Gl 175 39 04 39 29 -59 02.5 0.166   11.8                     7.4
Gl 176 107.4 04 39 58 +18 52.8 1.286   146.7 26  dM2.5e      9.98
Gl 176.1 56.9 04 40 17 -37 14.5 0.199   11.7 26.8   F1 V       5.05
Gl 176.2 44.9 04 40 29 +27 35.9 0.271   167.6 17.1   K3         8
NN 3308 40.3 04 40 31 +18 54.7 0.03   29                     13.4
NN 3309 77 04 41 19 +27 46.5 0.42   166          M2.5       11.26
NN 3310 45 04 41 28 +29 43.9 0.271   214          k-m        13.45
NN 3311 51.8 04 42 28 +48 40.0 1.204   122.5          m          17.29
NN 3312 52 04 42 56 +42 15.5 0.065   0 28.8   G0         6.52
Gl 176.3 49.9 04 44 23 -50 09.6 0.552   232.5 17   K0 V       7.59
NN 3313 53 04 44 36 +02 04.3 0.26   268          k          11.34
Gl 177 78.9 04 45 21 -17 01.5 0.213   36.8 21.7   G1 V       5.49
NN 3314 41 04 45 39 -11 01.2 0.11   142.1          K7 V       9.53
NN 3315 41 04 46 35 +45 53.9 0.319   139          k-m        11.79
Gl 178 133.1 04 47 07 +06 52.5 0.464   88.1 24.4   F6 V       3.19
NN 3316 39 04 47 44 +26 02.4 0.617   111.9          m          12.84
GJ 1072 71.4 04 47 49 +22 02.7 0.744   123.6          m          15.21
Wo 9168 40.9 04 48 03 +45 45.5 0.674   144.8 25.9   G1 IV-V    6.97
NN 3317 60 04 48 04 -35 11.5 0.114   194.4          K2 V       7.45
GJ 1073 77.4 04 49 02 +40 38.3 1.633   133.2          k          13.43
Gl 179 76.7 04 49 24 +06 23.8 0.34   152 -7.8  dM4  e      11.98
GJ 2035 43 04 50 04 +22 09.3 0.195   131.7          K5 V       8.77
Gl 180 83.8 04 51 35 -17 50.7 0.765   143.8 -15   M3 :       10.9
NN 3318 40 04 51 46 -20 37.4 0.244   349          M0 V       10.12
NN 3319 43 04 52 15 -35 29.2 0.197   36.9          K0 V       7.6
GJ 2036 95 04 52 30 -55 56.  0.13   59          M2 Ve      11.13
GJ 2036 95 04 52 30 -55 56.  0.13   59                     12.15
Wo 9169 29 04 53 17 +04 35.5 0.233   145.6          F8         7.02
Wo 9169 29 04 53 15 +04 35.7 0.23   148          k          14.6
GJ 2037 57 04 53 42 -28 38.3 0.285   137.9 12.1   K3/4 V     8.13
GJ 1074 54.8 04 54 50 +50 52.4 0.59   123.2          M1         10.98
Gl 181 57.7 04 55 00 +49 46.5 0.155   136.7 -33.9  dM2  e      9.78
Gl 181.1 27 04 55 14 -61 13.9 1.102   123 42   m          12.06
Gl 182 61 04 56 59 +01 42.6 0.16   195 18.2  dM0.5       10.09
NN 3320 63 04 58 11 +24 48.4 0.457   150          M2.5       11.51
Gl 183 110.7 04 58 20 -05 48.6 1.233   153.5 22.2   K3 V       6.22
NN 3321 51 04 59 12 +03 41.7                         M1         11.28
NN 3322 142 04 59 14 +09 54.8 0.12   157         dM3         11.47
Gl 184 67.5 04 59 17 +53 04.8 1.989   139.4 66  dM0         9.93
NN 3323 163 04 59 33 -07 00.6 0.773   224.5          m          12.1
Gl 185 129.6 05 00 20 -21 19.4 0.308   211.1 -17.2   M0 V    J  8.46
Gl 185 129.6 05 00 20 -21 19.4 0.308   211.1                     10.5
NN 3324 46 05 00 48 +24 54.3 0.174   135.1 51.1   G8 V       7.44
NN 3325 85 05 01 07 -17 26.2 0.501   202.8          M3         11.69
Gl 186 50.2 05 01 15 -23 19.3 0.327   64.3 110.1   K5 V       9.28
Gl 186.1 38 05 01 20 -56 09.7 0.722   356.8 2.9   G5 V       7.02
Gl 186.1 38 05 01 28 -56 10.5 0.62   354          m          10.6
NN 3326 73 05 01 29 +10 59.1 0.212   341          m          13.75
Gl 187 39 05 01 30 -49 13.3 0.047   301.9 21.4   F2 V       5.37
Gl 187.1 52.1 05 02 30 -42 25.8 0.227   128 59.8   K0         10.04
Gl 187.2 47.1 05 02 45 +51 32.0 0.178   187.5 0.6   F0 V       5
NN 3327 54 05 02 53 -12 04.3 0.187   254 2.1   M4  e      12.97
NN 3328 59 05 03 24 +04 16.2 0.375   76          g          11.54
NN 3329 46.2 05 03 39 -17 27.3 0.687   15.6         DC9?        15.97
NN 3330 41 05 03 51 +14 23.0 0.379   131 32.5   K0 V       7.75
Gl 188 58.8 05 04 30 +18 34.8 0.535   87 20.6   G4 V       5.6
Gl 188 58.8 05 04 30 +18 34.8 0.535   87          G4 V       5.7
Gl 189 73 05 04 39 -57 32.4 0.121   344 -2.4   F7 V       4.71
NN 3331 83 05 04 42 -21 39.0                         M2         10.29
NN 3332 83 05 04 41 -21 39.0                         M3:        11.66
NN 3333 81 05 04 54 +17 55.3 0.287   160          k          11.78
NN 3334 40.2 05 04 54 +09 24.7 0.381   179.1 -22.2   G1 IV      6.17
GJ 1075 81 05 04 56 -57 37.3 0.119   346.4          K7 V       9.02
Wo 9175 49.7 05 05 23 -05 09.0 0.128   230.9 -9.2   A3 III     2.79
Gl 189.2 46 05 06 15 -04 31.2 0.054   72.8 10.4   F2 V       5.11
NN 3335 48 05 06 18 +15 24.3 0.642   166.8          M3         12.48
Gl 190 90.6 05 06 21 -18 12.9 1.376   156.6 7   M4         10.3
NN 3336 72 05 06 33 +48 47.1 0.454   154.9          M2         11.39
GJ 2039 59 05 07 58 +16 22.3 0.28   146.3 -9.6   K0         8.55
NN 3337 43 05 08 03 +18 34.5 0.682   199.4          m          14.2
Wo 9177 39.9 05 09 13 -44 38.1 0.2   28.8 56.1   G8 IV/V    8.71
Gl 191 258.3 05 09 41 -44 59.9 8.706   131.1 245.5   M0 V       8.85
Gl 192 70.4 05 09 44 +19 36.2 0.352   48 -28.6   M3.5:      10.76
NN 3338 38 05 11 19 +19 49.7 0.332   135.5          K4         9.47
NN 3339 40 05 11 21 +07 57.1 0.352   217         DA8         15.89
Gl 193 40 05 12 04 -15 52.8 0.311   136.6 32.6   G8 V       7.44
NN 3340 39 05 12 42 -07 23.8 0.545   145.4          m          11.55
Gl 194 79 05 12 59 +45 57.0 0.431   169.2 22.2   G5 III     0.71
Gl 194 79 05 12 59 +45 57.0 0.431   169.2 33.9   G0 III     0.96
Gl 195 76.3 05 13 42 +45 47.5 0.415   170.3 31.2  dM2         10.2
Gl 195 76.3 05 13 42 +45 47.5 0.415   170.3          M4  :      13.7
NN 3341 48 05 13 51 -31 21.2 0.576   63.8          m          12.15
Gl 196 52.9 05 14 17 +79 10.7 0.179   333.3 -10.7   F6 V       5.05
Gl 197 69.5 05 15 37 +40 03.4 0.844   141.6 66.5   G2 IV-V    4.71
NN 3342 39 05 16 18 +58 45.0 0.526   160.3          m          13.44
NN 3343 39 05 16 17 +58 44.7 0.526   160.3          m          14.03
Gl 198 49 05 16 37 -18 10.9 0.383   81.6 40.3   G0 V       5.96
Gl 200 79.7 05 16 40 -03 07.6 0.734   80 86.5   K3 V       7.7
Gl 200 79.7 05 16 40 -03 07.6 0.734   80          M2         11.7
Gl 199 61 05 16 40 -21 26.7 0.14   253 27.6   K3/5 V     9.33
Gl 199 61 05 16 40 -21 26.7 0.14   253                     13.5
Gl 200.1 44.9 05 16 48 -53 43.6 0.512   154.2          k          13.19
NN 3344 52 05 16 50 -72 17.6 0.84   356.3          m          11.7
GJ 2040 60 05 16 57 +03 49.4 0.014   226.3          M0 V       9.86
NN 3345 43 05 16 59 +55 43.1 0.278   150          m          13.01
NN 3346 39 05 17 44 -15 53.5 0.248   42          K3 V       8.79
GJ 1076 29 05 19 13 +54 45.5 0.394   167.7 49.3   K3  p      9.46
GJ 1077 76.8 05 19 38 -78 19.6 1.108   176.1 -17   M1.5 V     11.91
GJ 2041 47 05 20 12 +00 09.8 0.031   140.9          K5 V?      8.82
Gl 201 61.2 05 20 43 +17 16.7 0.251   89.1 37.8  dK5  e      7.95
GJ 1078 48.5 05 20 47 +22 30.2 0.383   141          m          15.52
Gl 202 65.2 05 21 30 +17 20.3 0.245   92.8 38.1   F8 Ve      4.99
GJ 1079 55 05 24 22 -32 32.7 0.266   110.3          K2/3 V     7.74
Gl 203 99.7 05 25 16 +09 36.8 0.783   195.1          M3.5       12.48
GJ 1080 52.3 05 25 38 +02 56.7 1.186   198.1          M5 V       12.8
Gl 204 71.2 05 25 57 -03 31.7 0.862   202.4 -56   K5 V       7.65
NN 3347 39.5 05 26 03 +12 30.9 0.234   156.3 8.6   G0 V       6.75
NN 3348 39.5 05 26 08 +12 29.7 0.235   153          m          13.98
GJ 2043 46 05 26 35 +15 32.3 0.199   207         dM2         10.63
GJ 2043 46 05 26 34 +15 32.4 0.199   207          m          14.68
NN 3349 34.1 05 26 38 +32 03.2 0.7   198.4          M3         12.15
Gl 204.1 49 05 27 03 -60 27.3 0.189   232.2 12.9   G5 Ve      6.99
Wo 9181 27 05 27 06 -75 43.7 0.331   196.5 43   F8 V       7.17
Gl 204.2 53.1 05 27 23 -03 28.4 0.57   214          M3.5       12.02
Gl 205 172.3 05 28 55 -03 41.1 2.235   159.9 8.5   M1.5 V     7.96
NN 3350 50 05 29 08 -30 13.5 0.571   142          m          13
NN 3351 45.2 05 29 12 +79 31.0 1.192   141.2 -92   m          18.4
Gl 206 70.9 05 29 30 +09 47.3 0.293   233 21.7  dM4  e      11.52
GJ 1081 65.9 05 29 38 +44 47.2 0.369   172          k-m        12.21
Gl 207 54.1 05 29 53 +29 21.4 0.33   245.2          K7         12.07
NN 3352 45 05 30 13 +51 11.1 0.242   187          M3         11.07
Gl 207.1 66.3 05 31 09 +01 54.8 0.317   236 22  dM2.5e      11.53
NN 3353 51 05 31 30 +10 17.5 0.38   197          M3         12.32
NN 3354 51 05 31 30 +10 17.4 0.38   197          M3.5       13.62
NN 3355 41 05 31 51 +28 04.2 0.347   139          K7         10.08
NN 3356 80.7 05 32 02 +13 51.1 0.41   197          M3.5       11.81
GJ 1082 53 05 32 48 +41 28.2 0.1   285         DA7         14.75
NN 3357 79 05 33 30 -07 41.0 0.485   17.8          M4         12.8
Gl 208 86.1 05 33 44 +11 17.9 0.057   195 21.2  dM0         8.8
Gl 209 56.2 05 34 04 +20 42.4 0.443   191.3 -23.2   G4 IV-V    7.67
NN 3358 39.7 05 34 18 +51 24.9 0.56   281.3 -44   K2 V       7.73
NN 3359 42 05 35 20 +45 25.3 0.127   146.8          G5         8.08
Wo 9185 38 05 35 24 -62 50.2 0.272   346 21   K5 V       9.33
Gl 209.1 49 05 35 47 -28 43.1 0.057   314.4 39.4   F5 V       5.3
Wo 9187 41.3 05 36 28 -07 14.4 0.056   198.6 -1.3   A4 IV      4.8
Gl 210 28 05 36 30 -42 59.7 0.294   21.6 35.1   G0 V       7.44
NN 3360 40 05 36 45 -46 07.6 0.471   192.8 11.4   G5 V       7.34
NN 3361 40 05 36 46 -46 07.6 0.522   197.4 13.5   K5 V       9.7
Gl 211 82.7 05 37 17 +53 27.8 0.512   178 1.8   K1 Ve      6.23
GJ 1083 96.7 05 37 21 +24 46.9 0.364   163          m          14.85
Gl 212 86.1 05 37 27 +53 28.3 0.495   177.7 2   M1         9.75
NN 3362 47 05 37 27 +12 37.6 0.25   188          M3         11.36
Wo 9188 47 05 39 07 +15 18.8 0.089   120.3         dM0         10.61
Gl 213 166.5 05 39 14 +12 29.3 2.571   128.4 105.6   M4         11.53
GJ 2045 78.1 05 39 46 -05 30.1 0.971   352.3          m          15.28
Gl 215 71.6 05 41 05 +62 13.7 0.838   166.3 -19.6   K7         9.02
Wo 9189 62 05 41 08 -80 30.5 1.1   16.9 9.4   G1 V       5.65
NN 3363 48 05 41 35 +32 22.3 0.085   168.8          G5         8.15
NN 3364 42.4 05 42 00 +69 44.0 0.915   125.9          m          16.47
Gl 216 124.9 05 42 23 -22 27.8 0.476   218.5 -9.7   F6 V       3.58
Gl 216 124.9 05 42 21 -22 26.2 0.47   220.7 -8.4   K2 V       6.13
Gl 217 56.7 05 42 35 +37 16.4 0.709   136.8 -26.9   K1 V       7.36
NN 3365 39.2 05 43 02 +44 06.4 0.683   239.6          M4         12.79
NN 3366 62.5 05 44 39 -05 12.9 0.804   135.9          m          14.54
Gl 217.1 48.7 05 44 41 -14 50.4 0.022   264.4 16.3   A3 V       3.55
NN 3367 42 05 44 44 -00 01.8                         M0         10.99
Gl 217.2 32 05 45 06 -70 10.8 1.263   345.6 13.8   K0 V       8.08
NN 3368 45 05 45 41 +07 44.9 0.276   165          m          14.19
Gl 218 95.5 05 45 53 -36 20.6 0.692   96.6 56   M3         10.73
NN 3369 42 05 45 57 -11 09.3 0.425   329          M0.5       11
GJ 1084 57 05 46 00 -48 32.2 0.32   176          M0 V       9.74
GJ 1085 59 05 46 06 -04 06.4 0.232   165.6 31.9   G2 V       5.97
Gl 219 59.8 05 46 06 -51 05.0 0.081   4.7 20   A5 V       3.85
GJ 1086 90.5 05 48 46 -00 11.3 0.213   22         DQP8        14.55
Gl 220 52.2 05 50 10 +24 15.4 0.61   169.1          M1.5       10.81
Gl 221 50.8 05 50 34 -06 00.0 0.333   180 22.2   M0 V       9.7
Gl 222 103.1 05 51 25 +20 16.1 0.21   244 -13.4   G0 V       4.4
NN 3370 61 05 51 34 +48 59.9 0.004   146.7          K2         7.83
Gl 223 39 05 51 52 +02 08.6 0.644   173.7 -41.8   K3 V       8.83
Gl 223.1 23 05 52 11 -09 24.3 0.452   18         dM0         10.71
Gl 223.2 154.8 05 52 39 -04 08.8 2.377   166.6         DZ9         14.45
Gl 224 47.4 05 53 12 +13 55.5 0.608   143.4 0.3   G5 IV      6.61
Gl 224.1 50.6 05 53 43 -63 06.3 0.554   13.8 25.1   K1 III/IV  4.65
GJ 1087 125.1 05 53 47 +05 22.2 1.056   207         DAP9        14.1
Gl 225 73.4 05 54 08 -14 10.5 0.146   340.4 -1.4   F1 III     3.72
NN 3371 76 05 55 14 +58 35.6 0.253   184          M1         10.25
NN 3372 76 05 55 32 +58 34.3 0.253   184          m          13.56
NN 3373 49.5 05 55 27 +68 09.7 1.174   161.4          k-m        12.9
NN 3374 49.5 05 55 24 +68 08.8 1.174   161.4          m          13.31
NN 3375 44.3 05 55 52 +44 56.7 0.056   269.7 -19.4   A2 IV      1.9
NN 3376 40 05 55 53 -04 39.1 0.227   163.5          G0         6.99
NN 3377 40 05 55 49 -04 38.1 0.23   159          k-m        16.3
NN 3378 132.2 05 56 43 +59 36.5 0.831   190.1          m          11.71
NN 3379 186.3 05 57 26 +02 42.3 0.241   108          M4         11.33
Gl 225.1 46.9 05 58 12 -37 03.6 0.286   49.5 40   G5 V       8.6
Gl 225.2 66 05 58 28 -31 02.2 0.56   314.4 101.7   K5 V       8.28
Gl 225.2 66 05 58 28 -31 02.2 0.56   314.4                     9.1
Gl 225.2 66 05 58 28 -31 02.2 0.56   314.4 105   K5 V       8.3
NN 3380 107.8 05 58 36 +49 52.4 0.801   174.5          m          14.47
Gl 226 105 05 59 42 +82 07.9 1.337   180.7 -21   M2.5       10.5
NN 3381 45 05 59 43 +47 48.8 0.595   187.6          M3.5       13.94
NN 3382 49 06 00 14 -20 20.1 0.579   356.4          m          13.25
Gl 226.1 47.9 06 00 47 +26 09.4 0.642   149.4          M3.5       13.67
NN 3383 51 06 01 25 +18 41.9 0.012   173.2          G5         7.98
Gl 226.2 40 06 02 37 +67 59.1 0.09   193 1.6  dK8         9.75
Gl 226.3 49 06 02 48 +35 23.8 0.314   202.2 -14.8   G0 V       6.11
Wo 9200 40.2 06 03 02 -45 02.1 0.26   339.7 25.8   G0 IV-V    6.35
Wo 9201 40 06 03 15 -55 18.2 0.76   65.7 6   k          12.15
Gl 227 65.3 06 03 49 +15 33.0 0.164   227.8 -11.7  dK0  e      6.76
NN 3384 41 06 03 54 +33 33.3 0.43   161          M3         12.44
Wo 9202 31 06 05 25 -59 31.5 0.793   196 25.4   K0 V       8.46
Wo 9203 24 06 05 57 +26 34.0 0.57   255          M3         13.34
NN 3385 34.7 06 07 40 +25 57.1 0.568   161.8          M1.5       11.55
Gl 228 100.8 06 08 09 +10 20.6 0.97   175.8 55.5  dM2.5 J     10.58
Gl 228 100.8 06 08 09 +10 20.6 0.97   175.8                     12.5
Gl 229 174.9 06 08 28 -21 50.6 0.737   190.2 5.2   M1 Ve      8.14
NN 3386 40 06 08 48 +63 24.7 0.248   137 17.9  dK8         9.69
NN 3387 39 06 09 18 +06 47.9 0.319   142.3 -52.4   G4 V       6.87
GJ 1088 75 06 09 25 -43 24.5 0.74   9.5 28   M3.5       12.32
Wo 9204 27 06 09 55 -41 33.7 0.292   164.6 15   K2 V       9.29
NN 3388 55 06 10 06 +51 41.1 0.37   258          m          12.86
Wo 9205 44 06 10 18 +70 48.2 0.444   180.6 25  dG7         7.43
Gl 230 56.9 06 10 26 +10 38.7 0.302   164.2 6   G2 V       6.45
Wo 9206 37 06 10 51 -65 10.8 0.764   167.1          k          11.35
NN 3389 61 06 11 41 -23 50.9 0.125   336 22.4   G5 V       6.38
Gl 231 114.1 06 11 44 -74 44.2 0.247   149.6 34.9   G5 V       5.08
NN 3390 46 06 11 54 +19 10.5 0.217   208.4 35.7   F6 V       5.2
Wo 9207 43.4 06 13 38 +12 17.3 0.202   23.3 8.7   F5 IV-V    5.04
Gl 231.1 61 06 14 37 +05 07.0 0.261   306.7 9.6   F9 V       5.7
Gl 231.1 61 06 14 32 +05 08.1 0.29   302 8.9   m+         13.42
Wo 9209 44 06 15 37 -59 11.4 0.333   189.6 -3   G3 V       6.43
Wo 9209 44 06 15 37 -59 11.4 0.333   189.6 40  DB4         14.09
Gl 231.3 67.6 06 16 55 -06 37.6 0.669   187          M4         13.06
NN 3391 42 06 17 34 +44 16.2 0.305   145          m          12.27
NN 3392 44.8 06 18 05 +06 46.7 0.515   93.3         DA9         16.37
GJ 2049 76 06 19 50 -22 42.1 0.671   292.6          M1.5       10.76
Gl 232 120 06 21 37 +23 28.1 0.763   132.4          M4.5       13.06
NN 3393 44.9 06 21 39 +56 12.5 0.53   166.3          m          14.55
NN 3394 45 06 22 47 -28 45.0 0.204   233.6 -4.4   G0 V       6.39
Gl 233 66.6 06 23 14 +18 47.3 0.21   214.6 -8.4   K2 V e     6.76
Wo 9212 35 06 25 10 -25 49.3 0.29   220 35.8   F9 V       6.07
Wo 9212 35 06 25 10 -25 49.3 0.29   220          K7         11.57
Gl 234 242.1 06 26 51 -02 46.2 0.997   134.8 16.7   M4.5 J     11.13
Gl 234 242.1 06 26 51 -02 46.2 0.997   134.8                     14.6
NN 3395 52 06 27 08 +50 05.0                         M0         11.09
NN 3396 90 06 28 18 +41 32.1 0.196   183          m          14.83
Gl 236 67.3 06 30 07 -26 59.5 0.461   116 113   M0         11.41
Gl 237 50 06 30 22 -43 29.8 0.264   262 27   g-k        10.59
NN 3397 42 06 32 45 -69 55.2 0.701   17.4          m          13
Gl 238 71 06 33 07 -58 29.9 0.885   332.8 -16   m          11.62
NN 3398 55.1 06 33 20 +11 40.1 0.901   190.2          k-m        14.22
Gl 239 99.1 06 34 19 +17 36.2 0.885   293.4 -56.1  dM1         9.63
Gl 239.1 54.7 06 34 30 -19 12.7 0.083   139.6 4.1   K1 III     3.96
Gl 240 69.7 06 35 55 -49 59.7 0.22   90 16   K0         9.62
NN 3399 46 06 36 56 +28 38.2 0.25   174          k-m        11.93
NN 3400 46 06 37 28 -61 29.3 0.072   330 32.3   G0 V       6.34
NN 3401 46 06 37 28 -61 29.3 0.072   330                     8.3
Gl 240.1 47.5 06 37 44 +79 37.4 0.613   187.7 15.7   F8 V       5.45
Gl 241 57 06 38 12 +24 00.6 0.338   143.5 -44.6  dK6         8.13
NN 3402 40 06 38 36 +15 48.9 0.363   175          M3         13.77
NN 3403 40 06 38 48 -55 34.0 0.38   269          K7 V       9.94
Wo 9216 37.8 06 38 53 +71 56.8 0.555   193.1 -12   K7         10.95
NN 3404 64 06 39 33 +03 37.9 0.287   173          m          12.06
NN 3405 64 06 39 36 +03 38.6 0.287   173          m          13.33
NN 3406 52.1 06 39 54 +51 12.1 0.922   173.6          M3.5   J   12.44
NN 3407 52.1 06 39 54 +51 12.1 0.922   173.6                     14.9
Gl 242 50.2 06 42 29 +12 57.1 0.225   210.8 30   F5 III     3.36
NN 3408 47.1 06 42 51 +32 36.5 0.462   280.1 -34.5   K3 V       8.77
NN 3409 47.1 06 42 53 +32 36.4 0.528   280.5          M0.5       12.17
Gl 243 40 06 42 52 -27 17.6 0.288   357.9 -12.1   G2 V       6.45
Gl 244 380.4 06 42 57 -16 38.8 1.328   204.3 -9.4   A1 V       -1.43
Gl 244 380.4 06 42 57 -16 38.8 1.328   204.3         DA2         8.44
Gl 245 66.2 06 43 08 +43 37.8 0.164   359 -23.9   G0 V       5.24
Gl 245.1 41 06 43 31 -31 44.1 0.387   213.4 32   F6 V       5.92
Gl 246 62.6 06 44 15 +37 35.1 0.968   193.3 80  DA2         12.06
NN 3410 54.6 06 44 47 +02 34.4 0.436   275         DA8         15.68
Gl 247 50.6 06 45 27 +60 23.2 0.476   29.1 -52.9  dM0  p      8.58
GJ 1091 44.3 06 45 27 +37 12.0 0.14   263                     13.34
GJ 1092 75.8 06 45 41 +37 11.7 1.618   172.3          m          13.76
NN 3411 40 06 46 16 +35 12.1 0.315   154          K5         10.17
Gl 248 50.9 06 47 41 -61 53.2 0.276   345.1 20.6   A7 IV      3.27
Gl 249 56 06 47 49 +47 26.2 0.736   198.2 22.2  dK6         8.99
Gl 249.1 48.5 06 48 30 -46 33.6 0.37   359 20.1   F5 III     5.13
NN 3412 91.5 06 49 29 +60 56.8 1.147   152.3          M3.5       11.06
NN 3413 53 06 49 36 +18 20.0 0.208   40          m          13.18
Gl 250 108.9 06 49 52 -05 06.7 0.544   269.8 -9.6   K3 V       6.59
Gl 250 108.9 06 49 52 -05 07.7 0.541   270 -6.9   M2         10.09
Wo 9219 41.4 06 51 34 -28 28.2 0.519   147.5 72.1   G5 IV      6.03
Gl 251 173.6 06 51 35 +33 20.3 0.851   242.3 22.9  dM4         10.01
Wo 9220 39 06 51 49 +13 14.6 0.1   139.8 14.8   A9 V p     4.74
Wo 9220 39 06 51 49 +13 14.6 0.1   139.8 22.3   G6 V       7.68
Gl 251.1 29 06 52 10 +12 13.7 0.333   190 16.4  dM1.5       10.55
Gl 252 59 06 52 14 +25 26.4 0.049   301.8 -15.1   G0 V       5.74
NN 3414 58.6 06 52 18 +55 02.9 0.706   199.2          k-m        11.8
NN 3415 38.1 06 52 59 +40 08.8 0.466   164.4 50.9   K5 V       9.12
NN 3416 38.1 06 52 59 +40 08.8 0.466   164.4 51.2   M1         11.1
NN 3417 129 06 53 17 +62 23.7 0.516   139.9          m          13.65
Gl 253 69.6 06 53 51 -55 11.5 0.182   187.6 40.1   G7 V       8.17
Gl 254 56 06 53 52 +30 49.6 0.23   157.6 -7.8   K7         9.72
Wo 9222 20 06 54 41 -74 39.8 0.197   341.4 -0.9   F8 V +A/F  7.65
NN 3418 48 06 55 22 +14 17.3 0.009   219.7          G5         8.28
Gl 255 68.4 06 55 30 -35 26.4 0.04   296.9 10.1   F8 IV-V    6.91
Gl 255 68.4 06 55 30 -35 26.4 0.04   296.9          F8 IV-V    7.1
Gl 256 47 06 56 07 -12 55.3 0.119   134.4 -7.7   K4 V       9.15
Gl 257 116.9 06 56 21 -44 13.3 1.134   265          M3         11.5
Gl 257 116.9 06 56 21 -44 13.3 1.134   265          M3         11.7
GJ 1093 128.9 06 56 29 +19 25.8 1.225   137.3          m          14.83
NN 3419 51 06 56 53 -10 11.2 0.729   181.9          m          13.5
NN 3420 53.6 06 57 36 +32 02.5 0.684   150.6         DC9         16.57
Gl 257.1 54 06 57 49 +48 27.4 0.7   127.3 -22.8   K3 V       8
Gl 258 56.5 06 59 07 +68 21.7 0.341   82          M3.5       11.96
Gl 259 74 06 59 11 -25 52.6 0.207   79.7 12.6   K0 Ve      6.71
Gl 260 63 06 59 25 -61 16.1 0.3   323.8 21.3   K0 IV-V    6.82
Gl 261 79 06 59 27 -06 22.1 0.898   185         DA          15.27
NN 3421 109.1 06 59 54 +52 47.5 1.166   141.7          M4.5       13.3
NN 3422 41.1 06 59 56 -67 50.9 0.24   351 38.6   K3 III     5.17
NN 3423 75 07 00 05 +34 46.2 0.183   331          m          13.17
GJ 1094 63.3 07 00 17 -06 43.3 0.358   213.9          K5 V       8.38
Gl 262 55 07 00 20 +29 25.4 0.841   169.1 25.4   G4 V       5.94
NN 3424 40 07 01 46 +25 04.6 0.328   215          M1         11.62
Gl 263 61.5 07 01 56 -10 25.3 0.806   188.5 -87   M3.5       11.29
Gl 264 60 07 02 18 -43 29.5 0.404   346.6 88   K5 V       8.68
Gl 264.1 66 07 02 25 -43 32.3 0.398   343.8 86.4   G3 V       5.55
Gl 264.1 66 07 02 25 -43 32.3 0.398   343.8 90.4   K0 V       6.79
Gl 265 59.7 07 02 35 +27 32.9 0.122   205.2 -25.3   M0 Ve      10.22
NN 3425 56 07 02 46 +67 16.8 0.279   254         dM0         11.18
NN 3426 65 07 03 51 +48 46.2 0.309   185          m          13.4
NN 3427 44 07 04 06 +69 56.1 0.344   213          m          12.54
Gl 266 42 07 04 32 +03 31.8 0.32   183         dM0         9.84
Wo 9224 24 07 04 48 -47 30.6 0.2   139          k          10.54
NN 3428 40 07 04 54 +29 55.1 0.343   206.6 21   K3         8.32
NN 3429 41 07 05 28 +30 47.6                         M0         11.36
Gl 268 164.6 07 06 39 +38 37.5 1.052   207.9 37.9   M4.5 Ve    11.49
NN 3430 41.5 07 06 51 +37 45.3 0.367   220        sdM6         14.67
NN 3431 41.5 07 06 52 +37 45.3 0.367   220         DQ8         15.68
NN 3432 46 07 08 16 +52 21.7 0.24   205          M0         11.29
NN 3433 44 07 08 34 -14 21.5 0.539   302.5          K5         9.94
NN 3434 40.6 07 09 27 -48 51.1 0.192   354.1 63.6   K2 III     5.12
Gl 268.1 46.1 07 11 08 -46 40.5 0.172   306.2 1.1   F0 IV      4.48
GJ 1095 58 07 12 08 +47 19.9 0.188   170.4 85.2   G0 V       5.64
Gl 268.2 52.3 07 12 42 -63 15.9 0.623   333.3 -20   K5 V       9.1
GJ 1096 67.1 07 13 03 +33 14.8 0.426   198          m+         14.48
Gl 268.3 126 07 13 14 +27 14.0 0.24   187         dM0         10.85
NN 3435 82 07 13 20 +58 29.8 0.096   211         DA4         12
NN 3436 43.2 07 13 33 -12 57.8 0.531   289.3 60   G2 V       7.75
Wo 9228 21.2 07 13 59 -15 29.7 0.059   251.8 10   A3 V       5.44
Gl 268.4 45.5 07 14 19 -40 56.6 0.332   309.6 16.3   G3 V       9.09
NN 3437 46.6 07 14 35 +19 39.9 0.426   233.3          m          12.8
NN 3438 66 07 14 44 +39 22.0 0.28   260          M0.5       10.33
Gl 268.5 19 07 15 11 -13 54.6 0.267   216          K5         12.11
Wo 9231 46 07 15 13 +16 37.9 0.062   229.7 -9.2   A3 V       3.58
Wo 9231 46 07 15 13 +16 37.9 0.062   229.7                     10
Gl 269 81.6 07 16 03 -46 53.7 0.578   358.1 59   K1 V       7.15
Gl 269 81.6 07 16 03 -46 53.7 0.578   358.1          K4 V       7.9
Gl 270 60.3 07 16 15 +32 55.7 0.574   125.9 -68.9  dM1.5       10.07
Gl 271 62.4 07 17 08 +22 04.6 0.029   239.1 -15.3   F1 IV-V    3.53
Gl 271 62.4 07 17 08 +22 04.6 0.029   239.1 2.2   K3 V       8.2
NN 3439 42 07 19 33 +30 46.5 0.715   214          k-m        13.34
Gl 272 58.6 07 19 37 +46 11.3 0.28   215 -30.3  dM2         10.53
GJ 2057 43 07 20 59 +13 04.1 0.44   169.5 38.8   K2         8.2
NN 3440 44 07 21 30 -82 54.8 0.676   352.7          m          11.75
NN 3441 51.5 07 24 31 +22 08.9 0.292   237          m          11.23
Gl 273 264.4 07 24 43 +05 22.7 3.761   171.2 18.2   M3.5       9.85
Gl 273.1 48.3 07 25 49 +32 05.7 0.232   44.4 -4.1  dK8         7.74
Gl 274 59.1 07 25 54 +31 53.1 0.232   41.6 3.1   F0 V       4.18
Gl 274 59.1 07 25 54 +31 53.1 0.232   41.6                     12.5
NN 3442 86 07 26 00 -18 42.0 0.588   3.9          k-m        13.65
Wo 9234 44 07 26 09 +49 46.7 0.139   133 -26.7   F6 V       5.36
Gl 275 56.5 07 26 11 -51 18.0 0.283   267.6 3.4   G5 IV-V    6.73
GJ 1097 90.8 07 26 14 -03 11.2 0.94   150.9          M3         11.43
Gl 275.1 55 07 26 52 +68 43.7 0.22   238 4  dM0         10.89
NN 3443 40 07 27 00 -07 26.9 0.142   24.8 9.1   F8 V       5.86
Gl 275.2 86.5 07 27 02 +48 19.4 1.295   189.8        sdM5         13.56
Gl 275.2 86.5 07 27 06 +48 17.8 1.295   189.8         DC          14.63
NN 3444 55 07 27 48 +58 02.0 0.929   178.6 16   M6  :      17.4
Gl 276 45.6 07 28 18 +14 43.5 0.297   167.6 65.6  dK8         8.98
NN 3445 43 07 28 32 +39 20.2 0.293   146          m          13.08
Gl 277 83 07 28 40 +36 19.8 0.44   231.5 0.1  dM3.5e      10.58
Gl 277 83 07 28 39 +36 20.4 0.441   231 0.1  dM4.5e      11.78
GJ 1098 55 07 28 49 +64 16.1 0.258   164         DC9         16.38
NN 3446 44 07 28 56 -37 14.0 0.096   297.4 8.6   G4 V       6.64
NN 3447 40.4 07 29 11 +17 25.7 0.27   238         dM0         11.02
NN 3448 40.4 07 29 10 +17 25.7 0.27   238          m          12.95
NN 3449 46 07 29 42 -08 46.3 0.185   209.9 55   F9 V       5.9
NN 3450 46 07 29 42 -08 46.3 0.185   209.9                     8.6
Gl 277.1 70.4 07 29 57 +63 03.1 0.424   261.8         dM0         10.49
NN 3451 40.7 07 30 50 +22 30.6 1.104   122.8          m          16.46
NN 3452 71 07 31 12 +54 58.0 0.104   291         dM0         11.29
Gl 278 68.3 07 31 25 +32 00.0 0.198   238.9 6   A1 V       1.94
Gl 278 68.3 07 31 25 +32 00.0 0.198   238.9 -1.2   A m        2.85
Gl 278 68.3 07 31 26 +31 58.8 0.232   241.4 -1.9   M0.5Ve     9.07
NN 3453 55 07 31 39 +22 26.9 0.2   119          k          11.53
GJ 1099 68.2 07 31 43 +01 06.2 0.628   175.6          m          11.93
Gl 279 48 07 31 55 -22 11.2 0.062   313.2 61   F6 IV      4.45
Wo 9237 28 07 33 32 -03 02.5 0.304   289.4          G0         7.16
NN 3454 162 07 33 43 +07 11.7 0.354   145          m          13.22
Wo 9238 39.7 07 34 49 +28 23.8 0.503   129.1          M3         13.85
NN 3455 62 07 34 52 -51 48.5 0.612   41          m          12.45
NN 3456 48 07 35 18 +85 06.0 0.373   204          m          12.8
NN 3457 26.4 07 36 22 +33 34.9 0.243   222          m          11.83
NN 3458 26.4 07 36 23 +33 35.0 0.243   222          m+         18
NN 3459 79 07 36 29 -21 06.1 0.681   138.1          m          11.7
Gl 280 285.8 07 36 41 +05 21.3 1.247   214.5 -4   F5 IV-V    0.38
Gl 280 285.8 07 36 41 +05 21.3 1.247   214.5         DA          10.7
Gl 281 70 07 36 48 +02 18.2 0.27   205 10  dM0         9.61
Gl 282 74.3 07 37 29 -03 28.7 0.297   165.7 -21.1   K2 Ve      7.2
Gl 282 74.3 07 37 33 -03 29.0 0.279   165.1 -13.4   K5         8.94
NN 3460 36 07 38 01 +49 20.4 0.076   261.2 7.6  dK8         9.73
Gl 283 112 07 38 02 -17 17.4 1.252   116.6 11  DZQ6        13
Gl 283 112 07 38 02 -17 17.4 1.252   116.6          m          16.42
NN 3461 48 07 39 15 +05 09.6 0.285   253          m          12.71
NN 3462 49 07 40 18 +18 18.3 0.5   188.5          k-m        11.34
Gl 284 54.1 07 41 24 -45 02.7 0.561   188.3 28   G6 IV      5.06
Gl 285 161.1 07 42 04 +03 40.8 0.604   221.4 26.8  dM4.5e      11.2
Gl 285.1 40 07 42 11 +70 19.9 0.169   212.3 -22.6  dG5         7.09
Gl 286 100.3 07 42 16 +28 08.9 0.628   265.3 3.6   K0 IIIb    1.14
Gl 287 43 07 42 25 +02 15.7 0.225   167.3 -21  dM0         10.2
Gl 288 62.5 07 43 43 -34 04.4 1.7   350.2 102.6   G0 V       5.36
Gl 288 62.5 07 43 51 -33 49.2 1.63   348          m          16.59
GJ 1100 46.7 07 44 46 -13 48.6 0.492   165.7          M1         11.5
GJ 1101 80.1 07 44 56 +83 31.3 0.646   205.2          m          13.09
Gl 289 66.7 07 45 15 +20 30.4 1.728   124.2 48.4   M2         11.46
GJ 1102 58.6 07 47 33 +07 20.7 1.778   173.2         DC9         16.69
GJ 1102 58.6 07 47 32 +07 20.9 1.778   173.2         DC9         16.98
Gl 290 60.5 07 48 07 +80 23.7 0.489   279.2 -7.2   G8 V       6.56
Wo 9242 33 07 48 31 -59 15.0 0.376   126.2 3.1   G5 V       7.5
NN 3463 62.8 07 49 11 +05 41.0 0.572   134.9          m          14.75
GJ 1103 113.8 07 49 20 +00 08.1 0.766   160.6 52   m          13.5
GJ 1103 113.8 07 49 21 +00 08.2 0.766   160.6          m          15
Gl 291 62.7 07 49 27 -13 45.8 0.35   191 -21.5   F9 V       5.72
Gl 291 62.7 07 49 27 -13 45.8 0.35   191          G4 V       6.17
Gl 291.1 46.6 07 49 42 -50 10.7 0.21   320          K2         10.06
NN 3464 46 07 49 45 +26 03.5 0.159   167.7          K4         8.6
NN 3465 40 07 49 53 +06 26.4 0.227   168          m          13.56
GJ 1104 44.1 07 50 22 +30 45.7 1.972   158.4 -235   G2 VI      8.3
Gl 292 69.9 07 50 24 -34 34.7 0.31   319.8 26.7   F5 V       5.05
Gl 292 69.9 07 50 24 -34 34.7 0.31   319.8          K3         8.6
Gl 292.1 35.5 07 51 59 +19 22.5 0.461   167.8 -18.7  dK6         7.78
Gl 292.2 43 07 52 03 -01 16.8 0.283   259 102   G8 V       7.43
NN 3466 80 07 52 52 -29 12.6 0.548   148.3          M4         13.38
Gl 293 144.7 07 52 52 -67 38.4 2.041   135.6         DQ9         14.08
GJ 1105 123.5 07 54 47 +41 26.9 0.685   163 -11   k          12
Gl 293.1 52.9 07 55 25 -00 40.7 0.181   270 -4   K5 V       8.06
Gl 293.1 52.9 07 55 25 -00 40.7 0.181   270                     13.3
NN 3467 70 07 55 29 +07 25.2 0.336   266          m          13.77
NN 3468 48 07 55 41 +15 38.5 0.115   218          m          14.24
NN 3469 48 07 55 40 +15 38.3 0.115   218          m          15.09
GJ 1106 53 07 55 54 -33 49.2 0.32   14.9          K5 V       8.84
Gl 293.2 51.2 07 55 57 -25 29.2 0.435   123.8 -5.1   K3 V       8.42
NN 3470 43 07 56 17 +15 31.7 0.188   255          m          12.33
NN 3471 42 07 56 37 +20 59.3 0.588   161.7 -28.2   K0 V       7.7
Wo 9247 41.8 07 56 45 -34 48.7 0.41   295.6 23.7   G6 V       7.95
NN 3472 84 07 56 48 -36 52.9 0.196   162.5          K0/1 V     7
Gl 294 63 07 56 52 -60 10.1 0.54   76.7 14.1   G2 V       5.6
Gl 294 63 07 57 00 -60 09.8 0.528   77.8          k          9.88
Gl 294 63 07 57 00 -60 09.8 0.528   77.8                     13.5
Gl 295 51.5 07 57 27 +29 22.0 1.181   187.8 14.7   G8 V       7
Gl 295.1 31 07 57 28 +13 56.2 0.14   216 30   K5  e      10.36
Gl 296 53 07 58 15 -39 53.5 0.849   142.7 5.5   K7 V       9.66
NN 3473 41 07 59 47 +03 29.1 0.552   229.5          k-m        13.7
NN 3474 41 07 59 45 +03 28.5 0.552   229.5          m+         17
NN 3475 43 08 00 53 +44 06.2 0.132   95 -3   K5         9.83
NN 3476 69 08 02 08 -65 52.7 0.189   227.3          K1 V       7.14
GJ 1107 54.5 08 02 29 +34 13.4 0.28   146 -4.9  dM0  p      10.14
NN 3477 53 08 02 37 +56 02.4 0.182   128          M0         11.48
NN 3478 58 08 02 57 +26 25.5                         M0         10.21
NN 3479 54 08 03 33 +36 54.6 0.395   199          m          12.95
NN 3480 50 08 04 06 +58 39.5 0.181   248          m          12.69
Wo 9251 27 08 04 28 +07 31.8 0.136   181.3 20  dK8         10.45
Wo 9251 27 08 04 28 +07 31.8 0.127   184.1          K8         10.86
Gl 296.1 51.5 08 04 58 -29 15.2 0.494   136.3 -17.6   G4 IV-V    6.8
Gl 296.2 37 08 05 11 +69 52.2 0.205   54.6 -14.1   F8 V       6.57
NN 3481 59 08 05 18 +21 15.3 0.466   221.3          K5         9.8
NN 3482 59 08 05 18 +21 15.2 0.487   227.2          m          11
GJ 1108 58 08 05 46 +32 58.2 0.219   194.3 4  dM0.5e      10.05
GJ 1108 58 08 05 45 +32 57.9                        dM3  e      12.12
NN 3483 43 08 06 24 -66 09.0 0.473   128         DQ5         13.92
NN 3484 50 08 06 36 +22 03.2 0.338   258          m          11.81
Gl 297.1 53 08 08 11 -61 09.0 0.338   207.4 25   F5 V       4.76
NN 3485 55 08 08 16 +04 07.8 0.35   164          m          13.51
Gl 297.2 48.8 08 08 21 -13 39.1 0.263   282.1 33   F7 V       5.54
Gl 297.2 48.8 08 08 15 -13 39.9 0.249   282 34.4   M3         11.82
Wo 9256 43.7 08 08 31 +32 36.9 0.807   215.7 30.6   G4 V       6.81
Gl 298 68 08 08 42 -52 49.7 0.82   319.5 85   m          11.77
Gl 299 148 08 09 11 +08 59.7 5.211   167.1 -35  dM5         12.83
NN 3486 45 08 10 10 -83 05.1 0.61   307.5          m          12.55
Wo 9258 45 08 10 25 -07 03.1 0.162   119.5 -20.5   K0         7.93
Gl 300 170 08 10 29 -21 23.5 0.707   177.5          M4         12.1
Gl 301 54.8 08 10 50 -13 45.5 0.556   206.7 20   M0 V       9.74
Gl 301 54.8 08 10 50 -13 45.5 0.556   206.7                     10.7
Wo 9259 41.7 08 11 10 -40 23.0 0.265   126 38.7   G8 (IV)    9.39
NN 3487 80 08 11 48 +10 20.5 0.018   254.2          G5         7.32
NN 3488 53 08 11 51 +13 10.5 0.433   282.1          K4         8.85
GJ 2066 114 08 13 34 +01 27.4 0.37   277          m          10.1
NN 3489 71 08 14 19 -35 43.7 0.028   13.6          G8/K0 V    7.2
NN 3490 71 08 14 19 -35 43.7 0.028   13.6                     11
NN 3491 60 08 14 45 +31 17.0 0.24   341          k          11.22
NN 3492 63 08 14 51 -76 00.0 0.657   329.8          k-m        11.85
Gl 301.1 46.3 08 15 05 +30 46.1 0.872   199 11.6   K4 V       8.85
Gl 302 79.3 08 16 01 -12 27.7 1.033   164 30.5   G7.5 V     5.97
NN 3493 48.8 08 16 26 -15 02.7 0.073   131 55   K3 V       9.84
GJ 1109 55.8 08 16 41 -36 30.2 0.147   309.8 5.1   A7 III     4.45
Gl 303 63.8 08 17 02 +27 22.9 0.381   182.3 33   F6 V       5.14
NN 3494 44 08 18 08 +14 14.0 0.274   197 15   K5         9.82
Gl 304 59.4 08 19 41 -39 32.9 0.308   317.5 48.1   G6 V       7.17
NN 3495 54 08 19 50 +31 44.8 0.007   225.6          G5         8.11
Gl 305 57.4 08 19 51 -76 45.7 0.156   46.2 -13.2   F6 IV      4.07
NN 3496 43 08 20 10 +84 34.1 0.358   54          m          13.42
Gl 305.1 41 08 20 34 +22 00.9 0.378   132 -27.3  dM0  e      9.54
NN 3497 79.9 08 21 00 +69 13.0 1.377   205.4         dM5.2       15.67
NN 3498 25 08 22 03 +32 46.9 0.686   178.9 -78.3   K3         10.05
Gl 306 55 08 22 05 -03 35.3 0.218   261.4 73   F3 V       5.61
Gl 306.1 30 08 23 46 -29 45.7 0.337   153.9 15.9   G4 V       7.81
Gl 307.1 50 08 24 08 +45 49.4 0.353   182.5 -31.9   G5 V       6.32
NN 3499 39.8 08 25 12 -65 58.2 0.162   191.3 27.4   K2 III     3.76
Gl 308 34 08 25 15 +35 11.2 1.102   251.5          M0 V       11.48
Gl 308 34 08 25 15 +35 11.2 1.102   251.5                     11.56
GJ 1110 44.8 08 25 20 +20 18.9 0.667   202.3 142   g-k        13.08
Gl 308.1 45 08 25 39 +61 54.2 0.864   145.7         dM0         10.33
NN 3500 87 08 25 40 -44 49.7 0.577   342.7          M3         11.85
GJ 1111 275.8 08 26 53 +26 57.2 1.29   242.2 -5   M6.5       14.81
GJ 1112 45.4 08 27 32 +32 52.4 0.548   195.6 -18  DA7         15.72
GJ 2069 114 08 28 46 +19 34.0 0.282   245          M5  e      11.89
GJ 2069 114 08 28 46 +19 34.2 0.282   245                     13.32
NN 3501 49 08 28 55 -05 51.8 0.432   259          M1.5       11.21
NN 3502 49 08 29 00 -05 52.0 0.432   259          M3         12.36
NN 3503 65 08 29 01 -10 19.5 0.661   241.4          m          15
NN 3504 50.8 08 29 58 -01 24.0 0.5   161          m          18.44
Gl 308.3 23 08 30 27 -50 01.3 0.29   317          m          10.8
NN 3505 48 08 30 34 +18 42.5 0.625   187.3          m          14.75
Gl 309 82.3 08 30 54 -31 20.4 1.35   304 15.7   K0 V       6.39
NN 3506 76.2 08 31 12 +68 14.9 1.01   233.1          M3         11.67
Wo 9269 39 08 31 36 -23 11.1 0.337   302.6 19.4   K1(IV)+G   7.21
GJ 2070 66 08 31 53 -00 58.0 0.472   155.9          M3.5       12.73
Gl 310 67.3 08 31 55 +67 28.1 1.066   272 11.6  dM1         9.3
NN 3507 47 08 31 59 -00 33.2 0.21   271.6          G5         7.32
Gl 310.1 43.7 08 33 12 +06 47.7 0.178   229.4 26.6   F8 V       5.99
Gl 310.1 43.7 08 33 12 +06 47.9 0.194   224.3 29.2   G5 IV-V    7.25
NN 3508 65 08 34 20 +15 19.0 0.897   188          k          11.8
Gl 311 72.2 08 34 47 +65 11.7 0.089   344.5 -12.7   G1 V       5.64
Wo 9273 45 08 35 24 -06 37.9 0.28   275.5          G0         6.75
Gl 312 58 08 35 31 -39 58.3 0.304   274.5 -1.5   G4 IV-V    6.54
NN 3509 41.5 08 36 29 +67 50.3 0.723   245.2          m          14.68
Gl 314 63.3 08 36 57 -22 29.4 0.494   331 47.7   G3 V       5.28
Gl 314 63.3 08 36 57 -22 29.4 0.494   331          K0 V       6.8
Gl 315 50.7 08 37 07 +11 42.4 0.519   192.1 -13.4   K1 V       7.64
NN 3510 40 08 37 07 +09 06.8 0.285   320          m+         12.93
NN 3511 40 08 37 07 +09 06.8 0.285   320          m+         12.96
GJ 1113 62.9 08 37 15 +43 17.8 0.347   208.5 56.1   K2 V       9.32
NN 3512 100.2 08 37 21 +59 41.6 1.31   191.2          m          15.05
Gl 316 52 08 37 32 -06 17.7 0.167   138.8 -6  dM0         9.9
Gl 316.1 64.5 08 37 42 +18 35.0 0.908   240          m          17.68
Gl 317 87 08 38 49 -23 17.3 0.93   329.2 -53   m          11.98
Gl 318 112.3 08 39 36 -32 46.9 1.709   322 58  DA6         11.88
Gl 318.1 47.2 08 39 58 +44 40.6 0.468   241.9          M1.5:      14.11
Gl 319 66.8 08 40 02 +09 44.7 0.673   162.4 20.4   M0   J     9.7
Gl 319 66.8 08 40 02 +09 44.7 0.673   162.4                     13.1
Gl 319 66.8 08 40 09 +09 44.5 0.673   162.4 22.4   M3.5       11.79
Gl 319.1 42 08 40 22 -42 44.9 0.29   251.1 23.2   K1 V       8.12
Gl 319.1 42 08 40 22 -42 45.6 0.306   254          M1 :       12.68
Gl 320 95.9 08 41 26 -38 42.4 0.452   318.1 14.3   K1 V       6.56
Gl 321 56.3 08 41 53 +41 51.8 0.711   203.5 -24.6   K3 V       8.58
NN 3513 45 08 41 57 -10 12.9 0.605   148.8          m          14
Gl 321.1 48.8 08 42 37 -42 28.0 0.024   294.3 -2.3   G5 III     4.06
Gl 321.2 40 08 42 58 -42 26.9 0.294   178.9 5   G5 V       7.21
Gl 321.3 49.8 08 43 19 -54 31.5 0.082   164.6 2.2   A0 V       2.02
Gl 321.3 49.8 08 43 19 -54 31.5 0.082   164.6                     5
Gl 321.3 49.8 08 43 26 -54 30.9 0.08   164                     11
Gl 321.3 49.8 08 43 26 -54 30.9 0.08   164                     13.5
NN 3514 60 08 44 22 +61 20.5 0.585   136.9          m          15.17
NN 3515 46 08 47 13 +53 05.1 0.259   248          m          15.4
Gl 322 57.4 08 47 34 +66 19.1 0.142   43.6 -20.9  dM0         9.28
NN 3516 43 08 47 52 +35 00.7 0.061   240.4          G0         7.6
Gl 323 54 08 48 02 +08 03.1 0.06   270 -10  dM0  pJ     9.77
Gl 323 54 08 48 02 +08 03.1 0.06   270                     9.9
GJ 1114 61 08 48 57 +18 18.9 0.893   265.6          M2         11.54
Gl 324 76.4 08 49 37 +28 31.4 0.528   243.9 27.2   G8 V       5.95
Gl 324 76.4 08 49 42 +28 30.5 0.538   243.7 25.2   M3.5       13.14
GJ 1115 45 08 50 40 +35 25.0 0.35   213.1 44.7  dM0         9.3
Gl 325 88.4 08 50 44 +70 59.4 1.386   255.2 44.3   K5 V       8.7
Gl 325 88.4 08 50 44 +70 59.4 1.407   254.1 44.3   K6 V       8.9
NN 3517 116.8 08 51 07 -03 17.9 0.576   250.2          m          18.8
Gl 326 68.7 08 51 42 -12 55.6 0.622   148.2          M6   J     12.52
Gl 326 68.7 08 51 42 -12 55.6 0.622   148.2                     12.8
Gl 327 88.6 08 51 50 -05 14.6 0.414   273.6 31.8   G3 V       6
Gl 328 64.3 08 52 32 +01 45.1 1.066   176.7 -3.1  dM1         9.99
Gl 329 65.3 08 52 47 -24 12.3 0.38   290.8 63.3   K2/3 III   8.66
NN 3518 82 08 53 10 -23 40.8 0.596   274.4          m          14
NN 3519 41 08 53 47 -54 46.3 0.092   153.1 -2   F6 V       5.71
Gl 330 65.5 08 54 21 +11 50.7 0.335   186 -12.1  dM5         10.6
NN 3520 72.8 08 54 39 +73 09.4 0.893   90.4          m          14.32
NN 3521 41 08 55 10 -71 24.4 0.544   334.2          m          14.5
GJ 1116 191.3 08 55 27 +19 57.4 0.874   267.7 -34   m          14.06
GJ 1116 191.3 08 55 27 +19 57.5 0.874   267.7          m          14.92
Gl 330.1 39.1 08 55 44 +20 44.6 0.677   105.6 -50.8  dK5         9.26
Gl 331 71.3 08 55 48 +48 14.4 0.5   242.4 9   A7 IV      3.14
Gl 331 71.3 08 55 48 +48 14.4 0.5   242.4 15  dM1   J     10.8
Gl 331 71.3 08 55 48 +48 14.4 0.5   242.4                     11
GJ 1117 49.2 08 56 11 +33 08.8 0.314   271         DQ6         15.18
NN 3522 224 08 56 14 +08 40.4 0.459   134.2          k          10.89
NN 3523 60 08 56 23 -15 56.5 0.318   49 120.8   F6 V       5.83
GJ 1118 62 08 56 58 -31 01.0 1.005   136.6 50   k-m        13.8
GJ 1119 96.6 08 57 11 +46 47.3 0.712   221          m          13.32
Gl 332 66.3 08 57 24 +41 58.9 0.506   240.2 27.1   F3 V       4.11
Gl 332 66.3 08 57 24 +41 58.9 0.506   240.2          G5 V       6.18
NN 3524 50.7 08 57 26 +48 38.0 1.13   193.3          k-m        14.13
NN 3525 46 08 57 34 -27 37.2 0.068   219.7 63.2   G5 V       6.87
Gl 333 72.8 08 57 52 -47 15.0 0.847   323.6 22   M3         12.19
Gl 333.2 42 08 58 11 +05 26.6 0.305   230 -37.1  dM4         12.34
Gl 333.2 42 08 58 13 +05 26.4 0.305   230 -37  dM4         12.68
Gl 333.1 53 08 58 11 -58 53.5 0.327   327.5 11.4   F3 V       5.16
NN 3526 98.3 08 58 19 +68 15.2 0.419   31          m          12.65
GJ 1120 55 08 58 31 +15 28.0 0.343   201.5 -12   K5         9.43
GJ 1120 55 08 58 31 +15 27.9 0.388   196.7 -12.7   K5         9.49
NN 3527 49 08 58 36 +02 08.4 0.384   258          k          11.82
NN 3528 60 08 59 37 +08 40.1 0.6   106.2          k          11.75
NN 3529 41 09 00 26 +73 27.1 0.56   215.7         DC9         16.97
Gl 333.3 49.4 09 01 40 -66 11.8 0.099   179 5.9   A5 V       4.01
NN 3530 54 09 02 29 +03 02.0 0.306   278          m          11.61
NN 3531 50 09 03 31 +13 03.8 0.392   224          m          13.31
Gl 334 74 09 04 20 -08 36.5 0.376   305.8 37.1  dM0         9.51
NN 3532 43 09 04 24 +66 47.8 0.317   118          m          12.96
NN 3533 82 09 04 49 -21 56.4 0.513   215.9          k-m        14.3
NN 3534 45 09 05 21 +51 48.5 0.142   255.8 -0.1   A m        4.48
Gl 334.1 48.6 09 05 22 +73 36.9 0.318   210 -27   K7         10.17
Gl 334.2 52 09 05 47 +34 05.2 0.222   237.6 26.8   F9 V       5.93
Wo 9286 41.5 09 05 51 +26 50.2 0.396   199.8 10.4   G5 IV      5.99
Gl 335 54 09 06 01 +67 20.4 0.099   188.1 -2.9   F7 IV-V    4.84
Gl 335 54 09 06 01 +67 20.4 0.099   188.1          K2 V       8.44
GJ 1121 45.9 09 06 14 +40 18.7 0.806   223.8          m          14.55
NN 3535 33 09 06 26 -10 33.2 0.383   253.2          G4         7.15
Wo 9287 34 09 06 26 -25 38.2 0.331   268.1 36.1   G1 V       6.77
Wo 9287 34 09 06 26 -25 38.2 0.331   268.1                     13
Gl 336 47.2 09 06 29 +33 01.9 0.639   210.3 9.9  dM2         9.96
NN 3536 39 09 06 46 +84 23.1 0.669   308.5 -28.7   m          11.92
NN 3537 42 09 07 00 +06 54.                          M4  e      13.35
NN 3538 44 09 07 16 +05 24.5 0.084   236.8          K4         8.38
Gl 336.1 44.2 09 08 11 +46 49.4 0.39   267         dM0         10.94
NN 3539 45 09 09 02 +49 24.9 0.191   195.7          G5         7.68
Gl 336.2 45.2 09 09 03 -45 06.2 0.18   278 18.1   K0 V       9.78
Gl 336.2 45.2 09 09 03 -45 06.2 0.18   278 26.5   K0 V       10.3
NN 3540 62 09 09 06 +28 07.1 0.484   203.8          m          12.29
Gl 337 45.6 09 09 34 +15 11.9 0.58   293.8 50.2   K0 V J     7.25
Gl 337 45.6 09 09 34 +15 11.9 0.58   293.8                     7.3
Gl 337.1 56 09 10 25 +61 37.9 0.033   191.3 -14.6   F9 V       5.13
Gl 338 162.5 09 10 59 +52 54.1 1.662   249.6 13.7   M0 Ve      7.62
Gl 338 162.5 09 11 01 +52 54.2 1.69   246.9 14.7   M0 Ve      7.71
Gl 338.1 41.6 09 11 57 +77 27.2 1.055   269.5 -4   K5   J     10.67
Gl 338.1 41.6 09 11 57 +77 27.2 1.055   269.5                     11
Gl 339 48.9 09 12 17 +04 39.0 0.106   279.8 16.2  dK5         8.04
Gl 339.1 96.7 09 12 29 +53 38.9 1.55   223.5         DXP7        13.85
NN 3541 40.7 09 12 36 +54 13.8 0.075   39.3 -18.7   A5 V       4.83
Gl 339.3 62.5 09 13 45 -37 12.2 0.022   105.6 5.8   F5 III     4.62
NN 3542 64.8 09 14 02 +58 38.9 1.134   180.6          m          15.11
NN 3543 80 09 14 05 -18 25.0 0.339   297          M2         10.75
NN 3544 39.3 09 14 06 +00 56.3 0.093   258.3          F6 III-IV  6.71
Gl 340 58.2 09 14 56 +28 46.7 0.516   174 -19.1   K3 V       7.86
Gl 340 58.2 09 14 56 +28 46.7 0.516   174          K3 V       8.1
NN 3545 59 09 15 22 -61 52.3 0.923   314.4          m          12.7
NN 3546 52 09 15 25 +27 31.2                         K5         9.55
NN 3547 42 09 15 29 +62 16.2 0.425   217.2          m          11.28
NN 3548 50 09 15 51 +26 58.1 0.382   210          k-m        11.77
NN 3549 50 09 15 46 +26 58.8 0.382   210          m          16
GJ 1122 49.6 09 16 12 +38 44.0 0.25   272          m          14.52
GJ 1122 49.6 09 16 12 +38 44.1 0.25   272          m          14.67
NN 3550 87 09 16 33 +73 19.8 0.996   249.8          m          15.02
Gl 340.1 28 09 16 36 -68 28.7 0.108   247 32.3   F4 V       6.13
Gl 340.1 28 09 16 36 -68 28.7 0.108   247                     6.13
NN 3551 47 09 16 44 -57 34.0 0.484   346.7 24   K7 V       9.52
Gl 340.2 40 09 16 54 +01 06.6 0.199   225 47.5   K0         8.16
NN 3552 48.3 09 17 22 +26 56.9 1.007   120.8 -7   m          15.56
GJ 1123 123 09 17 32 -77 37.0 1.023   139.3 0   m          13.1
Gl 340.3 44 09 18 16 -05 32.4 0.373   251.4 36.5  dK8         9.09
NN 3553 60.8 09 18 21 +03 35.8 1.178   163.2          m          13.33
NN 3554 58 09 18 36 +43 43.3 0.309   250          m          14.02
GJ 1124 54.1 09 19 17 +40 25.2 0.507   223 -43   K2 V       7.63
Gl 341 99.4 09 20 24 -60 04.2 0.879   282.6 36.2   M0 V       9.5
Gl 341.1 58.1 09 21 06 +80 48.2 0.446   179.1 -21.4   K5         9.3
NN 3555 59 09 21 19 +00 21.4 0.3   227          M3:        11.54
Gl 342 48 09 21 35 +76 09.1 0.36   254.9 -5.9  dK5  e      9.03
Gl 343 23 09 22 49 +18 53.5 0.538   236 1   M2         13.43
NN 3556 48 09 24 07 +50 52.4 0.228   235          m          11.93
Gl 343.1 44 09 24 20 +39 43.5 0.19   133 -21  dK8  e      9.84
NN 3557 49 09 25 12 +13 58.1 0.067   232          G5         7.81
Gl 344 54 09 25 18 -05 51.1 0.24   251 55.9   G2 V J     5.8
Gl 344 54 09 25 18 -05 51.1 0.24   251 53.7              6.6
Gl 346 49 09 26 24 -09 02.8 0.05   158         dM0         10.52
Gl 347 59.8 09 26 25 -07 08.5 0.692   193.8 8.5   M3.5       12.08
Gl 347 59.8 09 26 28 -07 08.5 0.692   193.8          m          15
Gl 348 70.4 09 26 37 -02 33.0 0.134   104.2 10.8   F6 V       4.6
Gl 348 70.4 09 26 37 -02 31.9 0.146   103.1 11.5   K0         7.18
NN 3558 54 09 26 53 +39 50.7 0.244   145          m          12.13
Wo 9299 45 09 27 07 -05 09.2 0.489   274.3          K7         9.74
Gl 349 88.6 09 27 19 +05 52.4 0.519   281.9 27.6   K3 Ve      7.2
NN 3559 39.8 09 27 37 +63 16.9 0.111   76.8 -10.4   F0 IV      3.67
GJ 1125 98.4 09 28 12 +00 33.0 0.79   228.3 -40   M3.5       11.71
GJ 1126 45 09 28 20 -31 53.2 0.331   344.6          K3 V       8.38
GJ 1126 45 09 28 20 -31 53.2 0.393   349          g          13.08
Gl 351.1 49.3 09 28 44 +20 30.8 0.8   178.5          M3         12.2
Gl 351 64.2 09 28 44 -40 14.8 0.201   290.1 8.8   F3 IV      4.12
Gl 351 64.2 09 28 44 -40 14.8 0.201   290.1          F0 IV      4.65
Gl 352 107.9 09 28 53 -13 16.1 0.731   85.4 7.3   M3   J     10.81
Gl 352 107.9 09 28 53 -13 16.1 0.731   85.4                     10.8
Gl 353 65.5 09 28 54 +36 32.9 0.584   200.9 20.1  dM2         10.19
Gl 354 69.1 09 29 31 +51 54.4 1.095   240.4 15.3   F6 IV      3.17
Gl 354 69.1 09 29 31 +51 54.4 1.095   240.4                     13.8
Gl 354.1 53 09 29 50 +27 12.8 0.292   209.6 9.3  dG9         7.01
Gl 354.1 53 09 29 54 +27 13.2 0.274   210          m          16.5
Gl 355 52 09 30 01 -10 57.8 0.253   274.1 10.9   K0         7.82
Gl 355.1 40.4 09 30 06 +70 03.1 0.098   319.3 -28.1   G4 III-IV  4.56
Gl 355.2 50.6 09 30 54 -20 53.6 0.027   293.6 16.3   K0 IV      5.01
NN 3560 51 09 31 26 +61 28.0                         M3         11.95
Gl 356 87 09 32 40 +36 02.2 0.775   251.4 14.9   G8 V       5.41
Gl 356 87 09 32 40 +36 02.2 0.775   251.4                     13
Wo 9303 40 09 33 12 +37 45.2 0.105   224          K5         11.02
NN 3561 40 09 33 38 -05 53.3 0.78   245.1          m          14
Gl 357 111.6 09 33 43 -21 25.4 0.915   169.4 -78   M3 V       10.92
NN 3562 47 09 33 57 +40 48.2 0.188   244          m          14.03
GJ 1127 50 09 34 22 +22 55.3 0.231   219.3 -36.9  dM0         9.48
Gl 358 97.6 09 37 49 -40 50.7 0.663   305 142   M3         10.75
Gl 359 82.2 09 38 11 +22 15.5 0.672   135.1          M4         14.23
Gl 360 74.1 09 38 22 +70 15.9 0.727   246.4 6.9   M3         10.57
Gl 361 80.3 09 38 30 +13 26.4 0.648   253.5 11.4  dM2  e      10.37
Gl 362 90 09 38 39 +70 16.3 0.727   246.4 6   M3         11.22
Gl 363 69.3 09 38 57 +56 13.2 0.89   235.7          M3.5       12.5
GJ 2074 58 09 39 21 +07 11.0 0.044   201         DA7         14.9
Gl 364 82 09 39 59 -23 41.4 0.476   302.6 35.2   F9 IV      4.93
Gl 365 50.5 09 40 17 +42 55.9 0.837   177.8 -12.1   K5 V       8.12
NN 3563 62 09 40 17 -19 00.2 0.52   243.6          M3         11.96
NN 3564 76 09 41 05 +27 12.1 0.603   260.8          M3         12.05
NN 3565 43 09 41 18 -06 49.7 0.441   187.5         DA9         16.41
Gl 366 63.5 09 41 42 +76 17.3 0.991   173.2 -27.8   M1.5       10.62
GJ 1128 161 09 41 57 -68 40.3 1.12   356.8 -21   m          12.78
Gl 366.1 52 09 41 58 -27 32.4 0.059   301.2 24   F6 V       5.45
Gl 366.1 52 09 41 58 -27 32.4 0.059   301.2          F8 V       5.6
GJ 1129 98 09 42 32 -17 58.8 1.633   264 9   m          12.6
Gl 367 108.8 09 42 37 -45 32.3 0.746   217.3 60   M3         10.11
NN 3566 61 09 43 40 -04 12.0 0.547   287.6          m          14.15
NN 3567 81 09 44 30 +60 29.5 0.888   257.3          M2         12.73
NN 3568 54 09 44 53 +13 10.4 0.246   340          m          13.38
Gl 368 75.3 09 45 22 +46 15.3 0.242   113.1 5   G0.5 Va    5.09
NN 3569 43.9 09 46 55 +53 29.2 0.268   265         DQ6         15.2
Gl 368.1 45 09 47 02 -52 23.1 0.358   312.5 4.4   K1 V       7.93
Gl 368.1 45 09 47 02 -52 23.1 0.358   312.5                     12
Gl 369 84.8 09 48 40 -12 04.5 1.791   143.4 62.2  dM2         10.04
Gl 370 103.2 09 49 05 -43 15.7 0.649   135.2 -9.6   K5 V       7.64
Gl 371 39.4 09 49 37 +03 27.4 0.44   270.7 21.5  dM0  p      8.86
NN 3570 52.7 09 50 04 +03 22.0 0.06   239 13   K4         10.58
Gl 372 98 09 50 41 -03 26.9 0.471   191         dM0         10.54
NN 3571 98 09 51 09 +21 10.6 0.506   320.7          m          14.05
GJ 1130 50 09 51 17 -31 30.9 0.204   228.9          M0 V       10.21
GJ 1130 50 09 51 17 -31 30.9 0.204   228.9                     14.42
Gl 373 98.3 09 52 29 +63 02.0 0.658   207.3 14.9  dM1         9
NN 3572 57 09 52 45 +35 36.1 0.238   190          M4         12.73
NN 3573 62 09 53 40 +22 53.5 0.536   239.9          m          14.2
Gl 374 32 09 54 09 -40 32.9 0.156   243.6 57   K4 V       9
NN 3574 50 09 54 38 +41 17.7 0.122   256.1 -8.9   F6 Vas     5.14
NN 3575 41.2 09 55 00 +24 47.5 0.391   220 124  DA6         15.09
NN 3576 46 09 55 19 +12 02.9 0.467   249.8          m          14.66
NN 3577 45 09 56 13 +44 05.0 0.228   199          m          13.89
NN 3578 45 09 56 15 +44 05.0 0.228   199          m          14.16
Gl 375 69.1 09 56 34 -46 10.7 0.676   136.1 44   M3.5       11.27
NN 3579 47 09 56 35 +47 26.8 0.281   163          m          14.09
Gl 375.1 44.7 09 57 02 -49 45.8 0.14   282 38              11.68
NN 3580 48 09 57 13 +24 47.6 0.237   259.5 13.4   K0 V       7.9
Wo 9309 41.8 09 57 28 -50 21.3 0.18   289          g-k        12.1
Gl 376 64.5 09 58 08 +32 10.2 0.684   230.5 55.8   G2 Va      5.35
Gl 377 73.3 09 59 01 -30 09.5 1.297   297.9 60   M3         11.43
GJ 2077 46 09 59 08 +14 55.9 0.314   274 -140  DC7         15.37
Gl 378 68 09 59 14 +48 21.1 1.571   203.8 -9.8  dM2         10.07
NN 3581 40 09 59 14 -15 11.0 0.248   279.3          K3 V       8.64
Gl 378.1 38 09 59 23 +44 49.3 0.29   250.9 33.5  dK8         9.04
NN 3582 56 09 59 59 +15 13.9 0.279   150          m          14.23
NN 3583 46 10 00 58 +06 12.4 0.659   257.8          m          13.17
NN 3584 42 10 01 56 +05 48.5                         M0         12.66
NN 3585 39 10 03 43 +41 57.8 0.557   217.2          M0         11.32
GJ 1131 56.3 10 04 09 +69 29.4 0.872   269.6          m          14.34
Gl 378.2 53 10 04 22 +03 12.6 0.11   218 -15.4  dM0  e      9.95
Gl 378.3 47.8 10 04 29 +35 29.4 0.052   91.3 -17.6   A7 V       4.48
Wo 9315 41 10 04 48 -14 03.7 0.123   166          K7 V       10.19
NN 3586 75 10 06 19 +51 32.4 0.927   209.3          k-m        13.47
Gl 379 54.2 10 06 24 +75 23.0 0.349   40 -48.9  dK6  eJ     10.18
Gl 379 54.2 10 06 24 +75 23.0 0.349   40                     10.3
Gl 379.1 46.7 10 07 22 -35 36.7 0.442   271.2 36.8   F8 V       6.15
Gl 379.1 46.7 10 07 22 -35 36.7 0.442   271.2                     10.9
Gl 379.2 22 10 07 40 -36 30.8 0.488   319.1 111.1   G3 V-VI    8.08
Gl 380 213.2 10 08 19 +49 42.5 1.454   248.9 -25.4   K2 Ve      6.59
NN 3587 42 10 08 48 +35 33.6 0.281   150          M4         14.5
Gl 381 117.3 10 09 31 -02 25.8 0.829   142 40  dM0         10.63
Gl 382 116.7 10 09 46 -03 29.7 0.28   214.1 7.7  dM2         9.27
Gl 383 70.4 10 09 47 -18 22.2 0.525   270.1 -1.7   K7 V       9.94
Gl 383.1 38 10 10 44 +52 45.9 0.773   173.9 -24.8  dM0         9.53
NN 3588 45 10 10 52 -35 29.8 0.532   292.7          M3.5       12.95
Gl 384 29 10 10 56 -47 13.8 0.269   302.7 0.3   G8 V       8.27
Gl 384 29 10 10 56 -47 13.8 0.269   302.7                     10.9
Gl 385 56.6 10 10 59 -84 52.4 0.01   158                     10.22
Gl 385.1 53.7 10 11 12 -32 47.1 0.376   279.4 41.9   G1 V       6.38
Wo 9321 16 10 11 15 -07 08.2 0.192   275.2 14.6  dF6         7.21
Wo 9322 26 10 11 32 +03 24.3 0.473   150 -24   G1 V       7.76
GJ 2079 59 10 11 35 +21 19.7 0.23   204 10.1  dM0  e      10.2
NN 3589 46 10 11 45 +21 25.1 0.166   237.5 16.8   F9 V       6.03
NN 3590 55 10 12 15 +31 40.2 0.239   183          m          13.6
GJ 1132 58 10 12 54 -46 54.7 1.137   292.2 -1   k          13.5
NN 3591 39 10 12 57 -82 37.8 0.556   303.7          k          11.07
NN 3592 90 10 13 12 -55 55.  0.136   298 11  DZ9         15.1
Gl 386 89.7 10 14 20 -11 42.2 0.744   213.9 -20  dM0         10.98
Gl 387 60.8 10 14 30 +23 21.5 0.429   255.1 37.5   F8 Vbw     5.82
Gl 387 60.8 10 14 30 +23 21.5 0.429   255.1 38.4   M1         11.4
NN 3593 46 10 15 50 +44 18.2 0.308   168.5 -8.3   G5 V       6.65
NN 3594 46 10 16 06 -26 14.9 0.053   133.2 29.8   K0 V       7.94
Gl 388 203.9 10 16 54 +20 07.3 0.506   264 12.3   M4.5Ve     9.4
Gl 388.1 50.9 10 17 01 +19 43.5 0.328   226.7 6.1   F6 IV      4.81
NN 3595 39 10 17 33 +49 33.0 0.382   253          m          13.16
Gl 388.2 30 10 18 25 -15 13.9 0.359   320.7 82.8   F8 V       7.18
Wo 9326 48 10 19 13 +41 29.0 0.178   219.6 -6.5   F7 V       5.77
GJ 1133 61.4 10 19 37 +63 42.6 0.276   44         DA7         14.71
NN 3596 34 10 20 03 +15 35.9 0.282   248.1 19.4  dG2         7.28
Wo 9327 41.8 10 20 33 +65 49.2 0.027   200 -2.6   A0 p       4.97
Gl 389 55 10 20 37 -59 55.1 0.557   141.2 24.7   M3         10.72
Gl 389 55 10 20 37 -59 54.9 0.557   141.2          m          12.63
NN 3597 43 10 21 37 -29 23.6 0.105   336.5          G5 V       6.94
NN 3598 45 10 21 40 +12 12.5                         M0         12.46
Gl 389.1 36 10 21 45 -10 08.9 0.403   132         dK8         10
NN 3599 59 10 22 44 +26 39.0 0.537   212.4          k-m        13.19
Gl 390 79.9 10 22 44 -09 58.6 0.722   276.1 7   M1.5       10.17
NN 3600 51 10 22 57 +50 42.6 0.627   214.4          k-m        13.52
NN 3601 51 10 22 58 +50 42.8 0.627   214.4          m          13.68
Wo 9329 42 10 23 18 -44 38.2 0.17   295                     11.19
Gl 391 58.4 10 23 24 -73 46.6 0.033   207 -4.7   F2 IV      4
Gl 392 51.9 10 24 59 +49 03.2 0.886   175 -6.8   F9 V       6.44
Gl 392 51.9 10 24 59 +49 03.2 0.886   175                     12.5
Gl 392.1 45.5 10 25 10 +82 48.9 0.087   286.8 4.2   F2 V       5.26
NN 3602 48.6 10 25 21 +48 29.8 0.633   102.9          m          13.25
NN 3603 39 10 25 43 -06 20.5 0.468   232.2 28.2   K0 V       7.86
NN 3604 52 10 25 53 +32 29.6 0.511   292.9          m          13
NN 3605 55 10 26 00 +00 14.9                        DA          13.83
Gl 393 136.2 10 26 23 +01 06.4 0.949   218.2 8.3  dM2.5       9.64
Gl 394 72.1 10 27 14 +56 15.4 0.185   258.1 9.1   K7 Ve      8.69
Gl 395 78 10 27 26 +56 14.3 0.181   258.8 8.6   F8 V       4.84
NN 3606 50 10 27 32 +60 00.7 0.528   237.1          K4         8.77
NN 3607 48 10 27 35 +33 06.0 0.555   229.4          M6  e:     12.72
Gl 396 53 10 28 15 +84 39.4 0.056   11.3 9   K0         7.3
Gl 397 67.6 10 28 27 +45 47.5 0.822   225.4 23.9   K7 V       8.86
Gl 397.1 57 10 28 30 +57 22.2 0.251   325 -2  dM0  e      9.65
Gl 397.1 57 10 28 17 +57 20.5 0.251   325          m          16.2
NN 3608 43 10 28 39 -21 23.1 0.429   144          K7 V       10.68
NN 3609 43 10 28 39 -21 23.1 0.429   144                     13.13
Gl 397.2 51 10 29 25 -53 27.7 0.467   295.8 21   F6 V       4.89
Wo 9333 41 10 30 35 -41 12.4 0.1   96                     11.12
NN 3610 49 10 31 32 +46 33.8 0.411   257          m          13.13
NN 3611 49 10 31 28 +46 34.0 0.411   257          m+         15.5
NN 3612 75.6 10 32 04 +69 43.0 1.752   250.5          k-m        11.93
Gl 398 73 10 33 28 +05 22.7 0.642   278.1 21  dM4  e      12.6
Gl 398.1 46 10 34 03 -11 57.7 0.727   158.7 -6.2   F7 V       5.71
NN 3613 44 10 35 30 +48 47.4 0.216   248          m          13.49
NN 3614 69 10 36 32 -20 25.8 0.628   330.3         DQP9        16.46
Gl 399 88.5 10 37 12 -06 39.7 0.725   261.2          m          11.3
GJ 1135 75 10 38 52 -36 37.9 0.252   133.4          M0 V       9.97
GJ 1134 96.2 10 38 53 +37 52.6 1.505   256.1 10   m          12.98
GJ 1136 56 10 39 35 -36 22.2 0.169   291.9          K7 V       10.19
GJ 1136 56 10 39 35 -36 22.2 0.169   291.9                     11.67
NN 3615 48 10 41 08 -28 48.0 0.242   249          K1 V       7.74
GJ 1137 44 10 42 02 -33 18.7 0.176   216.8 41.7   K2 V       8.3
NN 3616 44 10 42 06 +32 40.5 0.213   277          m          13.55
NN 3617 44 10 42 08 +32 40.2 0.213   277          m          15.5
Gl 400 81.5 10 42 30 +38 46.4 0.16   346.5 -3.2  dM2         9.3
Gl 400 81.5 10 42 30 +38 46.4 0.16   346.5 -4.1              12.2
NN 3618 222.8 10 42 40 -60 57.2 1.657   348.1          m          13.92
Gl 401 77.3 10 43 19 -18 50.5 1.98   250.5 36   M1         11.03
Gl 401 77.3 10 43 19 -18 50.5 1.98   250.5         DQ9         16.5
NN 3619 43 10 43 27 +09 57.9 0.288   201          m          13.55
NN 3620 40 10 44 13 -24 19.2 0.146   233.8          K5 V       9.39
NN 3621 53.1 10 44 38 +21 45.7 0.397   260 35.3   K5         10.13
NN 3622 221 10 45 41 -11 03.1 1.644   158.5 -7   M6.5       15.6
NN 3623 42 10 45 51 +19 25.0 0.246   109          m          13.45
NN 3624 40.9 10 46 29 +05 18.7 0.624   216.6          m          19.11
GJ 1138 102.4 10 47 00 +35 49.5 1.231   213.2          m          13.02
NN 3625 63 10 47 30 -79 12.0 0.505   244.6          m          13.45
NN 3626 42 10 47 39 +33 22.3 0.629   171.1          m          13.07
NN 3627 40 10 47 42 +52 03.9 0.203   267.5          G5         8.33
NN 3628 40 10 47 40 +52 00.9 0.203   273          m          14.1
Gl 402 145.1 10 48 19 +07 05.1 1.15   225.1 -0.9  dM5         11.65
NN 3629 45 10 48 33 +36 23.4 0.182   265          m          13.46
Gl 402.1 46.8 10 49 29 +00 06.5 0.262   168.5         dK8         10.2
Gl 403 83.7 10 49 30 +14 15.7 1.126   279.6         dM3         12.67
NN 3630 60 10 49 31 +00 48.6 0.287   273          m          13.85
NN 3631 46 10 49 41 +06 11.1 0.639   257.8          m          14.4
Wo 9336 37 10 50 39 -20 21.5 0.314   210.7 -13.1   G3/5 V     7.05
GJ 1139 35 10 50 40 +76 19.9 0.465   287.5 -24.4   K4         9.65
Gl 403.1 51 10 51 03 -19 52.1 0.255   162.6 -3.8   F6 V       5.23
Gl 404 57.2 10 51 12 -44 08.7 0.265   270.9 6.4   F8 IV-V    8.09
Gl 404.1 57 10 51 27 -58 35.2 0.074   70.2 8.1   K1 III     3.78
Wo 9340 41.7 10 51 50 -30 53.3 0.351   198.9 92.5   G2 V       8.35
Gl 405 61.4 10 52 53 +56 18.0 0.548   283.1          M1.5       12.72
NN 3632 50 10 53 05 -09 05.8 0.528   329.5          M4         13.54
NN 3633 63 10 53 55 +07 39.4 0.263   253          K0         7.34
Gl 406 418.3 10 54 06 +07 19.2 4.696   234.6 13   M6         13.45
Gl 406.1 41.4 10 54 21 +69 51.8 0.638   275.3 7  dM0.5       10.28
GJ 1140 83.3 10 55 07 -07 15.4 0.816   274         DA6         14.31
Wo 9342 53.6 10 55 28 +48 33.6 0.1   145         dM0         10.52
NN 3634 56 10 56 14 -30 52.5 0.531   261.4          m          11.95
NN 3635 44.7 10 56 24 +30 31.5 0.631   238.4          m          15.36
Gl 407 71.9 10 56 40 +40 41.9 0.324   279.2 11.6   G0 V       5.05
Gl 408 144.6 10 57 25 +23 06.3 0.465   239.9 3   M3         10.02
NN 3636 49 10 58 12 +12 20.                          M5  e      15.96
NN 3637 71.9 10 58 41 +03 16.8 1.103   112.3          m          14.07
NN 3638 48 10 58 47 +15 17.0 0.329   179.7 -56.4   G8         7.66
Wo 9343 46.3 10 58 50 +56 39.1 0.086   69.8 -12   A1 V       2.37
Gl 409 55.5 10 59 29 -17 41.2 0.02   207                     11.87
GJ 1141 68.4 10 59 38 +16 47.4 0.196   152         dM0         11.51
GJ 1141 68.4 10 59 38 +16 47.4 0.196   152         dM0         11.63
Gl 410 90.9 10 59 57 +22 14.2 0.152   112.8 -13.9  dM2  e      9.6
NN 3639 51 11 00 24 +36 55.3 0.185   280          m          13.67
Gl 411 397.3 11 00 37 +36 18.3 4.807   186.8 -84.3   M2 Ve      7.48
NN 3640 44 11 01 29 +40 16.5 0.229   248          K5         10.74
NN 3641 42 11 02 43 +45 16.9 0.27   139          m          11.11
NN 3642 40.3 11 02 55 -27 01.4 0.19   267.4 19.1   F3 IV   J  5.63
Gl 412 188.8 11 03 00 +43 47.0 4.528   282.1 68.8   M2 Ve      8.74
Gl 412 188.8 11 03 02 +43 46.7 4.531   281.9          M6  e      14.4
NN 3643 55 11 03 04 +10 31.0 0.919   139.1          M3.5       12.4
Gl 412.1 53.7 11 04 29 -62 09.2 0.041   281.3 -2   G8 III     4.62
Gl 412.2 49.5 11 05 31 -29 54.1 0.526   254.8 12.7   G2 V       6.54
GJ 1142 50 11 05 34 -04 57.2 0.422   184         dM6         12.56
GJ 1142 50 11 05 28 -04 52.9 0.422   184 15.4  DA3         12.92
Gl 412.3 54 11 05 43 -27 59.8 0.496   267 14.9   K7 V       9.33
NN 3644 40 11 07 07 +02 43.6 0.283   276.5 7.7   G5         7.68
Gl 413.1 102.1 11 07 07 -24 19.3 0.911   240.5 -5   M3         10.44
Wo 9350 40.5 11 07 20 -42 11.2 0.396   132 8   K1         9.74
NN 3645 41 11 07 26 -10 00.9                         M0 V       10.54
NN 3646 46 11 08 03 +48 13.7 0.586   210.6          m          14.52
Gl 414 73.2 11 08 20 +30 43.2 0.614   109.8 -15.4   K8 V       8.33
Gl 414 73.2 11 08 18 +30 43.2 0.618   110.2 -15   M2 V       9.98
Gl 414.1 61 11 08 35 +43 41.7 0.766   236.9 -10.5   M3         11.47
Gl 414.1 61 11 08 35 +43 41.7 0.766   236.9 -19   M3         11.82
Gl 415 43 11 08 43 -10 41.2 1.067   302.4 40   K4         9.24
Gl 416 54.8 11 09 01 -14 42.7 0.925   129.3 -9.8   K4 V       9.05
NN 3647 82 11 09 09 +33 48.4 0.203   299         dM4         12.38
Gl 416.1 52.3 11 09 12 -22 33.1 0.105   179.9 6.4   A2 III     4.48
NN 3648 45 11 09 33 -25 51.8 0.279   105 56.7   G8/K0 V    7.05
Gl 417 44 11 09 49 +36 05.3 0.302   236.6 -3.2   G0 V       6.41
NN 3649 68 11 10 00 +19 12.4                         M1         10.77
Gl 418 56 11 10 39 +04 45.3 0.32   261.7 20.8   K5 V       8.69
NN 3650 50 11 10 40 +00 30.7 0.471   240          K7         10.24
Gl 419 45.6 11 11 27 +20 47.9 0.196   133.4 -20.2   A4 V       2.56
NN 3651 44 11 11 53 +25 58.9 0.117   292.2 2   K1 V       7.76
Gl 420 81.6 11 11 57 +73 44.8 0.417   284.9 8.1  dK5         7.68
Gl 420 81.6 11 11 57 +73 44.8 0.417   284.9 8.6   M2         11.4
GJ 1143 51 11 12 21 -22 49.6 0.45   215.3          K4 V       8.98
GJ 1143 51 11 12 21 -22 49.6 0.45   215.3                     13.5
NN 3652 57 11 12 33 +19 44.0 0.476   162.6          m          12.89
Gl 421 63.6 11 12 50 -17 51.7 0.754   169.3 5   K7 V       9.97
Gl 421 63.6 11 12 51 -17 51.6 0.754   169.3 18   K7 V       10.04
Gl 421 63.6 11 12 46 -17 50.6 0.754   169.3 18   M3.5       13.64
NN 3653 42 11 13 01 +55 36.2                         M0         11.22
Gl 421.1 26 11 13 12 +53 02.7 0.171   72.6 -42.1   F6 V       6.5
Gl 421.1 26 11 13 12 +53 02.9 0.191   73.6 -42.4   F9 V       8.03
GJ 1144 53 11 13 52 -14 25.1 0.227   245          K7 V       10
Gl 422 76.7 11 14 03 -57 17.5 2.733   294.9 -72   m          11.65
NN 3654 64 11 14 13 -27 40.3 0.951   211.7          M4         13.7
GJ 1145 58 11 14 40 -27 32.4 0.186   122.5          M0 V       9.79
Wo 9356 32 11 14 42 -01 42.5 0.567   268.1 4  dK6         9.78
Gl 423 96 11 15 31 +31 48.6 0.727   216.2 -15.9   G0 Ve      4.33
Gl 423 96 11 15 31 +31 48.6 0.727   216.2 -13.6   G0 Ve      4.8
Gl 423.1 44 11 15 47 -04 47.5 0.81   101.4 13.1   G8 V       7.29
Gl 424 114 11 17 29 +66 07.0 2.961   273.6 60   M1 V       9.31
Gl 425 63.5 11 18 57 -20 10.7 0.233   126.6 7.4   K4/5 V  J  8.74
Gl 425 63.5 11 18 57 -20 10.7 0.233   126.6          m          11
GJ 1146 54 11 19 06 +06 26.1 1.749   206          k-m        13.58
Gl 426 40 11 19 12 +18 27.9 0.183   235.4 -4.1   K0         8.03
Gl 426 40 11 19 12 +18 27.9 0.183   235.4          K7         10.7
NN 3655 70.2 11 19 20 -12 56.6 0.515   261 30   M8         19.57
NN 3656 43 11 19 21 +47 11.1 0.265   232.4          K6         9.8
GJ 2084 68 11 19 37 -24 30.2 0.089   249.6          K4 V  J    9.08
NN 3657 57.7 11 20 33 +26 10.4 1.059   252          m          15.14
NN 3658 41 11 20 37 +45 05.2 0.315   248          m          12.74
GJ 2085 48 11 21 13 +08 50.1 1.036   278.4 58  dM1         11.18
NN 3659 60 11 21 29 -18 05.3 0.616   266.7          M3         13.05
Gl 427 74.2 11 21 39 +21 38.1 1.05   270.2 51  DA7         14.24
NN 3660 44 11 22 13 +78 32.6 0.678   248.9          M2.5       12.15
NN 3661 44 11 22 01 +78 33.7 0.678   248.9          M3         12.65
NN 3662 44 11 22 18 +40 16.7 0.122   254 4  dM0         10.33
Gl 428 90.9 11 22 29 -61 22.4 0.49   277.1 4.7   K7 V       7.5
Gl 428 90.9 11 22 29 -61 22.4 0.49   277.1 4.5   M0 Ve      8.3
NN 3663 40.9 11 23 33 -63 41.8 0.318   257.3 -5   F7 V +F7V  5.17
Gl 429 60.4 11 24 13 +03 17.1 0.747   283.6 3.8   K0 IV      6.5
Gl 429 60.4 11 24 14 +03 16.7 0.745   284.7 1.7   K2 IV-V    7.58
NN 3664 43 11 25 04 +04 15.2 0.095   288         dM0         10.68
Gl 429.2 41.8 11 25 26 -08 53.7 0.994   148.6          M2         12.37
NN 3665 43 11 26 08 +48 30.3 0.074   327.7          G5         7.89
NN 3666 63.8 11 26 23 +10 26.8 0.929   306.5          M3         12.56
NN 3667 114 11 26 42 +18 33.2                        DC8         13.79
Gl 429.3 51.1 11 27 28 -51 23.3 0.358   283.4 7   F6 V       7.38
Gl 429.4 50 11 28 18 -56 51.5 0.557   272.7 -2.7   K4 Ve      8.33
Gl 430 48 11 28 22 +63 26.0 0.06   81 -6  dM0         10.02
NN 3668 78 11 28 35 -14 39.6 1.393   164          m          14.29
Gl 430.1 56.7 11 29 08 +22 56.5 0.58   270 -5.1  dM1  e      10.3
NN 3669 41 11 29 10 +14 38.6 0.383   240.1 -4.2   G0 V       6.2
NN 3670 41 11 29 10 +14 38.6 0.383   240.1 -10.3   K6 IV      9.22
Gl 431 94.3 11 29 23 -40 46.3 0.717   290.1 -78   M3.5       11.52
Gl 431.1 43.9 11 29 32 +61 21.6 0.076   180.5 -47.9   F6 V       5.74
Gl 431.1 43.9 11 29 32 +61 21.6 0.076   180.5          G3 V       7.1
Wo 9367 38 11 31 48 +03 20.3 0.214   239.6 3   F6 V       5.77
Gl 432 101.7 11 32 03 -32 34.0 1.061   320.8 -22.6   K0 V       5.98
Gl 432 101.7 11 32 04 -32 34.1 1.061   320.8          m          15
NN 3671 47 11 32 09 -23 35.6 0.681   245.9          M1         11.17
NN 3672 60 11 32 33 -05 22.0 0.994   161.6          m          15.1
NN 3673 59 11 32 55 +39 12.3 0.701   252.3          m          13.11
Gl 433 90.5 11 32 58 -32 15.1 0.831   185.1 28   M2 V       9.83
NN 3674 45 11 34 00 +39 28.3 0.588   131.9 -42   K5         10.03
Gl 433.1 45 11 34 28 +30 04.6 0.15   262         DA3         12.5
NN 3675 50 11 34 43 +82 05.2 0.429   90          m          11.77
NN 3676 42 11 34 55 +58 59.5 0.37   240          m          12.57
GJ 1147 50 11 36 03 -41 05.6 0.961   274.5 28   k          13.79
Gl 433.2 40 11 36 07 +45 23.1 0.6   271.3 -17.3   G0 V       6.45
Gl 433.2 40 11 36 06 +45 23.1 0.581   268.8 -18.9   K2 V       8.4
NN 3677 51 11 36 08 -12 55.6 0.135   36.4 -23.8   F7 V       5.48
NN 3678 50 11 36 21 +42 36.0 0.454   343.2 14.8   K5 V       8.26
NN 3679 75 11 36 29 -24 26.4 0.248   172.8 96.7   G6/8 V     6.41
Gl 434 116 11 38 25 +34 29.0 0.386   181.9 -5.9   G8 Ve      5.33
Gl 435 79.8 11 38 37 -44 07.9 0.695   289.4 13.3   K5 Ve      7.77
NN 3680 31.7 11 38 39 -28 55.3 0.382   302.8 -12.1   G0 V       6.44
GJ 1148 89.1 11 39 09 +43 01.8 0.612   258.8          M3.5       11.9
Gl 435.1 45 11 39 14 +05 25.5 0.446   152.3 19   K5         9.6
NN 3681 60 11 39 28 +15 03.0 0.37   312          M3.5       12.58
Gl 436 98.8 11 39 31 +26 59.8 1.08   135.5 9.7  dM3.5       10.67
NN 3682 53 11 40 48 +25 34.9 0.204   256          m          13.83
Gl 438 119 11 40 49 -51 33.3 0.86   128.6 0.5   K0         10.36
NN 3683 41 11 41 04 -57 44.0 0.353   3.5          K1 V       8.21
Gl 439 44 11 42 04 +31 14.5 0.386   184.2 28.6  dK8         8.96
Gl 440 218.5 11 42 58 -64 33.5 2.667   97.2         DQ6         11.5
GJ 1149 47 11 43 03 +63 22.9 0.381   202         DC9         16.39
Gl 441 48 11 43 08 +72 22.3 0.05   9.5 -25.1  dK8         9.02
Gl 443 82 11 44 08 -13 43.6 1.035   132.6 -128   M3         11.69
Gl 442 97.1 11 44 08 -40 13.7 1.587   284.4 15.3   G5 V       4.9
Gl 442 97.1 11 44 09 -40 13.4 1.592   284.4                     15
NN 3684 59 11 44 23 +70 18.7 0.365   263          m          13.6
GJ 1150 45 11 44 23 +51 15.4 0.12   138 1.8  dM0  p      9.62
Gl 444 45 11 44 32 -11 32.7 0.21   254.8 23  dK8         9.02
Gl 444 45 11 44 32 -11 32.7 0.21   254.8                     14.2
Gl 445 191.5 11 44 35 +78 57.7 0.863   55.5 -112.2 sdM4         10.8
Gl 446 54 11 44 45 -30 00.3 0.353   229.4 11.8   G5 V       6.48
NN 3685 64 11 45 08 +00 32.0 0.303   253          m          13.25
NN 3686 64 11 45 09 +00 31.8 0.303   253          m          17.6
Gl 447 301.1 11 45 09 +01 06.0 1.348   152 -31.1  dM4.5       11.12
NN 3687 49 11 45 33 -34 56.8 0.165   247.5 -0.1   G5/6 V     7.09
NN 3688 44 11 45 49 -11 00.5 0.836   268.9          k          12.9
Gl 448 78.9 11 46 31 +14 51.1 0.511   256.5 -0.2   A3 V       2.14
Gl 449 98.8 11 48 05 +02 02.8 0.789   110.4 4.3   F9 V       3.61
GJ 1151 121.8 11 48 29 +48 40.1 1.821   237.5 -34   m          13.25
Gl 450 123.5 11 48 33 +35 32.8 0.35   321 0.5   M1 Ve      9.73
GJ 1152 44.6 11 49 02 +35 28.1 0.11   255.7 -9.3   G7 IV      9.64
NN 3689 63 11 49 48 +10 13.5 0.356   286.1 10.7   K0         7.54
NN 3690 63 11 49 45 +10 17.6 0.34   289          m          15
Gl 451 116 11 50 06 +38 04.7 7.053   145.4 -99.1   G8 VI      6.45
Gl 451 116 11 50 06 +38 04.7 7.053   145.4                     12
NN 3691 54 11 50 24 +24 45.3 0.298   282          m          14.6
Gl 452 82.2 11 50 43 -07 05.3 0.538   198.3 26.7   M3         11.87
Gl 452 82.2 11 50 44 -07 05.4 0.538   198.3          f          19.4
NN 3692 60 11 50 45 -31 07.1 1.14   263.1          M4         13.61
NN 3693 70.6 11 51 18 +07 17.3 0.955   159.8 -60   M6  :      17.89
Gl 452.1 96.1 11 51 34 +10 05.7 0.785   173.9          M3.5       12.77
Wo 9376 39 11 51 54 -51 06.7 0.34   314          G5         10.97
Gl 452.2 28 11 51 55 -37 28.3 0.316   280.8 -11.5   F7 V       6.75
Gl 452.2 28 11 51 55 -37 28.3 0.316   280.8                     8.1
Gl 452.3 26 11 51 59 +19 41.4 0.445   267.9 5.9  dG6         8.22
Gl 452.3 26 11 52 02 +19 42.4 0.444   268.4 5.7  dG7         8.43
Gl 452.4 42 11 52 22 +29 01.2 0.361   145 -7   M0 Ve      10.52
Gl 452.5 33 11 52 29 -55 48.9 0.299   131.8 51.1   G5 V       7.29
Gl 452.5 33 11 52 29 -55 48.9 0.299   131.8 55.7              7.7
Wo 9381 48 11 52 36 +01 15.1 0.741   272.4          M1.5       11.5
NN 3694 45 11 53 09 -18 37.6 0.602   120.6          m          14.3
NN 3695 48 11 55 01 +12 06.2 0.729   288          M2.5       11.86
Gl 453 101.9 11 55 27 -27 25.2 1.246   240.1 49.9   K5 V       6.98
NN 3696 56 11 55 43 +42 51.5 0.405   161          m          14.08
NN 3697 42 11 56 27 +42 56.3 0.326   285          m          12.07
GJ 1153 50 11 56 36 -20 04.2 0.454   161.7 -12   K2 V       7.94
NN 3698 58 11 58 09 -13 32.5 0.487   268.8          M3         12.74
NN 3699 58 11 58 08 -13 32.5 0.487   268.8          m          15
Gl 454 78.2 11 58 10 -10 09.7 0.501   168.1 0.1   K0 IV      5.55
Gl 454.1 47.2 11 58 35 -01 27.4 0.508   295.2          K4         10.96
NN 3700 50 11 59 07 -11 57.0 0.253   199          M5-6       12.34
Gl 454.2 27 11 59 13 -34 22.3 0.191   272.1 -4   G0 V    J  7.35
Gl 454.2 27 11 59 13 -34 22.3 0.191   272.1                     8.1
Gl 454.3 46 11 59 47 +43 25.1 0.017   253 5.5   K0 V       8.38
Gl 455 49.3 11 59 48 +28 52.0 0.791   268.3          M3         12.84
NN 3701 37.1 12 01 04 -42 08.7 0.349   111 38.9   F6 V       5.15
NN 3702 62 12 01 27 -32 44.8 0.763   275.4          M4.5       14
NN 3703 40.4 12 02 40 +09 00.6 0.226   280.8 -32.2   G8 IIIa CN 4.13
NN 3704 76 12 03 03 +69 49.1 0.479   262          M4         13.07
Gl 455.1 42 12 03 17 -18 35.4 0.297   163          K5 V       9.99
Gl 455.2 51.6 12 04 15 -64 20.1 0.057   137.9 9   F2 III     4.15
Gl 455.3 70.7 12 05 50 -24 27.0 0.099   116.4 2.9   F2 III-IV  4.02
Gl 456 69.1 12 05 52 -00 12.2 0.969   265 4.9  dM2         11.24
Wo 9390 44 12 06 53 -11 34.6 0.355   118.8 4   G2 V       6.81
Wo 9390 44 12 06 55 -11 34.5 0.355   118.8 2.8   K5         9.2
NN 3705 47 12 07 01 -03 16.5                        DA4         13.5
NN 3706 46 12 07 07 +40 31.9 0.321   259.6 0.6   K0 V       7.47
Gl 456.1 52 12 07 20 -45 55.7 0.382   255.9 -4.2   K5 V       8.45
Gl 456.1 52 12 07 23 -45 54.8 0.39   258          m          13.25
NN 3707 112 12 07 31 -14 47.0 0.72   184          m          12.06
Wo 9393 44 12 08 26 +41 20.0 0.229   355.7          M2 V       10.67
NN 3708 74 12 08 38 -19 40.8 0.255   231          M2:        11.68
NN 3709 74 12 08 43 -19 41.5 0.255   231          m          12.62
NN 3710 49.4 12 08 58 +57 41.1 0.54   130.4         DA9         15.79
NN 3711 44 12 08 59 +53 42.1 0.222   232.1 4.3   K2         8.03
NN 3712 44 12 08 58 +53 41.9 0.22   231.9 -4   K3         8.23
Wo 9394 41.4 12 09 29 +13 32.7 0.495   207.7 95   F6 V-VI    10.18
Gl 457 44.7 12 09 36 +59 12.3 0.093   90.6 -15  dM0         10.04
NN 3713 45 12 09 40 +49 06.0 0.36   143          m          12.91
Gl 458 75.1 12 09 50 +54 45.7 0.244   70.3 -17.6  dM1.5       9.79
Gl 458 75.1 12 09 51 +54 45.9 0.244   70.3          m          13.33
Wo 9395 23 12 09 52 -06 04.7 0.41   221          K3         9.96
NN 3714 50 12 09 57 +39 57.3 0.239   130          M2 V       11.41
Gl 458.1 46.5 12 09 57 -02 48.7 0.725   303.7 14.3   G4 V       7.43
NN 3715 36 12 10 24 +10 19.2 0.412   149.4 -8.8   G8 V       7.92
Wo 9397 35 12 10 50 +16 58.7 0.669   228.5          M1.5       11.96
NN 3716 147.5 12 10 53 +10 32.4 0.094   261.4 2.3   A2 m       5.85
GJ 1154 118.2 12 11 46 +00 54.2 0.985   253          m          13.73
NN 3717 41 12 11 54 +24 52.4 0.363   175          m          12.16
Gl 458.2 54 12 12 41 +49 00.7 0.23   257 -16.4   M2 V       10.52
Gl 459 56.5 12 12 58 +57 18.6 0.102   87.3 -13.4   A3 V       3.3
NN 3718 40 12 12 59 +39 27.9 0.319   280          m          11.89
Gl 459.2 44 12 14 14 +44 40.8 0.032   187.6 -53   K4 V       9.18
GJ 1155 46 12 14 20 +03 14.6 0.706   292.5 5 sdM3         13.28
GJ 1155 46 12 14 20 +03 14.6 0.706   292.5         DA s        15.32
NN 3719 51 12 14 28 +31 26.1 0.09   251 -34  dM4-5e      14.15
Wo 9403 33 12 15 21 +46 54.1 0.456   257.3 16  dM1.5e      11.5
NN 3720 65 12 16 15 +30 02.5 0.408   213          m          16.32
GJ 1156 152.9 12 16 32 +11 24.0 1.301   279.1         dM   e      13.81
Gl 459.3 49.8 12 16 56 +28 39.5 0.655   274.6 -1   M2 V       10.63
Gl 460 59.4 12 17 47 +26 16.7 0.147   275.8 7.2   F0 IV      6.15
Gl 461 63 12 17 52 +00 51.7 0.09   103 4.1   M0 V       10.1
Gl 462 79.5 12 19 25 +42 25.1 0.548   162.7 15.4   M0 Ve      9.45
NN 3721 36 12 19 53 +25 27.0 0.715   254.7          M0         11.38
GJ 1157 69 12 20 26 -46 20.7 0.798   245.5 42   k          13.62
Gl 463 55.5 12 20 45 +64 18.2 0.681   300 7.7   M3         11.58
NN 3722 79 12 21 13 +67 28.0 0.24   120          m          11.25
Gl 464 49.3 12 21 21 +12 51.6 0.188   171.9 6.6  dM2         10.39
Gl 464.1 53.2 12 22 01 +31 33.4 0.207   276.1 -4.4   G6 IV      8.78
Gl 465 112.1 12 22 13 -17 56.0 2.532   154.7 58  dM4         11.28
NN 3723 54.7 12 22 25 -03 56.7 0.258   213.8 47   G5         8.1
NN 3724 39 12 22 31 +23 40.1 0.327   201          m          16.58
GJ 2092 83 12 23 48 -65 56.0 0.186   182 55  DA/F        13.97
NN 3725 42 12 24 44 +27 18.3 0.27   161 1   K3 V       8.89
NN 3726 42 12 24 27 +27 17.8 0.227   156         dM5  e      14.88
Gl 468 46 12 25 55 -18 01.1 0.267   139.3 2.7   K4 V       9.22
NN 3727 83 12 26 19 -10 23.3 0.281   273          M2         10.96
NN 3728 83 12 26 18 -10 23.3 0.281   273          g          11
Gl 469 78 12 26 27 +08 42.4 0.7   245.7          M3.5       12.06
NN 3729 70 12 26 37 +42 00.6 0.284   221          m          12.9
Wo 9407 20 12 26 39 -30 33.6 0.41   142.1 16.2   K0 V       9.06
GJ 1158 65 12 26 49 -55 42.8 1.25   231.9 -27   M4         13.27
GJ 1159 45.9 12 26 58 +53 49.2 1.232   275.1          m          14.21
GJ 1159 45.9 12 26 58 +53 49.5 1.232   275.1 -89   M5.5-6     18
NN 3730 46 12 26 58 +23 16.4 0.18   268         dM5         14.18
Gl 469.1 50.3 12 27 10 -03 03.0 0.672   210 0.1   G8 V       9.03
NN 3731 60 12 27 22 -05 10.6 0.605   239.2          M3.5       13
NN 3732 60 12 27 22 -05 10.6 0.605   239.2          M3.5:      14.25
Gl 469.2 47.4 12 27 30 -13 07.0 0.253   260.7 1.9   G0 V    J  6.46
Gl 469.2 47.4 12 27 30 -13 07.0 0.253   260.7                     9.2
Gl 471 66.8 12 28 46 +09 05.6 0.829   230 19  dM1         9.7
GJ 1160 44 12 28 57 +55 23.7 0.108   93.2 -5   K2 V       8.12
Gl 471.2 54.8 12 29 29 -15 55.2 0.432   261.9 -0.8   F0 IV      4.3
NN 3733 41 12 29 54 +31 52.3 0.477   294.3          m          13.22
NN 3734 47 12 29 56 +20 40.0                         M4         12.9
Gl 472 76.3 12 30 39 -68 28.5 0.629   240.5 0.3   K0 V       7.13
Gl 473 232.2 12 30 51 +09 17.6 1.811   277.4 -553.7  dM5.5eJ     13.04
Gl 473 232.2 12 30 51 +09 17.6 1.811   277.4          M7         13.3
Gl 474 53.8 12 31 20 +33 39.6 0.009   195.5 -42.3   K0 III     6.24
Gl 475 114.7 12 31 22 +41 37.7 0.764   292.2 6.6   G0 V       4.27
NN 3735 42 12 31 25 -14 21.8 0.531   265.6 9.7   K3/4 V     9.05
Gl 476 69.4 12 32 30 +10 06.5 0.516   235.7 32.6   M3         11.42
GJ 1161 62 12 32 54 -34 36.3 0.228   250.5          K4 V       7.91
GJ 1161 62 12 32 58 -34 37.7 0.228   251                     11.91
Gl 477 78.8 12 33 15 -45 39.2 0.71   186.5 -12   M1         11.1
Gl 478 29 12 33 45 -76 40.7 0.849   265 -106   m          11
NN 3736 43 12 33 50 -04 06.1 0.504   254.3          M3: V      13.1
Gl 479 121.1 12 35 11 -51 43.6 1.035   271.4 3   M3         10.67
Gl 479.1 34 12 35 44 +79 29.4 0.129   274.4 -18.4  dG2  e      6.96
GJ 2095 60.4 12 36 02 -49 32.5 0.573   257 -12  DA6         13.96
NN 3737 139 12 36 10 -38 04.9 1.487   207.2          M4         12.74
GJ 1162 50.5 12 36 15 -04 02.8 0.74   253.1          m          13.52
Gl 480 80.2 12 36 25 +11 58.4 1.163   258.5 -4.4  dM4         11.52
GJ 2096 49 12 36 40 -77 34.4 0.9   293.1 24.3   K5 V       9.05
NN 3738 48 12 36 41 +47 18.9 0.368   101          m          12.14
NN 3739 47 12 37 16 +25 47.4 0.224   229          m          14.81
Gl 480.1 81 12 38 08 -43 18.4 1.047   311.7 -44   M3.5       12.24
Gl 481 66.7 12 38 35 +15 39.4 0.417   163.9 24.5   K4         7.96
Gl 482 98.7 12 39 07 -01 10.5 0.568   270.8 -19.9   F0 V       3.46
Gl 482 98.7 12 39 07 -01 10.5 0.568   270.7 -19.6   F0 V       3.52
NN 3740 57 12 39 15 -71 21.4 0.706   269.2          k-m        13.5
NN 3741 44 12 39 16 +48 31.0 0.273   135          m          11.66
NN 3742 44 12 39 17 +48 31.0 0.273   135          m          14.8
NN 3743 44 12 39 27 +55 59.9 0.119   91.4 -6.3   K3 V       8.29
NN 3744 51 12 40 59 +78 09.4 0.803   304.5          m          15.84
GJ 1163 54 12 41 09 +25 22.8 0.343   262         dM4         12.96
Gl 483 63.1 12 41 59 +52 02.1 0.432   245.6 10.6   K3 V       7.04
Gl 484 63.5 12 42 38 +39 33.0 0.392   291.6 80.7   G0 V       5.95
NN 3745 46 12 43 32 +53 11.7 0.252   281          m          14.42
NN 3746 47 12 43 55 -11 32.4 0.287   280.8 -16.8   G5 V       6.87
NN 3747 52 12 44 37 -03 17.9 0.504   269.8          M3         12.63
NN 3748 61 12 44 45 +46 54.2 0.814   250.1          M2.5       11.76
Gl 485 37 12 44 54 +31 29.4 0.247   177.3 -1.6   K4 V       9.84
Gl 486 115.6 12 45 29 +10 01.9 1.077   246.8 18.8  dM4         11.38
GJ 1164 48 12 45 32 -24 32.2 0.35   299.1          K4/5 V     9.02
GJ 1164 48 12 45 31 -24 32.0 0.368   295.2          K7         10.04
NN 3749 41 12 45 50 +47 30.3 0.573   161.1          m          13.65
GJ 1165 50 12 45 54 -15 26.9 0.093   60.9          K2 V       7.94
NN 3750 54 12 46 05 +58 36.8                        DC8 :       15.56
Gl 486.1 60 12 46 21 +25 06.8 0.358   251.9 -8.7   G7 V       6.31
Wo 9417 36 12 46 29 +60 35.5 0.109   95.8 -12   F6 V       5.85
Gl 487 116.2 12 47 04 +66 23.0 0.437   258 -3.1   M3         10.9
NN 3751 39.7 12 47 04 +09 44.8 0.431   276.3          M3.5       13.07
NN 3752 26 12 47 12 +01 28.3 0.646   186.7 2.7   G8 V       8.16
NN 3753 66 12 47 52 +55 22.3 0.046   267.5         DA4         12.31
NN 3754 40.2 12 47 56 +55 04.5 1.286   192.2         DC9+        17.82
Wo 9418 20 12 48 05 +71 27.6 0.26   230 -76.5   K8         10.08
NN 3755 40 12 48 09 +27 11.9 0.263   227          m          14.14
Gl 488 83.1 12 48 10 -00 29.4 0.402   185.6 6.1   M0.5Ve     8.49
GJ 1166 40 12 48 57 +22 22.5 0.187   294 19  dM4         12.97
GJ 1166 40 12 49 02 +22 23.3 0.187   294 15  dM3-3.5     14.28
Wo 9420 31 12 50 26 +34 00.5 0.187   267.9 10.8   K1 V       9.42
Wo 9421 36 12 50 37 -03 16.9 0.265   268.4 -7.1   F5 V       6.11
Gl 488.1 54.1 12 50 40 -39 54.4 0.066   114.1 -2.5   A7 III     4.26
Wo 9423 42.8 12 52 11 -43 52.7 0.312   224.7 32   G1 V       5.88
Gl 488.2 27 12 52 22 -06 03.9 0.365   235.4          K5         10.42
Gl 488.2 27 12 52 21 -06 03.7 0.292   238          m          17
NN 3756 49.4 12 53 41 +51 12.3 0.82   162.7          m          14.4
Gl 489 61.7 12 55 07 -14 11.6 0.349   274.6 5.1   K4 V       9.12
Gl 490 47.4 12 55 19 +35 29.8 0.26   244 -6.9   M0 Ve      10.68
Gl 490 47.4 12 55 18 +35 29.6 0.26   244 -2.8  dM4  e      13.2
Gl 491 42 12 56 28 -09 34.0 0.851   283.5 8   K0 V       7.56
Gl 491 42 12 56 28 -09 34.0 0.851   283.5                     12.5
NN 3757 52 12 56 55 +08 00.1 0.7   270.6          m+         16
NN 3758 61 12 57 30 -05 21.7 0.328   279          M3.5       12.54
Gl 492 63.9 12 57 38 +03 45.5 0.963   207.5         DC9         15.79
Gl 493 59.4 12 57 45 -02 26.1 0.814   269.9 -14.5  dM0.5       9.78
Gl 493.1 122.8 12 58 05 +05 57.1 0.973   284.4 -40  dM5  e      13.4
NN 3759 55 12 58 16 -62 55.3 0.556   221.5         dM2         10.95
Gl 494 89.9 12 58 19 +12 38.7 0.714   268.3 -11.1  dM1.5e      9.75
Gl 496 42 13 01 05 -20 18.9 0.141   84.3 26.7   F7 V    J  6.27
Gl 496 42 13 01 05 -20 18.9 0.141   84.3 28              6.4
Gl 496.1 49.3 13 02 04 -52 09.8 1.151   224.9 37.8   K9 V       9.06
NN 3760 59 13 03 12 +37 24.3 0.352   238          M4         11.72
Gl 498 43 13 03 29 +49 44.2 0.142   24.1 -3.3  dK8         9.3
Gl 499 58.3 13 03 49 +20 59.7 0.084   315.6 -1.8  dM0         9.44
Gl 499 58.3 13 03 49 +20 59.7 0.084   315.6 -2.5              14.9
Gl 499.1 43.5 13 03 57 +22 53.0 0.058   153.2 -5.1   M5 III     5.6
NN 3761 40 13 04 05 -77 02.5 0.063   141.2          K3 V       8.88
NN 3762 60 13 04 24 +31 08.0 0.502   159.9          m          15.48
GJ 2097 156 13 04 36 +21 05.0 0.082   241 -7   m          12.58
Wo 9427 42 13 05 15 +34 40.1 0.125   267.2 -10.2  dK8         9.34
Wo 9428 46 13 05 57 +17 14.3 0.103   255.5          M0         11.8
Wo 9429 45.6 13 06 19 +05 29.0 0.685   173.2 28.1   G5 IV      6.8
NN 3763 40 13 06 24 +16 38.2 0.541   252.5          m          12.99
NN 3764 62 13 06 27 -39 52.3 1.196   142.4          M3.5       12.86
NN 3765 52 13 06 45 +49 20.8                         M0         11.04
Gl 500 76.3 13 07 00 -21 55.3 0.379   155.8 -12.4   G6 V       7.36
GJ 1167 63 13 07 13 +29 15.2 0.379   240         dM5         14.18
Gl 501 51.7 13 07 33 +17 47.6 0.45   288.8 -11.6   F5 V       4.98
Gl 501 51.7 13 07 33 +17 47.6 0.45   288.8 -27.7   F5 V       5.17
Gl 501.1 46.9 13 08 18 +36 12.0 0.057   288.3 -14.9   F5 IV      8.16
NN 3766 50 13 09 00 +28 50.0 0.643   221.9          m          15.89
Gl 501.2 57.1 13 09 15 -37 32.3 0.39   276.3 -15   G3 V       4.85
NN 3767 41 13 09 24 +25 36.5 0.487   248.9          m          15.75
Gl 502 119.8 13 09 32 +28 07.9 1.189   317.7 5.1   G0 V       4.26
NN 3768 54.5 13 09 59 +85 18.6 0.331   137         DC9         16
Wo 9433 41.9 13 10 04 +74 07.2 0.305   279.3 -38.6   G2         9.34
NN 3769 53 13 10 10 -02 00.0 0.166   275.2          K0         7.56
NN 3770 67.6 13 10 11 -47 12.2 2.127   268.4         DC9+        17.05
GJ 1168 56 13 10 41 +20 27.2 0.619   283.9         dM          13.02
Gl 503 52.2 13 11 08 -58 50.2 0.296   237.7 -64.8   F7 IV      4.92
NN 3771 50.5 13 11 26 +56 56.7 0.017   182.8 -18.7   K2 II      7.97
Gl 503.2 36 13 11 34 +56 58.4 0.112   98.2 -8.9   G1  V      6.83
NN 3772 46 13 11 36 +04 09.8 0.728   271.7          m          13.48
NN 3773 43 13 12 38 -72 52.0 0.5   249.7          m          13.05
Gl 503.3 46.9 13 13 16 -19 40.7 0.326   110.9 34.2   K1 IV      5.22
GJ 1169 62.8 13 14 14 +28 08.0 0.749   285.8 -16   m          13.26
Gl 504 74.2 13 14 18 +09 41.1 0.388   299.8 -27.4   G0 V       5.2
Gl 505 84 13 14 22 +17 17.0 0.658   113.3 6.7   K1 V       6.59
Gl 505 84 13 14 22 +17 17.0 0.658   113.3 9   M1 V       9.6
NN 3774 44 13 14 28 +23 26.0 0.274   106          M2         11.69
NN 3775 68 13 15 30 +02 29.9 0.36   263          m          12.97
GJ 1170 46 13 15 41 +36 34.0 0.3   196 23  dM2         11.29
Gl 506 112.1 13 15 47 -18 02.0 1.515   225.1 -8.4   G6 V       4.74
NN 3776 54 13 16 33 +33 42.1 0.004   241.9          K1 V       8.13
Gl 506.2 19 13 16 45 +85 00.9 0.136   279.7 8.7  dF7         7.28
Gl 507 79.9 13 17 14 +35 23.0 0.873   154.6 -4.9  dM1.5       9.51
Gl 507 79.9 13 17 14 +35 23.0 0.873   154.6 -8.5   M3         12.1
NN 3777 57 13 17 17 -35 08.0 0.961   241.9          M3.5       12.8
Gl 507.1 50.6 13 17 22 +33 36.6 0.251   240 -11.8  dM2         10.62
Gl 508 103 13 17 36 +48 02.4 0.147   101 -3.3  dM1.5eJ     8.94
Gl 508 103 13 17 36 +48 02.4 0.147   101                     9.8
Gl 508.1 60.6 13 17 47 -36 26.9 0.353   255.4 0.1   A2 V       2.75
Gl 508.2 61 13 18 38 +34 32.7 0.593   119.1 -23  dM1         10.62
NN 3778 44 13 19 05 +04 01.7 0.504   265.9          m          11.9
NN 3779 72.5 13 20 36 +24 44.3 1.08   215.6          M3.5       12.93
NN 3780 79 13 20 55 -25 38.9 0.662   250.4          m          12.9
NN 3781 49 13 21 06 +02 58.9 0.185   1.4 28   G5 V       7.06
NN 3782 49 13 21 08 +02 59.0 0.19   359.5          G5 V       7.36
Gl 508.3 29 13 21 07 -13 46.8 0.763   239.2          K7         11.79
Gl 509 53.2 13 21 14 +29 29.7 0.539   295.7 -39  dM0         9.52
Gl 509 53.2 13 21 14 +29 29.7 0.539   295.7         dK6         9.8
Gl 509.1 49 13 21 26 +58 10.0 0.12   104.9 -6.6   M0 V       9.75
NN 3783 41.4 13 21 55 +55 11.2 0.121   102 -5.6  dA1  p      2.25
NN 3784 41.4 13 21 56 +55 10.9 0.119   106 -9.3   A1 m       3.95
Gl 510 71 13 23 04 -28 06.8 0.471   257.4 -14   M2.5       11.02
NN 3785 41 13 23 14 +55 14.9 0.115   98.5 -8.9   A5 V       4.01
Gl 511 33 13 23 56 -24 02.0 0.388   255.5 -10.9   K3 V       8.72
Gl 511.1 62 13 24 17 +63 31.0 0.457   299.3 -30.9  dG6         6.5
NN 3786 60 13 24 33 -30 55.0 0.614   256.6          M4         13.6
Gl 511.2 57.3 13 24 47 -15 42.9 0.123   279.4 -12.4   K1 III     4.75
Gl 512 83.8 13 25 46 -02 05.6 0.482   158.9 -41.6  dM4         11.32
Gl 512 83.8 13 25 46 -02 05.6 0.482   158.9          M4         13.69
Gl 512.1 112 13 25 59 +14 02.7 0.628   202.3 5.3   G2.5 Va    4.98
Gl 513 51.8 13 26 52 +11 42.9 1.228   165 40   M5         12.13
NN 3787 46 13 27 23 -51 47.7 0.684   236.3          m          13.1
Gl 514 138.7 13 27 27 +10 39.0 1.552   134.3 14.3   M1 V       9.05
Gl 514.1 67.4 13 27 29 -08 26.6 1.202   246.2          M4  :      14.25
Gl 515 61.6 13 27 40 -08 18.6 1.188   247.7 37  DA5         12.31
GJ 1171 69.1 13 28 08 +19 26.0 1.397   200.5                     14.73
NN 3788 47 13 29 08 -02 03.8 0.88   287.5 -53.3   G9 V       7.36
NN 3789 126 13 29 28 +29 32.0 0.278   235          M4  e      11.95
NN 3790 50 13 29 29 +23 38.7 0.282   279          m          12.26
Wo 9448 48.3 13 29 41 +31 23.4 0.141   281.4          M0 V       11.11
Wo 9448 48.3 13 29 41 +31 23.4 0.141   281.4                     11.3
Gl 516 63 13 30 18 +17 04.2 0.338   127 -1.9  dM3.5e      12.01
Gl 516 63 13 30 18 +17 04.2 0.338   127 -1.5  dM3.5e      12.3
GJ 2102 52.7 13 31 05 +08 50.5 0.515   280.1          K0         7.98
Wo 9450 35 13 31 36 -38 38.8 0.594   132.3 83.6   G4 V       7.29
NN 3791 56 13 31 40 -26 06.6 0.788   242.9          m          14
GJ 1172 57 13 31 49 +04 55.5 0.192   133.5 14  dM0.5       9.97
Wo 9452 35 13 31 52 +75 15.7 0.452   276.1 -35   K7         10.27
Gl 517 52 13 32 07 -08 05.1 0.293   250.5 -24   K5         9.31
NN 3792 36.9 13 32 10 -00 20.4 0.287   276 -13.2   A3 V       3.37
NN 3793 42 13 32 25 +20 27.1 0.181   164          m          13.77
GJ 1173 48 13 32 51 -00 08.2 0.235   14.1 10   K7 V       10.28
Wo 9453 31 13 34 01 +74 45.3 0.44   265.7 -3  dK5         9.79
Wo 9453 31 13 34 01 +74 45.3 0.44   265.7          k          13.47
Gl 518 122.2 13 34 13 +03 57.0 3.87   253.6         DZ9         14.65
Gl 518.1 27 13 34 29 +08 01.6 0.837   245.7          K4         10.02
NN 3794 42 13 34 33 +23 13.4 0.194   151          m          12.66
Gl 518.2 47.3 13 34 55 +30 20.3 0.166   282.2 3.6   G8 V       9.3
Gl 518.2 47.3 13 34 57 +30 20.4 0.171   281.1 3.8              10.51
Gl 519 101.9 13 35 13 +35 58.4 0.315   101 -15  dM1         9.04
Gl 520 44 13 35 49 +48 23.6 0.239   242 -28  dM0.5       10.17
Gl 520 44 13 35 49 +48 23.6 0.239   242                     11
Gl 520 44 13 35 38 +48 23.6 0.239   242          m          14.46
NN 3795 50 13 36 19 +26 04.9 0.601   278.4          M3         12.56
NN 3796 53 13 36 20 -02 00.5 0.29   255          M3         12.12
Gl 521 82.9 13 37 20 +46 26.0 0.402   353.3 -65.3  dM2         10.23
Gl 521.1 72.2 13 37 33 -03 56.4 0.627   322.2 5   K7         9.59
GJ 1174 62.1 13 38 08 +44 01.3 1.144   285.2 -42   M3         12.76
GJ 1175 60 13 38 10 -34 12.6 0.265   130.7          K1 V       6.98
NN 3797 45.1 13 38 13 +47 28.1 0.585   148.1          m          15.3
Gl 521.2 38 13 38 24 +50 46.3 0.143   294.8 -12   F7 V       6.33
Gl 521.2 38 13 38 26 +50 46.1 0.15   292 -13.6              10.46
NN 3798 44.8 13 39 00 +30 17.0 1.599   273.7          m          15.83
NN 3799 43 13 39 07 +15 04.5 0.253   284          k-m        12.09
Gl 522 48 13 39 22 +00 07.7 0.455   199.8 45.9   M0 V       9.74
NN 3800 82 13 39 30 -15 45.2 0.51   268.5          m          13.5
GJ 1176 45 13 39 53 -01 25.9 0.33   240.8          K7 V       9.28
NN 3801 94 13 40 29 +33 33.1 0.708   188.6          M3         11.97
NN 3802 51 13 40 33 +09 19.6 0.348   250          m          13.09
Gl 524 72.2 13 41 36 -53 51.  0.44   214          k          12.5
Gl 524.1 44.8 13 42 30 -04 22.1 0.227   239 4.5  dM1         10.53
NN 3803 41.1 13 42 35 +51 56.1 0.742   269          M3         12.3
Gl 525 79.6 13 42 39 +18 03.7 1.896   166.7 20.4  dM1         9.8
Gl 525.1 47 13 42 50 -32 47.5 0.486   252.1 -21.6   F3 IV      4.23
NN 3804 96 13 43 09 -17 42.6 0.623   210.2          M3.5       11.86
Gl 526 184 13 43 12 +15 09.7 2.325   129.8 16.1   M4 Ve      8.46
NN 3805 42 13 44 15 +57 15.3 0.257   316         DA3         13.3
GJ 1177 69 13 44 49 -32 10.9 0.102   105.9          K5 V       8.94
GJ 1177 69 13 44 50 -32 10.9 0.121   120.8                     9.12
Gl 527 74 13 44 53 +17 42.3 0.483   274.4 -16.1   F7 V       4.5
Gl 527 74 13 44 53 +17 42.3 0.483   274.4          M2         11
GJ 1178 50.3 13 44 59 +10 36.7 0.884   262.7         DA7         15.08
GJ 1179 83.4 13 45 58 +23 51.6 1.484   275.6         dM4  :      15.32
GJ 1179 83.4 13 45 48 +23 49.6 1.484   275.6         DC9         15.65
NN 3806 34 13 46 02 -35 27.2 0.554   250.8 3.5   G3 IV-V    6.57
NN 3807 34 13 46 02 -35 27.2 0.554   250.8 3.5   K4 :       10.14
NN 3808 61 13 46 17 +04 21.1 0.183   179          m          14.34
NN 3809 68 13 46 28 +03 02.6 0.298   145          M2:        11.19
Gl 528 85.1 13 46 47 +27 13.7 0.461   258.5 -20.7   K4 V       7.61
Gl 528 85.1 13 46 47 +27 13.7 0.461   258.5 -20.9  dK6         8.03
Gl 529 77.1 13 47 05 -21 51.4 1.826   254 -36.8   K6 V       8.17
NN 3810 48 13 47 58 -21 26.3 0.373   183          M2.5       12.72
NN 3811 50 13 48 03 -53 17.1 0.552   139.8          m          12.9
Gl 530 61 13 48 35 -24 08.4 0.647   243.3 2.1   G5 V       6.44
NN 3812 57 13 48 43 +36 59.0 0.441   282.6          M3.5       13.65
Gl 531 60 13 49 27 -50 40.5 0.595   265.4 -25   K1 V       7.38
GJ 1180 76 13 49 42 +26 53.0 0.052   244 -20.1              10.83
Gl 532 68.6 13 50 01 +50 11.9 0.448   109.1 -44.8  dM0  p      8.9
NN 3813 62 13 50 11 +14 40.2 0.311   171          M2         11.63
NN 3814 48 13 50 36 -09 01.6 0.451   134         DA6         14.6
Gl 533 71 13 51 02 +13 11.8 0.695   194.5 6  dM0         9.8
Gl 533.1 42 13 51 29 +65 52.5 0.565   255.9 -52.5   M1.5       11.83
NN 3815 64 13 51 34 +67 04.2 0.667   216.8          m          15.69
GJ 1181 71 13 52 12 -28 50.7 0.266   249.1          K7 V       9.59
Gl 534 104.7 13 52 18 +18 38.9 0.369   190 1   G0 IV      2.68
Gl 534.1 87 13 53 14 -54 27.4 0.229   188.8 4.6   G8 V       6
Gl 534.1 87 13 53 14 -54 26.  0.23   190                     13.8
NN 3816 53 13 53 32 -27 49.1 0.509   259.6          m          15.3
Gl 534.2 49 13 54 01 +79 05.7 0.254   294 0  dM1         10.61
Gl 534.3 24 13 55 43 -33 45.2 0.516   231.5 60.3   G5 V       8.17
NN 3817 76 13 55 49 +12 48.7 0.785   342.9          M3         12.26
NN 3818 39 13 56 11 +00 10.1 0.541   223.9          m          14.05
NN 3819 48 13 56 21 -23 18.9 0.344   261          f-g        14.93
NN 3820 112 13 56 27 -19 35.4 0.583   251.5          K2 :       13
Gl 535 46 13 57 00 +23 06.7 0.17   273.7 -57.4  dM0  p      9.03
Gl 536 95.1 13 58 31 -02 25.3 0.994   307.9          M1         9.7
Gl 536.1 34 13 59 34 +15 44.1 0.12   99 -10.5  dM0.5 J     11.25
Gl 536.1 34 13 59 34 +15 44.1 0.12   99 6              11.45
NN 3821 51 13 59 41 -20 45.9 0.628   125.3          M3.5       13.19
NN 3822 55 13 59 54 +13 55.9 0.14   131.5 -11  dM0.5       10.65
NN 3823 42 13 59 59 -24 17.7 0.545   318.4          M0.5       12.15
Gl 537 89.1 14 00 32 +46 34.9 0.585   94.5 -41.1  dM3  e      9.85
Gl 537 89.1 14 00 32 +46 34.9 0.585   94.5 -28  dM3  e      9.95
NN 3824 45 14 00 32 +15 12.9 0.051   272.3          G5         7.12
Gl 538 65.8 14 01 05 +11 01.8 0.322   163.8 -11.6   G8 V       6.3
Gl 538.1 50 14 03 31 -26 26.5 0.15   162.9 27.3   K2 III     3.27
Gl 539 58.5 14 03 44 -36 07.5 0.736   224.9 1.3   K0- IIIb   2.06
Gl 539.1 49 14 03 48 -74 36.9 0.299   306 -22.1   G1 V       6.02
NN 3825 37.4 14 04 49 +38 51.7 1.046   159.7          m          14.54
Wo 9468 42.5 14 06 27 -61 16.6 0.817   215.2 40.7   G9 V       9.68
Gl 539.2 44.5 14 06 34 -30 41.5 0.523   244.2 -12   M0         11.81
Wo 9470 40.1 14 08 07 +25 19.7 0.068   199.9 10.8   F8 IV      4.83
NN 3826 48.3 14 08 15 +76 05.0 0.5   312.4          M1         11.6
NN 3827 43 14 09 05 -12 22.5 0.306   236.9 7.6   K1 V       7.93
Gl 540 58.2 14 09 12 +80 50.4 0.577   157.7 7.4   M1  e      10.35
NN 3828 39.7 14 09 39 -00 21.2 0.739   290.1 -44   M3.5       12.97
NN 3829 39.7 14 09 40 -00 21.4 0.739   290.1          m+         21
Gl 540.1 46.7 14 09 54 -27 01.6 0.042   196.7 27   K2 III     5.09
NN 3830 51 14 10 10 -03 04.9 0.368   205.8          K1         7.03
Gl 540.2 86 14 10 26 -11 47.2 0.758   237         dM5.5e      13.86
Wo 9472 52 14 10 53 -06 43.6 0.219   47         dM0         10.16
NN 3831 40 14 11 38 -15 07.3 0.219   200          K4 V       10.4
NN 3832 40 14 11 34 -15 07.1 0.219   200          m          13.96
NN 3833 62.9 14 11 47 +30 26.9 0.433   294.1          K4         8.04
NN 3834 42 14 12 09 +23 41.9 0.483   203.4          m          13.5
Gl 540.3 48 14 12 28 -44 46.0 0.196   139 3.4   G4 V       6.31
NN 3835 43 14 12 32 +10 38.9 0.332   179          M2         12.37
GJ 1182 71.8 14 13 04 +04 54.0 1.06   225.3 4   m          14.3
NN 3836 61.3 14 13 23 +45 15.1 0.743   250.2          M2.5       11.6
Gl 541 91.2 14 13 23 +19 26.5 2.281   208.8 -5   K2 III ep  -0.1
Wo 9473 46.6 14 13 23 -05 45.8 0.436   181.1 14.6   F6 III     4.08
Wo 9474 37 14 14 24 +51 35.8 0.178   299.8 -18.7   A7 V       4.75
Wo 9474 37 14 14 26 +51 36.4 0.173   297.2 -20.8   K1 V       8.23
NN 3837 40.8 14 14 29 +46 19.0 0.247   309.7 -8.1   A0 p       4.18
NN 3838 55 14 14 39 +10 49.5 0.26 : 253          M2         11.52
NN 3839 115 14 14 55 +31 56.7 0.606   256.9          m          13.1
Gl 541.1 57 14 15 21 -07 18.5 0.351   131 -12.8   G8 V       6.47
NN 3840 58 14 15 26 -00 17.5 0.382   226          k-m        12.76
Gl 541.2 52 14 15 29 +45 40.5 0.041   113         dM0  p      10.25
Gl 542 104.9 14 15 30 -59 08.3 0.947   209.5 -14.9   K3 V       6.66
Gl 542.1 39 14 16 10 -25 35.4 0.507   313.2 -21   F5 V       5.87
Gl 542.1 39 14 16 10 -25 35.4 0.507   313.2                     13.3
Gl 542.2 41.8 14 16 20 -06 22.1 0.43   184.5 9.6   K5         9.1
Gl 543 54.1 14 16 36 -07 03.8 1.355   235.5 -97   M3         13.4
NN 3841 40.4 14 16 51 +13 14.0 0.11   108.2 -3  dF1         5.41
Gl 544 52.6 14 17 00 -04 55.2 0.643   258.5 -9.1   K1 V       7.58
Gl 544 52.6 14 17 00 -04 55.2 0.643   258.5          M4         15.1
Gl 545 91.1 14 17 29 -09 22.8 1.062   215.2 75   M4         12.9
NN 3842 49 14 18 02 +39 16.7                         M0:e:      12.31
Gl 545.1 47 14 18 20 -40 09.9 0.51   257.6 3.1   K3/4 V     9.02
NN 3843 59 14 18 40 -00 53.1 0.625   163.6          M3         13.15
NN 3844 43 14 18 51 +27 49.1 0.293   292          m          12.62
Gl 546 69.1 14 19 48 +29 51.7 0.711   243.3 -37.2   K8 V       8.55
NN 3845 43 14 20 19 -22 03.2 0.536   210.2          m          15
Gl 547 57.9 14 20 42 +01 28.5 0.528   155.1 -18.9   G1 V       6.27
NN 3846 66 14 22 27 +09 06.7 0.57   71.3          m          12.26
NN 3847 42 14 22 45 -20 02.4 0.57   286.9          m          14.7
Gl 548 63.7 14 23 24 +23 51.4 1.376   145 8.6  dM1         9.75
Gl 548 63.7 14 23 27 +23 51.6 1.373   144.7 7.7  dM2         10
Gl 549 81 14 23 30 +52 04.9 0.468   211.2 -11.4   F7 V       4.06
Gl 549 81 14 23 29 +52 03.7 0.471   210.8 -11.3   M3         11.5
Gl 550 30 14 24 10 -51 42.6 0.306   277.5 11.8   G5 V       7.83
NN 3848 58 14 24 44 +24 01.3                        DC8         15.41
GJ 1183 61.8 14 25 23 -00 09.2 0.412   283          m          13.95
GJ 1183 61.8 14 25 24 -00 09.1 0.412   283          m          14.03
GJ 2108 44 14 25 24 -81 07.0 0.45   208 58  DA6         13.75
Gl 550.1 25 14 25 31 +24 03.8 0.502   279.4 -59  dM0         10.92
Gl 550.2 44.6 14 25 37 -02 00.3 0.142   267.9 -10.1   G2 IV      4.83
Gl 550.2 44.6 14 25 37 -02 00.3 0.142   267.9 -8   G4 V       9
Gl 550.3 48 14 26 03 -46 14.3 0.18   196          K5         10.35
Gl 551 771.8 14 26 19 -62 28.1 3.809   281.7 -16  dM5  e      11.05
NN 3849 95 14 26 37 +33 24.6 0.802   206.2 -21  dM9         19.74
NN 3850 46 14 26 37 +12 20.6 0.127   303.9          G5         8.38
NN 3851 45 14 26 40 +46 07.8 0.907   275.6 -68   M5.5:      16.99
Gl 552 56.9 14 27 11 +15 44.2 1.711   321.8 7.5  dM2.5       10.68
Gl 552.1 61 14 27 30 -53 52.6 0.32   217          k-m        11.63
NN 3852 59 14 27 39 +42 01.2 0.272   144.9 0.4   G5 V       6.35
NN 3853 50 14 27 50 +29 47.7 0.516   206.3          m          14.66
Gl 553 66.1 14 28 12 -08 25.3 1.283   259.9 -26.8   K7 V       9.4
Gl 553.1 87 14 28 20 -12 04.1 0.538   227          M3         11.92
NN 3854 23 14 28 34 -15 24.8 0.43   150.2 29.2   G5 V    J  8.38
Gl 554 44 14 28 42 +35 40.3 0.525   290.7 -12  dK5         8.7
NN 3855 103.3 14 29 21 +59 56.2 0.825   282.4 21   M6.5       17.88
NN 3856 67 14 29 48 +16 14.1 0.18 : 108          m          13.61
GJ 1184 41.5 14 29 48 +11 34.2 0.219   21.3 -39.3   K5         9.69
NN 3857 47.7 14 30 01 +05 59.6 0.322   343         dM0         10.64
NN 3858 51 14 30 32 +49 52.4 0.595   259.6          m          13.26
Wo 9486 29 14 30 54 -09 42.5 0.561   206.9          K4         10.54
NN 3859 54 14 31 05 +81 01.9 0.142   211.4          G5         6.91
Gl 555 159 14 31 35 -12 18.6 0.69   330.3 9   M3         11.31
Gl 556 69.8 14 31 51 +53 07.4 0.31   321.7 11.5   K3 V       7.23
Gl 557 64.1 14 32 30 +29 57.7 0.227   55.6 0.9   F2 V       4.46
Gl 558 38.8 14 32 55 +33 57.7 0.788   287.1 -51.9  dM0.5       9.58
Gl 558.1 39 14 33 32 -67 42.7 0.448   229 -30   F8 V       6.04
NN 3860 67 14 33 33 +09 58.0 0.317   141.3 -15   K0         7.5
NN 3861 71 14 35 24 +58 34.4 0.907   137          m          11.74
NN 3862 45.6 14 35 54 +18 30.9 0.078   202.5 -14.4  gK2         5.91
Gl 559 749 14 36 11 -60 37.8 3.689   281.1 -26.2   G2 V       0.01
Gl 559 749 14 36 11 -60 37.8 3.689   281.1 -18.1   K0 V       1.34
NN 3863 45 14 36 37 -74 55.5 0.129   102.6          G5 V       6.73
Gl 559.1 26 14 37 56 +64 30.4 0.149   255.6 -23.1  dG0  e      7.54
Gl 560 54.2 14 38 26 -64 45.5 0.3   218.1 7.2   F0 Vp      3.19
Gl 560 54.2 14 38 26 -64 45.5 0.3   218.1 7   K5 V       8.47
Wo 9490 53.4 14 40 16 +19 41.5 0.324   235.1 -28.7   K5         9.74
Wo 9490 53.4 14 40 16 +19 41.5 0.324   235.1                     10
Wo 9490 53.4 14 40 09 +19 43.1 0.298   234 -28   K5         10.08
Wo 9491 45.5 14 40 25 -05 26.5 0.337   161.9 4.7   F2 III     3.88
Gl 561 52.6 14 41 09 +26 57.7 0.33   270 -77.4  dK0         9.67
Wo 9492 83 14 41 28 +66 16.1 0.332   261          M3         10.83
NN 3864 40 14 41 44 -22 02.3 0.363   200.9          K2/3 V     9.32
NN 3865 40 14 41 49 -22 01.8 0.346   198          k-m        16.3
Wo 9493 43.2 14 42 54 +17 10.5 0.083   232.3 -9   K0 III     4.6
Gl 561.1 31 14 43 06 -25 13.9 0.184   234.1 -19.7   F2 III-IV  5.1
Gl 561.1 31 14 43 07 -25 14.0 0.16   238.8 -20.6  dF9         7.14
Gl 562 65.8 14 44 03 +16 43.1 0.938   187.4 44.9   K5 V       9.25
NN 3866 69 14 44 41 -17 29.5 1.177   252.6         DC9         16.48
NN 3867 45 14 44 45 +02 54.8 0.281   256.4          G8 V       7.78
GJ 1185 50.5 14 45 21 -02 57.5 0.657   306.4          m          13.28
Gl 563.1 47 14 46 03 +38 40.6 0.176   209 -13.5  dM2         9.71
Gl 563.2 48 14 46 42 -25 53.8 1.217   260.7 22   M3         11.66
Gl 563.2 48 14 46 40 -25 54.0 1.217   260.7 44   M3         12.06
Gl 563.3 31 14 47 55 +07 01.3 0.603   265.3 -31.3   K2 V       9.08
Gl 563.4 48.6 14 47 55 -15 47.4 0.123   235.2 -23.5   F5 IV-V    5.15
Gl 564 69.7 14 48 02 +24 07.0 0.146   78.1 -2.7   G2 V       5.85
Gl 564.1 53.6 14 48 06 -15 50.1 0.129   236.6 -46.7   A3 IV      2.75
NN 3868 43 14 48 37 +09 55.7 0.225   283.4 -35.6  dG5         7.4
NN 3869 43 14 48 37 +09 55.6 0.225   283.4          k          8.9
Gl 565 67.3 14 48 50 -24 05.6 1.033   245.8 -65.4   K5 V       7.83
Gl 566 149.1 14 49 05 +19 18.4 0.171   127.2 2.2   G8 Ve      4.7
Gl 566 149.1 14 49 05 +19 18.4 0.171   127.2 3.1   K4 Ve      6.97
NN 3870 39 14 49 58 +00 22.6 0.32   163          M2         12.58
NN 3871 61 14 50 05 +12 36.0 0.233   194          k          11.61
NN 3872 41 14 51 03 +28 42.6 0.12   306.1 -43.7   K0 V       7.96
Gl 567 86.9 14 51 07 +19 21.2 0.497   295.9 -31   K2 V       6.02
GJ 1186 53.9 14 51 13 +11 47.0 0.733   174.5          m          15.29
Gl 568 93.9 14 51 41 +23 45.5 0.692   278.7 -35.7   M3.5 J     12.19
Gl 568 93.9 14 51 41 +23 45.5 0.692   278.7                     12.7
Gl 569 95.6 14 52 08 +16 18.3 0.335   108.4 -8.4  dM0  e      10.2
NN 3873 86 14 52 26 +35 45.8 0.838   169.3          M3.5       12.31
NN 3874 42 14 52 29 +10 09.1 0.514   216.8          M0.5       11.3
NN 3875 41 14 53 03 +41 20.8 0.266   301          m          14.67
NN 3876 65 14 53 34 +82 43.2 0.284   144.3 -44   F9 V       5.64
NN 3877 161 14 53 42 -27 57.1 0.965   210.1         dM8         17.05
Gl 569.1 39 14 53 46 +53 52.5 1.079   296.1 -14.4   K1 V       7.78
NN 3878 60 14 54 11 +18 06.6 0.993   299.5 8   M5         15.5
NN 3879 60 14 54 12 +18 06.8 0.993   299.5 9   M7  :      18.6
Gl 570 174.2 14 54 32 -21 11.5 2.025   149.1 29.1   K5 Ve      5.75
Gl 570 174.2 14 54 31 -21 11.3 1.933   149.7 27.9   M2 V       8
Wo 9503 43.2 14 54 34 -04 08.6 0.181   212.5 21.7   F0 V       4.49
Gl 570.1 62 14 54 42 -48 39.5 0.336   181.5 37.3   G5 V       6.35
NN 3880 41 14 54 43 +49 49.9 0.252   154.5 -16   F8 V       5.63
NN 3881 39.7 14 54 59 +00 02.0 0.067   115.9 20.6   K1 III     5.53
NN 3882 40.9 14 55 01 +15 10.8 0.598   289.6          m          14.73
Gl 570.2 31 14 55 30 +31 36.7 1.374   211.1 7.7  dM2         11.11
Gl 571 56.4 14 56 14 -43 53.5 0.37   223 -2.3   K7 V       10.15
GJ 1187 89.4 14 56 29 +56 51.8 0.683   156.7 10   m          15.53
NN 3883 45 14 57 02 +59 46.9 0.09   309         dK5         10.16
Gl 571.1 51.6 14 58 01 -10 55.9 0.47   178.9 14  dM0.5       9.48
NN 3884 62 14 58 45 +07 21.7 0.502   259.6          M3.5       12.73
NN 3885 63 14 58 51 +05 45.0 0.41   165.1          M3         12.1
Gl 572 74.3 14 59 09 +45 37.1 0.394   36 -10  dM0         9.13
NN 3886 43 14 59 11 +35 39.3 0.322   147          M2         12.05
Gl 574 56.8 14 59 42 -46 05.9 0.29   271 -65.2   K5 V       9.86
GJ 1188 27 15 00 57 +03 58.1 1.136   308.3 -128   m          12.1
NN 3887 41 15 02 05 -18 23.7 0.191   226.8          K4 V       9.59
Gl 575 85.1 15 02 08 +47 50.9 0.396   273.8 -29.7   F9 V n     5.19
Gl 575 85.1 15 02 08 +47 50.9 0.396   273.8 3.4  dG2         5.96
NN 3888 49 15 02 08 -20 55.2 0.696   250.5          m          14.7
Gl 575.1 45.3 15 02 15 +29 40.4 0.295   125          k-m        12.75
Gl 576 56.4 15 02 27 +05 50.3 0.746   229.7 -68   K5         9.82
NN 3889 39.1 15 03 10 -07 03.1 0.2   266         DA7         15.9
NN 3890 65 15 03 14 +60 34.6 0.685   285.8          M2         11
Wo 9510 39.4 15 03 58 +65 00.3 0.264   265 -72.6   G8         9.47
NN 3891 54 15 04 28 +55 16.1 0.481   288.1          m          13.35
Gl 577 22 15 04 57 +64 14.2 0.166   309.1 -6.4  dG5  e      8.42
Gl 578 50 15 05 06 +25 03.8 0.249   132.6 -9.8   F5 V       4.93
Gl 579 62.2 15 05 16 +25 07.2 1.003   299.5 -69.6   K7 V       10.09
GJ 1189 34 15 06 54 +24 12.2 0.499   288.5 -51.3  dK8         9.31
NN 3892 78 15 07 07 +03 21.0 0.735   311.1          M3         11.46
Gl 579.2 39.9 15 07 28 -16 08.5 3.674   196.1 294.3   K0 VI      9.08
Gl 579.2 39.9 15 07 28 -16 13.5 3.677   196 308   K2 VI      9.45
NN 3893 69 15 07 48 +19 33.2 0.462   179.6          m          13.35
Wo 9512 26 15 08 41 -51 54.6 0.132   235.7 -10   G8 III     3.41
Wo 9512 26 15 08 33 -51 55.1 0.123   232.6 -10.5   F9 V       6.69
NN 3894 68 15 09 12 -10 02.9 1.005   257.6          M4         14.26
NN 3895 42.3 15 09 40 +18 09.0 0.678   215.5 -58   m          13.45
Gl 579.3 20 15 10 14 -00 58.5 0.375   219.4 -60.1   K0         9.29
NN 3896 50 15 10 29 +19 28.1 0.656   296 -37.8   G5 V       6.68
NN 3897 50 15 10 30 +19 28.5 0.666   294.9 -38.2   G7 V       7.53
Gl 579.4 54 15 10 33 -25 07.3 0.402   259.4 5.5   G5 V       6.45
NN 3898 72 15 10 57 +45 54.6 0.539   311          m          13.35
Gl 580 58.9 15 11 20 -01 09.5 1.373   249 -69.2   K0 V J     7.35
Gl 580 58.9 15 11 20 -01 09.5 1.373   249                     7.35
GJ 1190 33 15 11 25 -03 36.9 0.767   282.7 -110.3   K5 V       9.84
Gl 580.1 51.6 15 13 35 -58 37.0 0.169   214.6 9.6   A3 V       4.07
Gl 580.2 48.3 15 14 03 +67 32.2 0.448   151.8 -48.1   F8 V       5.13
NN 3899 51 15 14 42 +03 21.4                        DA wk       14.02
Wo 9518 44.5 15 15 47 -18 26.4 0.567   131.8          K5 p       10.35
NN 3900 75 15 16 29 -12 34.1 0.724   253.5          M3         12.58
Gl 581 157.9 15 16 50 -07 32.4 1.224   256.3 -9.4  dM5         10.56
Gl 582 63.1 15 18 25 -48 08.1 1.648   260.4 -69.4   G2 V       5.65
NN 3901 29.9 15 18 39 -47 44.8 0.197   225.5 -11.2   F8 V       5
NN 3902 45 15 18 53 +68 01.8 0.611   310.2          m          13.44
Gl 582.1 56.1 15 19 08 -47 44.4 0.453   235.3 -22.1   G5 V J     8.29
Gl 582.1 56.1 15 19 08 -47 44.4 0.453   235.3                     8.6
GJ 2112 60 15 19 11 -27 39.5 0.745   35.4          M3 :       13.28
Gl 583 54 15 19 27 -04 35.9 0.298   271.5 -17.8   K7 V       9.47
Wo 9520 91.6 15 19 38 +21 09.3 0.145   34.7         dM0  e      10.11
GJ 1191 50 15 19 54 -10 28.8 0.209   195.1 -5.3   K2 V       7.99
GJ 1192 42 15 20 11 +01 36.1 0.519   224.6 -26.1   K3 V       8.3
Gl 584 59.6 15 21 08 +30 28.0 0.238   144.1 -7.3   G2 V       5.62
Gl 584 59.6 15 21 08 +30 28.0 0.238   144.1 -10.6   G2 V       5.96
Gl 585 85.1 15 21 35 +17 39.6 1.302   196.8 84   M4         13.68
NN 3903 42 15 22 36 +37 33.1 0.171   299.4 -8.6   F0 V       4.31
NN 3904 42 15 22 36 +37 33.4 0.17   299 -8.6   G1 V       6.5
NN 3905 42 15 23 02 -26 31.9 0.811   269.6 -48   K3/4 V     8.84
Gl 585.1 40 15 25 12 +02 46.3 0.05   259         dM0         10.21
NN 3906 44 15 25 15 +10 46.3 0.454   238          K5         9.86
Gl 586 61.8 15 25 27 -09 10.2 0.365   168.5 8.2   K2 V       6.92
Gl 586 61.8 15 25 30 -09 10.8 0.379   165.5 8   K2 V       7.58
Gl 586 48 15 25 03 -08 51.0 0.318   172          k-m        15.41
Gl 587 40 15 25 44 -49 46.8 0.238   246.8 -42.7   G5 V       7.69
Gl 587.1 42 15 25 53 +25 57.8 0.12   121         dM0         11.12
NN 3907 51.1 15 27 58 +43 03.5 0.698   146.4          m          14.17
NN 3908 43 15 28 39 -26 44.8 0.575   219.8          M3.5       13.7
Gl 588 165.1 15 28 58 -41 05.6 1.539   228.5 15.4   M3         9.31
NN 3909 88 15 29 19 +14 25.7 0.033   200.6          G5         7.7
NN 3910 62 15 29 52 +29 01.2 0.579   274.7          m          14.3
NN 3911 51 15 32 02 +46 24.9 0.199   5          m          13.58
Gl 588.1 40 15 32 03 +38 04.9 0.08   166         dM0         11.28
GJ 1193 48.4 15 32 13 +14 26.3 0.697   257.7          M3.5       13.83
NN 3912 39.5 15 32 43 -14 37.5 0.062   86.2 -28.2   G8.5 III   3.9
Gl 589 70.2 15 33 08 +17 52.9 1.219   263 -43.2   M4.5:      12.41
Gl 589 70.2 15 33 08 +17 52.9 1.219   263          M6         14.99
Gl 590 81.6 15 33 21 -37 43.4 0.892   201.7          M4         12.8
NN 3913 53.2 15 33 37 +22 19.1 0.743   260.7          k-m        12.69
Gl 591 47 15 34 10 +39 59.7 0.458   276.9 -65.6   K3 V       7.6
Gl 592 76.4 15 34 13 -13 57.5 0.774   216.2          M4         12.7
Gl 593 47 15 34 15 +39 58.0 0.465   277.3 -67.7   K2 V       7.43
Gl 593 47 15 34 15 +39 58.0 0.465   277.3                     7.6
Gl 594 58.3 15 37 45 -44 29.8 0.317   212.7 -5.4   F5 IV-V    4.64
GJ 1194 73.3 15 38 16 +43 39.5 1.225   106.3 -108   m          12.48
GJ 1194 73.3 15 38 17 +43 39.4 1.225   106.3          m          13.8
Gl 595 111 15 39 20 -19 18.6 2.254   243.2 83   M3.5       11.87
NN 3914 40 15 40 15 -30 46.1 0.504   226.5          m          13.1
GJ 1195 39.4 15 40 22 -10 46.3 1.166   254.9 -171.4   F3 VI      7.22
Gl 596 30 15 40 55 +26 26.2 0.166   128.6          K7         10.7
Gl 596 30 15 40 57 +26 25.5 0.186   125          m          13.5
Gl 596.1 50.6 15 41 31 +02 40.4 0.163   200.4 19.4   G5 V       5.86
Gl 596.1 50.6 15 41 31 +02 40.4 0.163   200.4                     12
Gl 596.2 49.7 15 41 48 +06 34.9 0.142   72 2.7   K2 III     2.64
Gl 597 75.2 15 42 15 +76 09.6 1.141   133.8 -46.1   M3         12.22
Gl 598 83.9 15 44 01 +07 30.5 0.241   250.9 -68.5   G0 V       4.43
NN 3915 45 15 44 01 -58 01.6 0.594   245.1          M2-3       11.65
Gl 599 73.5 15 44 14 -37 45.6 0.468   241.9 -5.2   G6 V       6.01
Gl 599 73.5 15 44 14 -37 45.6 0.468   241.9 1  DA7         12.78
NN 3916 79 15 44 42 -10 44.3 0.505   228.8          M2         11.25
NN 3917 46 15 45 38 +01 43.6 0.24   227.5 -28.4   G8 V       7.43
Gl 599.1 23 15 47 22 -50 32.2 0.26   102 47.9   k          10.72
NN 3918 56 15 47 38 +01 06.6 0.18   96          m          12.45
NN 3919 56.6 15 47 46 +34 57.5 0.937   317.4          m          13.16
NN 3920 48 15 48 14 +51 11.7 0.472   306          M3:        12.05
NN 3921 38.4 15 48 19 +04 37.6 0.14   64.6 -9.1   A2 m       3.71
NN 3922 46 15 48 57 +74 34.2 0.318   162.6 -27   K5         9.31
NN 3923 58 15 49 21 +29 40.4 0.501   206.4          M7         13.01
Gl 600 47.4 15 49 46 +11 01.6 0.358   228.4 -0.7  dM0         9.36
Gl 601 82.1 15 50 43 -63 16.7 0.44   205 0.4   F2 IV      2.84
NN 3924 53 15 50 52 +13 21.1 0.584   195.3 35.1   G1 V       6.1
Gl 602 57.5 15 50 57 +42 35.4 0.765   35 -56.4   F9 V       4.61
NN 3925 48.7 15 51 11 +34 54.5 0.569   151.7          M3         11.75
NN 3926 48.7 15 51 11 +34 54.0 0.569   151.7          m          13.18
GJ 1196 47 15 51 38 -25 51.6 0.25   295.4          K5 V       9.28
NN 3927 42.1 15 53 08 +34 00.0 0.643   139          m          15.95
NN 3928 92 15 53 39 +35 20.6 0.261   307          m          13.68
Wo 9531 43.2 15 53 58 +38 05.4 0.084   18.9 -11.6   F0 IV      5.45
Gl 603 84.1 15 54 08 +15 49.4 1.322   166.6 6.6   F6 V       3.85
Gl 604 58.9 15 54 16 -42 28.7 0.323   233.3 35.6   K5 V       8.05
Wo 9532 21 15 55 44 +63 57.4 0.22   326.9 -0.6   G5         9.54
NN 3929 61 15 56 27 +35 32.7 0.353   333          M6  :      12.69
Wo 9533 44.4 15 56 32 +27 52.7 0.828   291.5 -69.8   K0 V       8.01
NN 3930 44 15 56 38 +25 42.8 0.136   215.2 -4.5   K2 V       8.33
Gl 604.1 44.2 15 56 52 -45 18.6 0.203   228.8 -23.6   G5 IV      7.54
Wo 9535 26 15 57 11 +65 32.4 0.238   136.2 -8  dG5         9.04
Gl 606 98.1 15 57 11 -08 06.8 0.194   104.7         dM0         10.5
NN 3931 33.2 15 57 31 -16 23.3 0.747   238 -25   F8 V       5.47
NN 3932 40 15 57 34 +15 08.9 0.846   209.5          m          13.99
Gl 606.1 39 15 58 21 -84 05.8 0.32   269 -10.5   K0 V       7.68
Gl 606.1 39 15 58 21 -84 05.8 0.32   269          k-m        11.03
NN 3933 47 15 59 08 +40 28.3 0.394   227          m          13.12
Gl 606.2 60 15 59 08 +33 27.2 0.798   194.8 18.4   G0 V       5.41
NN 3934 49 15 59 24 -24 57.2 0.65   200.8          m          13.2
Gl 607 61.2 15 59 45 +30 19.0 0.351   293 10.1   M3         12.51
Gl 608 42.5 15 59 53 +61 48.0 0.462   274.6 -36.5  dM0         9.99
NN 3935 45 15 59 54 +30 35.8 0.189   316          m          13.37
NN 3936 45 15 59 46 +30 35.9 0.189   316          m          15.17
Gl 609 99.4 16 00 43 +20 44.6 1.571   217.6 25   M3         12.56
Gl 609.1 48.7 16 00 57 +58 41.9 0.467   316 -7.7   F8 IV-V    4.01
Wo 9540 41.1 16 01 37 -11 14.2 0.072   241.7 -32.2   F6 IV-V    4.84
Wo 9540 41.1 16 01 37 -11 14.2 0.072   241.7          F6 IV-V    5
Wo 9540 41.1 16 01 37 -11 14.1 0.07   254.3 -31.3   G8 V       7.3
NN 3937 60.4 16 01 40 -06 07.9 0.854   184         dM4.5-5     15.51
Wo 9541 43 16 01 41 -11 18.8 0.075   248 -31.5   G8 V       7.46
Wo 9541 43 16 01 41 -11 18.8 0.07   248.1 -28.1   K2 V       8.03
Gl 609.2 54.6 16 01 59 +25 22.9 0.867   322.2 -48.2   G8 V       7.1
Wo 9543 41 16 02 29 -32 43.5 0.426   237 -26.4   G9 V       8.34
Wo 9543 41 16 02 29 -32 43.5 0.426   237          K1 V       9
Wo 9543 41 16 02 29 -32 43.5 0.426   237          K5         11.1
Gl 610 58.5 16 02 44 -20 18.6 0.465   140 43.4   K3/4 V     7.4
NN 3938 33.3 16 02 57 -45 02.4 0.027   4.5 -15.5   A m        4.72
Gl 611 80.1 16 03 13 +39 17.4 0.579   275 -60   G8 V       6.66
Gl 611 72.5 16 03 07 +39 17.6 0.624   274.5          m          14.23
Gl 611.1 47.9 16 03 51 -70 55.9 0.44   208.3 25.7   G8 V       7.22
Gl 611.2 46.1 16 03 58 +80 45.8 0.044   334.6 -21.1   K0         7.57
Gl 611.3 36.6 16 04 18 +08 31.2 0.503   279.4 -41.6  dM3  e      11.55
Gl 612 38 16 04 42 +38 46.4 0.577   157.8 24.1   K3 V       8.61
Gl 612.1 49.8 16 04 48 +34 45.9 0.622   153.6 8.2  dM0         10.45
NN 3939 43 16 05 02 +06 06.1 0.377   233          m          13.46
GJ 1197 45.6 16 05 09 +26 58.6 0.564   140.3          m          13.33
NN 3940 42.9 16 05 10 +47 38.1 0.123   3 -17.3  dK8         9.9
GJ 1198 46.9 16 05 31 -10 17.3 1.354   195.1          M2         14.7
Gl 613 75.3 16 05 41 -56 19.1 0.351   338.7 37.9   K3 V       7.11
NN 3941 42 16 07 11 +77 02.9 0.309   281          M1.5       12.35
NN 3942 64 16 07 47 +53 04.4 0.23   71         dM0         10.19
NN 3943 70 16 07 56 -70 01.2 0.643   203.3          k-m        13.75
Wo 9547 39.4 16 07 57 -52 47.0 0.44   216          g          10.5
Gl 614 61.9 16 08 47 +43 57.0 0.323   155.9 -13.3   K0 V       6.66
GJ 1199 54.9 16 09 06 +13 30.4 0.541   181.1 131  DA6         15.09
Gl 615 69.9 16 09 47 -57 25.5 1.647   212 10   K0 V       7.53
NN 3944 40 16 10 44 -21 16.4 0.122   273.6 16.7   G3 V       6.69
Gl 615.1 51.8 16 10 58 +13 39.6 0.456   156.7 18.1   G8 V       7.36
Gl 615.1 51.8 16 10 58 +13 39.6 0.456   156.7 20.8   G8 V       7.5
NN 3945 62 16 11 17 -28 22.6 0.52   224.7          M3.5       12.96
NN 3946 47 16 12 17 +04 59.6 0.427   280.8          m          13.53
GJ 1200 56.5 16 12 27 +19 13.3 2.033   280 -82   m          12.92
Gl 615.2 44.4 16 12 48 +33 59.0 0.287   253.6 -12.2   F8 V       5.64
Gl 615.2 44.4 16 12 48 +33 59.0 0.287   253.6 -14.5   G1 V       6.72
Gl 615.2 44.4 16 12 03 +33 53.9 0.305   254          M3.5       12.31
Gl 616 65.1 16 12 54 -08 14.3 0.554   155.6 12   G1 V       5.49
NN 3947 42 16 13 26 +24 35.0 0.252   344          M2         11.99
NN 3948 41 16 14 05 +35 56.5 0.252   307          K5         9.62
Wo 9551 25 16 15 10 +71 03.4 0.286   181.6 -17.5  dG5         7.9
NN 3949 40.6 16 15 40 -04 34.3 0.091   65.2 -7.7   G9.5 IIIb  3.24
Gl 616.2 47.5 16 15 59 +55 23.8 0.492   157.2 -32.6  dM1.5e      9.96
Wo 9553 23 16 16 02 -28 10.2 0.26   169.1 -31.1   G0 V       7.67
Wo 9554 43 16 16 05 -50 02.1 0.162   251 -28.9   G8 III     4.02
Gl 617 88.3 16 16 37 +67 21.5 0.51   280.3 -19.9   M0 Ve      8.6
Gl 617 88.3 16 16 39 +67 22.6 0.522   278.6 -19.5   M2.5       10.72
Gl 618 130 16 16 47 -37 25.4 1.222   324.5 20   M3         10.6
Gl 618 130 16 16 47 -37 25.4 1.222   324.5          M5  :      14.15
Gl 618.1 27.2 16 17 48 -04 08.9 0.409   268 -118.1  dM2         10.7
Wo 9557 40.9 16 18 12 +39 49.6 0.137   270.8 -29   F3 IV-V    5.46
Wo 9557 40.9 16 18 12 +39 49.6 0.137   270.8                     11
NN 3950 40.7 16 18 56 +75 52.3 0.267   341 -9.5   F3 V       4.95
NN 3951 40.7 16 19 50 +75 50.1 0.264   341          m          14.51
Gl 618.4 43.1 16 19 01 -48 31.9 0.763   231.6          M3         11.83
Gl 619 68 16 19 12 +41 04.6 0.122   347.7 7.5  dM0  p      8.98
NN 3952 45.3 16 19 32 +01 08.7 0.165   287.2 -45.5   F0 V       4.82
Gl 620 66 16 20 07 -24 35.1 0.712   206.4          M1         10.23
Gl 620.1 78 16 20 38 -39 04.7 0.074   91.1 17   G3/5 V     5.39
Gl 620.1 78 16 20 10 -39 06.8 0.08   90 52  DA2         11
Gl 621 60.2 16 21 32 -13 31.5 0.316   227.6 9   K3 V       8.4
Gl 622 66.4 16 22 17 -21 49.1 0.64   240.7          K5         10.4
Gl 623 131.7 16 22 39 +48 28.4 1.231   111.6 -27.8  dM3         10.28
Gl 624 92.4 16 23 04 -69 58.5 0.231   63.5 7.6   G0 V       4.91
Gl 624.1 46.2 16 23 18 +61 37.6 0.08   338 -13.7   G8 III     2.74
Gl 624.1 46.2 16 23 18 +61 37.6 0.08   338          K2         8.8
NN 3953 66 16 23 29 +26 08.4 0.184   271          m          12.24
NN 3954 84 16 23 56 -17 16.5 0.519   219.5          m          14.3
Gl 625 159.3 16 24 14 +54 25.1 0.42   108 -12.6  dM2         10.12
GJ 1201 44.3 16 25 30 +09 19.3 0.469   191.5         DA s        16.13
Gl 626 61 16 25 32 +07 25.2 0.346   224.5 -35  dK8         8.83
Gl 626.1 54.1 16 25 43 -78 47.3 0.141   239.6 5.4   K0 IV      3.89
NN 3955 41 16 25 46 +15 40.8 0.304   177          m          13.18
NN 3956 41 16 25 52 +25 18.3 0.057   171.7          G5         8.19
Gl 626.2 64 16 26 40 +36 52.2 0.864   326.4 24  DZA6        13.85
Gl 627 50 16 26 41 +18 31.1 0.514   318 -36.2   K3 V       7.68
Gl 627 50 16 26 41 +18 31.1 0.514   318          K3 V       7.85
GJ 2121 58 16 27 24 -14 33.3 0.539   243.5          M3         12.32
Gl 628 244.7 16 27 31 -12 32.3 1.175   183.4 -13   M3.5       10.08
NN 3957 44 16 28 06 -03 52.9 0.159   262.4          K5         9.58
Gl 629 56.1 16 28 08 -38 54.1 0.543   232.5 -50.6   K0 V       7.24
NN 3958 41 16 28 48 -87 19.0 0.066   170         DA6         14.58
GJ 1202 53 16 29 22 +17 40.9 0.886   202.7          k-m        12.78
NN 3959 100 16 29 39 +40 58.0 0.358   330          m+         14.79
Wo 9566 29 16 30 23 +03 21.2 0.42   243 -58   K1         8.85
GJ 1203 50.7 16 30 28 +12 43.1 0.788   260.2          k-m        12.18
NN 3960 60 16 30 29 +09 56.6 0.287   57          m          13.05
NN 3961 56 16 30 50 -53 28.7 0.671   195.4          m          12
Gl 629.2 50.9 16 32 05 -04 07.0 0.704   193.3 -171.6   G5 Ve      9.62
NN 3962 48 16 32 10 +03 24.2 0.24   132          k          11.57
NN 3963 57 16 32 19 -27 11.3 0.924   179.7          m          14.2
Gl 629.3 51.6 16 32 33 -49 11.2 0.599   184.8          M1 :       12.38
NN 3964 46 16 32 35 -30 44.5 1.189   225.3          M3.5       12.68
Gl 630 29 16 33 17 +33 24.3 0.263   252         dM0         11.06
NN 3965 66.5 16 33 25 +43 24.0 0.356   143.6         DA8         14.82
Gl 630.1 69 16 33 29 +57 14.8 1.62   316 -118.6  dM4  e      12.9
Gl 630.1 69 16 33 31 +57 15.2 1.62   316         DQ8         15
NN 3966 87 16 33 37 +35 07.2 0.197   137          m          12.95
GJ 1204 65.2 16 33 43 +08 54.9 0.557   254.1          m          13.8
Gl 631 95.1 16 33 44 -02 13.2 0.552   124.6 -12.1   K0 Ve      5.75
Gl 632 34 16 34 28 +79 53.7 0.126   135.7 -16.9  dG3         7.06
Gl 632.1 60.5 16 34 52 +31 12.2 0.553   142.4 -10.3  dK6         9.49
Gl 632.2 29 16 35 48 +76 04.9 0.18   41 -7.1   K7         10.02
Gl 632.2 29 16 35 47 +76 04.9 0.16   38         DA          13
Gl 632.3 19 16 36 13 +05 31.4 0.18   267          G          10.22
Gl 633 104.6 16 37 09 -45 54.2 0.536   137.9 30   M3         12.68
Wo 9572 32 16 37 22 +05 36.5 0.336   162.4 51   K2         8.67
NN 3967 89.3 16 37 32 +00 48.3 0.217   135          m          13.69
Gl 634 54.8 16 37 56 -43 53.0 0.614   219.4 -42   M3         11.57
Gl 634.1 45.8 16 38 31 -02 45.3 0.44   183.1 -40.1  dG2         7.22
Wo 9574 43.7 16 38 41 -17 38.8 0.022   260.3 -22.1   G7.5 II CN 4.96
NN 3968 55 16 39 02 +36 24.6 0.222   324          M2         11.5
NN 3969 43 16 39 06 -05 43.5 0.225   175          g-k        12.06
Gl 635 99 16 39 24 +31 41.5 0.614   309.9 -70.4   G0 IV      2.91
Gl 635 99 16 39 24 +31 41.5 0.614   309.9          K0 V       5.4
NN 3970 50 16 39 25 -37 14.8 0.093   176.3          G8 V       7.13
GJ 1205 48.1 16 39 50 +53 47.0 0.236   212         DC7         15.06
NN 3971 75.2 16 40 22 +67 41.5 0.451   325.6          m          15.65
Gl 635.1 46 16 40 41 +79 00.8 0.06   334.3 -20.9  gG9         6.32
Gl 637 67 16 42 30 -72 52.8 0.701   226.7 -27   m          11.35
Gl 637.1 44 16 42 44 +68 11.3 0.522   325.8 10.4   K1 V       7.56
Gl 638 103.2 16 43 15 +33 35.7 0.389   352.6 -30.6   K7 V       8.11
Wo 9577 34 16 43 35 -30 31.6 0.168   228.4 43   K5         10.59
NN 3972 72 16 44 00 +16 34.4 0.585   206.4          m          11.65
Wo 9578 44.1 16 44 21 +56 52.2 0.065   10.7 -3.6   F2 V       4.85
Gl 638.1 57 16 45 16 -47 37.9 0.096   246.6 29.4   K0 V       7.38
NN 3973 63 16 45 54 -15 39.0 0.248   180          M2         10.94
Gl 639 52.3 16 46 50 +37 06.3 0.369   192 2.7   K7 V       8.41
Gl 639.2 51 16 47 00 -64 21.2 0.53   256.1          g          11
GJ 1206 81.2 16 47 38 +59 08.8 0.317   154         DAV4        12.23
NN 3974 44 16 47 43 +39 21.8 0.296   162.7 26   K4         9.75
Gl 640 40 16 47 54 +18 59.2 0.087   200 -4.8  dK5         8.9
NN 3975 48 16 48 17 -04 45.4 0.762   249.9          k          13.4
NN 3976 100 16 48 50 +22 31.8 0.41   3          m          14.08
NN 3977 37 16 48 59 +47 48.9 0.11   249 -0.4  dK8         9.42
NN 3978 102 16 49 11 +38 14.0 0.078   19.3 6  dK8         10.55
Gl 641 60.5 16 50 27 +00 04.5 1.658   205.8 45.4   G8 V       6.64
NN 3979 45 16 51 15 +40 10.2 0.219   192          m          13.44
Gl 642 45 16 51 54 +11 59.5 0.67   299.6 -67.3  dM1.5       10.74
Gl 643 171.9 16 52 45 -08 13.9 1.19   222.5 -14.1 sdM4         11.8
Gl 644 153.9 16 52 48 -08 14.7 1.183   222.2 12.1   M3   J     9.69
Gl 644 153.9 16 52 48 -08 14.7 1.183   222.2                     9.9
Gl 644 153.9 16 52 55 -08 18.2 1.19   222.5 20   M7         16.78
Gl 645 59.6 16 53 24 -36 58.7 0.469   198          M1         11.44
GJ 1207 104.4 16 54 26 -04 16.0 0.636   126.3         dM3.5       12.28
Wo 9581 41.8 16 54 28 -55 54.8 0.038   201.2 -6   K5 III     3.12
GJ 1208 43 16 55 01 +21 31.8 0.578   176.9 46  DA6         14.06
NN 3980 42 16 55 04 +13 32.9 0.211   134          m          14.35
Gl 646 73 16 55 26 -39 29.2 0.331   55.6 42.5   K5 V       8.5
Gl 646 73 16 55 26 -39 29.2 0.331   55.6                     10.4
Gl 647 26.2 16 55 28 +13 22.0 0.1   29         dM0         10.66
Gl 648 59 16 55 45 +65 12.7 0.229   76.6 -20.9   F6 V       4.89
Gl 649 105 16 56 07 +25 49.6 0.527   191.9 4.3  dM2         9.65
NN 3981 77 16 56 09 +14 02.6 0.38   271          m          13.13
Gl 649.1 57 16 56 30 +47 26.3 0.317   330.1 -6.6  dK8   J     7.83
Gl 649.1 57 16 56 30 +47 26.3 0.317   330.1                     11.19
Gl 649.1 57 16 56 19 +47 26.0 0.303   332.5 -7  dK8         7.9
NN 3982 40 16 57 44 -61 29.6 0.204   195.9          K3 V       8.84
NN 3983 39 16 58 18 +25 25.3 0.186   328          m          13.22
Gl 650 32 16 58 22 -13 29.4 0.32   184.1 83.4   G2 V       7.12
NN 3984 47 16 58 39 +08 16.9 0.29   236          m          13.43
NN 3985 40 16 59 09 -53 09.9 0.15   178.6 7   F6 V       5.29
NN 3986 45 16 59 50 +77 47.2 0.259   56          m          12.67
NN 3987 50 17 00 09 -05 59.8                        dM2         10.85
Gl 651 61.8 17 01 12 +47 08.4 0.874   7.9 -47.3   G8 V       6.77
Gl 652 69.8 17 01 19 -28 30.6 0.277   160.5 15.3   G8 IV-V    6.58
GJ 1209 57.9 17 02 08 +17 00.9 1.136   174.5 75   m          12.28
NN 3988 105.2 17 02 11 +51 28.0 0.646   13          k-m        13.56
Gl 653 88.7 17 02 27 -04 59.0 1.471   218.5 34.2   K5 V       7.73
Wo 9582 43 17 02 37 +59 39.0 0.446   303.4 -73.1   K4 V       8.65
Wo 9582 43 17 02 38 +59 39.2 0.458   304.7 -72.7   K4         10.31
Gl 654 104.7 17 02 37 -05 00.7 1.461   219.2 34.6   M3.5V      10.08
Gl 654.1 51 17 02 44 +00 46.5 0.335   183.1 -15.8   F9 V       6
Gl 654.2 69 17 04 00 +15 17.8 0.127   224.9 -30.9   K0 V       7.09
Wo 9584 43 17 04 17 +54 32.1 0.113   316.3 -14.3   F7 V       5.63
Wo 9584 43 17 04 17 +54 32.1 0.113   316.3 -16.5   F7 V       5.73
Wo 9584 43 17 04 17 +54 32.1 0.113   316.3          M3 :       13.5
Gl 654.3 55 17 04 36 -41 39.3 0.385   213.2 -19.1   K5 V       8.29
Gl 654.4 36 17 04 50 +88 41.8 0.029   0 -10.3   K0         8.32
Gl 655 65.5 17 05 01 +21 37.1 0.481   268.6 -49.9   M3         11.61
GJ 1210 78 17 05 17 +07 26.3 0.653   233.2          m          14.01
GJ 1211 57.3 17 05 37 +03 01.7 0.336   176         DZ7         15.19
Gl 656 67.8 17 05 40 -60 40.4 0.612   8.9 8.8   K0 V       7.41
NN 3989 48 17 07 05 +03 59.7 0.066   208.4          G5         7.95
Gl 656.1 51.1 17 07 30 -15 39.9 0.102   21.6 -2.4   A1 V       3.02
Gl 656.1 51.1 17 07 30 -15 39.9 0.102   21.6          A3 V       3.4
NN 3990 52 17 07 34 +11 59.3 0.38   256          m          13.99
NN 3991 125 17 07 56 +43 45.3 0.428   129          M3         11.8
Gl 657 57.5 17 08 34 -43 10.5 0.288   175.4 -27   F0 IVn     3.33
Gl 659 49.5 17 09 08 +54 33.4 0.137   147.8 4.2  dK8         8.85
Gl 659 49.5 17 09 10 +54 33.1 0.14   141.1 2.9  dK8         9.34
Gl 660 85.3 17 09 18 -01 47.3 0.549   234.7          M3.5   J   12.05
Gl 660 85.3 17 09 18 -01 47.3 0.549   234.7                     12.2
NN 3992 101 17 09 52 +38 30.1 0.233   96          m          11.61
Gl 660.1 49.6 17 10 11 -05 03.4 0.708   164.7          M0         11.62
NN 3993 45 17 10 14 +56 43.2 0.082   185.2          G5         6.98
Gl 661 159.5 17 10 40 +45 44.8 1.582   171.3 -30   M3   J     9.96
Gl 661 159.5 17 10 40 +45 44.8 1.582   171.3          M3.5       10.4
GJ 1212 63.1 17 10 59 -08 21.4 0.604   223.6 -15  dM1         12.05
GJ 1213 37.2 17 11 26 +42 23.7 1.083   250.1 10.7  dM1         10.1
Gl 663 187.6 17 12 16 -26 31.8 1.235   203.6 0.5   K1 Ve      5.07
Gl 663 187.6 17 12 16 -26 31.9 1.231   202 0.9   K1 Ve      5.11
NN 3994 40 17 12 41 +26 58.9 0.321   300          m          12.35
GJ 1214 77.4 17 12 49 +05 01.7 0.89   142.6          m          14.67
NN 3995 39.3 17 12 57 +24 53.5 0.16   189 -40   A3 IV      3.14
Gl 664 182 17 13 09 -26 28.6 1.222   203.1 -0.1   K5 Ve      6.33
NN 3996 42 17 13 31 -12 07.4 0.17   96 21  dM0         10.33
NN 3997 69 17 13 39 +19 03.3                         M2         10.36
NN 3998 59 17 13 40 +11 07.0 0.369   201          M2.5       10.84
GJ 2128 68 17 14 17 +08 06.8 0.277   256          M3.5       11.49
NN 3999 48 17 14 57 -11 46.6 0.298   180          M3         12.83
NN 4000 48 17 14 56 -11 46.1 0.298   180          M3         12.91
Gl 665.1 43 17 15 04 -24 01.2 0.13   126.6 -14.7   G3 V       6.59
Gl 666 131.9 17 15 15 -46 35.1 1.053   80.5 23   G8 V       5.53
Gl 666 131.9 17 15 15 -46 35.1 1.053   80.5 25.1   M0 V       8.69
GJ 1215 78.8 17 15 25 +11 43.7 0.539   218.7          m          15.1
Gl 667 140 17 15 33 -34 56.2 1.167   99.2 0   K3 V       6.29
Gl 667 140 17 15 33 -34 56.2 1.167   99.2 1   K5 V       7.2
Gl 667 140 17 15 34 -34 56.5 1.18   98.3 0.6   M2.5       10.24
Gl 667.1 35 17 15 40 -75 17.7 0.978   256.5 58.9   G2 V       7
NN 4001 51 17 15 45 -01 43.7 0.138   141          K7         10.59
NN 4002 53 17 16 10 +18 12.2 0.231   182          m          13.02
Gl 668.1 85 17 17 19 -05 51.9 0.186   168.9 -33.1   G9 V       6.32
Gl 669 93.3 17 17 54 +26 32.8 0.43   330 -33.7  dM4  e      11.42
Gl 669 93.3 17 17 53 +26 32.8 0.43   330 -34  dM5  e      12.97
Gl 670 59.8 17 18 00 -21 03.7 0.313   132 -8.8   F2 V       4.41
Gl 670 59.8 17 18 00 -21 03.7 0.313   132          K3         8.9
Gl 671 77.4 17 18 17 +41 46.5 0.863   159.8 -18.9   M3         11.37
Gl 672 73.7 17 18 47 +32 31.9 1.05   173 -79.1   G2 V       5.39
GJ 1216 58.7 17 19 26 +49 19.2 1.304   155.5          m          14.48
NN 4003 60 17 19 47 +21 28.4 0.304   327          m          13.84
GJ 1217 42.7 17 19 52 -14 54.4 0.206   207 -56   K5 V       10.84
Gl 672.1 48.4 17 20 35 -32 11.8 0.596   198          M2         11.64
NN 4004 81 17 20 40 -80 08.1 0.681   314.7          m          12.1
NN 4005 53 17 21 39 -04 19.1 0.265   245          M2         12.19
Gl 673 128.9 17 23 16 +02 10.2 1.315   206.1 -23.3   K7 V       7.53
Gl 673.1 44.2 17 23 19 -24 07.9 0.118   180 -37.2   A9 V       4.17
GJ 1218 78 17 23 33 -62 24.1 0.996   197.3 28   m          12.68
NN 4006 73.7 17 23 39 +01 50.9 0.04   0                     10.9
NN 4007 53 17 24 11 -25 06.7 0.645   137.9          M3.5       13.35
Gl 674 219.7 17 24 53 -46 50.6 1.044   147 -10.2   M3         9.37
Gl 675 75.7 17 25 09 +67 20.9 0.534   271.7 -38.3   K0 V       6.43
GJ 1219 50.8 17 25 27 +14 31.8 1.142   254.4          m          13.69
NN 4008 45 17 26 05 -23 47.7 0.31   258.3          K5 V       9.66
Gl 676 83.3 17 26 15 -51 35.7 0.3   238 -27.2   M0         9.58
Gl 676 83.3 17 26 20 -51 35.6 0.29   240          m          13.31
NN 4009 47 17 26 47 +37 29.6 0.19   173          m          13.35
Gl 677 48.2 17 27 24 +29 26.0 0.341   214.5 -8.6  dM0   J     9.55
Gl 677 48.2 17 27 24 +29 26.0 0.341   214.5                     9.93
Gl 678 50.5 17 27 49 -01 01.4 0.213   214.3 -77.3   G8 IV-V    5.98
Gl 678 50.5 17 27 49 -01 01.4 0.213   214.3 -73.8   G8 IV-V    6.2
Gl 678.1 100 17 27 55 +05 35.4 0.262   174.4 -3.8   M1 V       9.3
NN 4010 50 17 28 54 +47 26.3 0.194   66.6          G5         7.21
Gl 679 54.8 17 30 13 +34 18.3 0.256   284.7 -52   G5 V       6.56
NN 4011 47 17 30 54 +50 27.4 0.535   178.8          m          12.74
Gl 680 81.9 17 31 24 -48 39.3 0.46   7          M0         10.15
Gl 681 64.6 17 32 37 +12 35.7 0.257   152.6 12.6   A5 III     2.08
NN 4012 48 17 33 12 -54 24.0 0.446   193         DA8         15.8
Gl 682 211.6 17 33 28 -44 16.6 1.155   216.3 -60   M3.5       10.95
Wo 9593 39.4 17 33 36 -49 22.6 0.214   185.2 6.7   G2 V       9.4
Wo 9593 39.4 17 33 36 -49 22.5 0.221   187.1          G5         10.2
Gl 683 55.1 17 33 59 -54 28.2 0.157   195.5 -3.3   A7 V       5.25
Gl 683.1 44.9 17 34 18 -42 32.0 0.403   154.3 3.8   G5 V       7.17
Gl 683.2 54 17 34 26 -37 49.8 0.115   185.3 2.8   G8 V       6.8
Gl 683.2 54 17 34 26 -37 49.8 0.115   185.3                     9.1
Gl 684 67.9 17 34 28 +61 54.8 0.568   154.1 -16.3   G0 Va      5.34
Gl 684 67.9 17 34 28 +61 54.8 0.568   154.1          K3 V       8.06
NN 4013 60 17 34 52 -29 59.1 0.24   236          k-m        10.94
Gl 685 71.1 17 35 02 +61 43.1 0.573   153.3 -16.3   M1 Ve      9.97
NN 4014 39 17 35 25 -43 06.9 0.291   234.5 -23.8   G5 V       7.24
NN 4015 47 17 35 30 +22 07.8 0.287   175          m          14.08
Gl 686 128.9 17 35 39 +18 36.4 1.361   43.2 -9.5  dM1         9.62
Gl 686.1 40.6 17 35 44 +22 59.1 0.237   220.8 4.1  dM0  eJ     10
Gl 686.1 40.6 17 35 44 +22 59.1 0.237   220.8 1.3              10.22
NN 4016 48 17 36 27 +08 03.3 0.24   201          M4         12.28
Gl 686.2 42.7 17 36 32 -49 23.2 0.209   148.2 3.7   F2 V       4.77
Gl 687 212.7 17 36 42 +68 23.1 1.304   194.8 -23.2   M3.5 V     9.18
Gl 688 81 17 36 48 +03 35.0 0.199   242.5 22.4   K3 V       6.52
GJ 1220 70.9 17 36 50 +82 06.8 0.566   329.9          m          14.18
Gl 689 51 17 37 02 +71 54.4 0.104   111.4 -23.9  dK8         8.62
NN 4017 51 17 37 14 +68 46.9 0.323   359.9 -14.4   F5 V       4.8
NN 4018 45 17 37 32 +27 47.5 0.195   179          M1         11.12
NN 4019 45 17 37 33 +27 48.3 0.195   179          M5         12.72
NN 4020 41 17 38 07 +61 15.8 0.069   319.1         dK8         10.28
NN 4021 41 17 38 08 +61 15.6                                    14.7
NN 4022 54 17 39 13 -40 59.9 0.536   194.4          M3         12.55
Gl 690 53.7 17 39 18 +71 21.2 0.338   341 -0.8  dM0         9.2
NN 4023 43.1 17 39 30 -08 47.3 0.965   240.2 -92   M3         13.52
Gl 690.1 51.3 17 39 39 -16 36.5 0.656   191.4          M2.5       13.05
Wo 9599 40 17 39 45 +65 01.5 0.119   344.9 -8.1   K0         8.37
Gl 691 103 17 40 10 -51 48.6 0.192   183.9 -9   G5 V       5.14
Wo 9600 40.2 17 40 22 -18 29.7 0.535   192.1          M2         12.15
Gl 692 59.8 17 40 26 -21 39.6 0.105   245.4 10.2   F5 V       4.87
NN 4024 64 17 40 33 +05 48.7 0.24   105          M2         10.67
Gl 692.1 47 17 41 09 +21 38.4 0.655   191.4 24.4   K0 V       7.49
Gl 693 165.5 17 42 24 -57 16.9 1.739   219.2 -115   M3.5       10.75
Gl 694 101.7 17 42 25 +43 24.4 0.636   179.1 -14.5  dM3.5       10.47
NN 4025 41 17 42 25 -07 59.4 0.338   217          g          11.48
Gl 694.1 54.9 17 42 49 +72 10.4 0.268   177 -13.7   F5 IV-V    4.58
Gl 694.1 54.9 17 42 51 +72 10.9 0.277   175.1 -10.9   F8 V       5.79
NN 4026 69.2 17 44 04 +24 39.7 0.6   326.8          m          12.67
Gl 694.2 46.4 17 44 11 +46 52.4 0.03   225 5.7  dM1.5       10.72
Gl 695 115.1 17 44 30 +27 44.9 0.814   202.9 -16.7   G5 IV      3.42
Gl 695 115.1 17 44 28 +27 44.7 0.827   204.2 -13.9   M3   J     10.35
Gl 695 115.1 17 44 28 +27 44.7 0.827   204.2          M4   K     10.8
Gl 695.1 49.3 17 44 39 -33 59.7 0.603   199.2 2.4   G8 V       7.19
Wo 9605 39.4 17 45 16 +04 57.5 0.581   248.3 -93.1   K1 V       8.92
NN 4027 54 17 46 13 +36 07.9 0.08   23.1          G5         7.62
NN 4028 29 17 46 45 -56 33.4 1.256   237.6 -6   M2         12.13
Gl 696 56 17 47 53 -06 02.1 0.153   190 -26.2  dM1.5       10.17
NN 4029 67.2 17 47 56 +22 42.0 0.78   259.4          m          20.1
NN 4030 46.6 17 48 12 +23 46.2 0.585   320.6 -80   M4.5-5     13.5
GJ 1221 162.8 17 48 58 +70 52.4 1.651   311         DXP9        14.15
NN 4031 43 17 49 15 +14 46.0 0.269   297          m          13.71
NN 4032 57 17 50 48 +16 55.8 0.347   232          m          12.69
GJ 2133 56 17 50 48 -34 39.0 0.409   235          k          13.52
Gl 697 55 17 51 22 +21 20.0 0.089   299.8 -12.5  dK5         8.48
NN 4033 29 17 51 22 -65 42.6 0.333   165.1 -22.2   F8 V       6.36
GJ 1222 59.8 17 51 55 +07 23.5 0.668   241.7 -20   m          13.11
Gl 697.1 38.4 17 52 56 +03 45.7 0.092   278.7 3  dM0  e      10.13
Gl 698 47 17 53 34 +18 30.4 0.065   228.4 -28.8  dK8         9.22
NN 4034 50 17 53 40 +36 11.7 0.118   262.7          G5         7.84
NN 4035 46 17 53 44 +04 50.4 0.01   8.5         dK8         8
NN 4036 53 17 53 48 -41 59.0 0.392   194          M3         11.36
NN 4037 46.5 17 54 48 +58 24.0 0.879   16.4          m          17.98
NN 4038 71 17 54 49 +15 47.2 0.279   221          m          12.21
Gl 698.1 23 17 54 59 -51 37.1 0.24   161 -10.4   K3 V       9.64
NN 4039 50 17 55 10 +24 00.0 0.073   343.6 -28.1   G2 V       6.3
Gl 699 545.3 17 55 23 +04 33.3 10.31   355.8 -111   M5 V       9.55
Wo 9608 19 17 55 40 -30 09.6 0.609   165.1 -109   K0 V       9.37
NN 4040 71.3 17 56 28 +46 35.2 0.594   357.2          m          11.79
Gl 699.1 61.5 17 56 40 +82 44.1 3.587   337.3 -154  DA7         14.3
Gl 699.2 46.7 17 57 50 -03 41.3 0.16   107.5 -42.9   F3 V       4.62
Gl 700.1 58.3 18 00 21 -08 10.9 0.046   147.1 -38.4  dF3   J     5.24
Gl 700.1 58.3 18 00 21 -08 10.9 0.046   147.1 -35.1              5.93
Gl 700.1 58.3 18 00 27 -08 11.9 0.05   147 -14              9.4
Gl 700.2 53 18 00 29 +26 19.2 0.715   148.1 20.7   K0 V       6.99
GJ 1223 83.5 18 01 03 +37 31.8 1.158   171.9          m          14.85
Gl 701 125.9 18 02 28 -03 01.9 0.644   121.1 32.5  dM2         9.38
NN 4041 56 18 02 32 +35 57.4 0.257   170          M0         10.83
Gl 702 199 18 02 56 +02 30.6 1.135   167.1 -6.9   K0 Ve      4.21
Gl 702 199 18 02 56 +02 30.6 1.135   167.1 -10   K5 Ve      6
Gl 702.1 57.7 18 03 01 -36 01.5 0.11   81.1 13.2   G5 V       5.95
Gl 702.2 50 18 03 09 +04 39.4 0.314   182.5 -120.4   G2 V       6.8
GJ 1224 132.7 18 04 42 -15 58.0 0.664   238.2          m          13.63
Wo 9615 48.6 18 04 59 +09 33.3 0.102   322.4 -23.9   A4 V       3.73
Wo 9615 48.6 18 04 59 +09 33.3 0.102   322.4                     14
Gl 703 71.7 18 05 04 +15 56.5 0.21   198.4 25.5   G6         8.68
Gl 704 59.2 18 05 08 +30 33.2 0.116   311.7 1.6   F7 V       5.09
Gl 704 59.2 18 05 08 +30 33.2 0.116   311.7          K5 V       8.45
Gl 705.1 51.6 18 05 47 -62 00.9 0.222   339.4 29.7   G3 IV-V    5.48
NN 4042 42 18 06 45 -12 02.8 0.208   171.9 -2.2   K7 V       10.47
Gl 705.2 50.8 18 06 48 +52 47.4 0.403   261          K5         12.51
Gl 706 88.7 18 07 58 +38 27.2 0.557   215.3 -19.1   K2 V       6.4
Gl 707 68 18 08 44 -43 27.1 0.442   162.8 -2   K7 Ve      8.37
NN 4043 41 18 09 42 +49 57.8 0.228   185          K7         9.96
NN 4044 76 18 11 05 +26 01.0 0.21   100          m          13.32
NN 4045 49 18 12 05 -77 03.6 0.626   202.2          m          14.1
Gl 708 38.4 18 13 07 +18 28.9 0.11   34 1.7  dM1         10.07
NN 4046 48 18 13 33 +18 55.5 0.44   186          M0         10.84
Gl 708.1 50.3 18 13 36 +64 22.8 0.344   84.7 -36.1   F5 V       5.03
Gl 708.2 53.2 18 13 45 +13 54.1 0.501   170.3 11  dM0         10.2
Gl 708.3 63 18 13 48 +01 30.8 0.771   211.2          M5         12.52
Gl 708.4 49 18 14 06 +45 11.6 0.138   217.2 -64.9   G2 V       6.29
Gl 709 46.4 18 15 05 +45 32.0 0.3   354 -36.8  dM0         10.28
NN 4047 43.8 18 15 48 +26 39.0 0.343   72.5 -49   K3         9.59
Wo 9624 22 18 16 00 -45 43.1 0.154   208.5 25   F7 V       6.85
NN 4048 88 18 16 25 +38 46.2 1.091   197.8          m          11.87
NN 4049 88 18 16 24 +38 46.2 1.091   197.8          m          13.53
NN 4050 43 18 16 29 -45 56.5 0.153   172.6 -18   G5 V       7.32
NN 4051 33 18 16 40 -05 47.6 0.53   137.2          M2.5       12.57
Gl 710 71.7 18 17 15 -01 57.7 0.014   249.7 -13.3  dM1         9.66
NN 4052 48 18 17 19 -09 36.9 0.267   201.5          G8 V       6.92
GJ 1225 54.3 18 17 33 +68 32.8 1.74   203.5          m          15.39
GJ 1226 62 18 18 24 -01 03.8 1.082   207.9 50   M3.5       12.71
Gl 711 54.9 18 18 43 -02 54.8 0.89   218.4 6.9   K0 III-IV  3.26
NN 4053 137.3 18 18 51 +66 10.5 0.623   131.3          m          13.48
Gl 712 69.1 18 19 44 +06 18.9 1.158   272.7 -48   M3         12.58
NN 4054 78.1 18 20 45 +60 59.9 0.688   172.2         DC:9        15.65
GJ 2135 50 18 21 15 -13 09.9 0.637   195.9         DA7         15.6
NN 4055 72 18 21 31 +28 08.6 0.19   201          M3         12.49
NN 4056 72 18 21 33 +01 39.6 0.269   139          g          11.84
Gl 713 132.6 18 21 57 +72 42.7 0.632   124.4 32   F7 V       3.57
GJ 1227 121.3 18 22 05 +62 02.3 1.544   217.1          m          13.41
NN 4057 45 18 23 01 +24 36.6 0.429   190          M0         10.79
NN 4058 39 18 23 51 +38 20.1 0.712   185.8          M1         11.27
NN 4059 52 18 24 04 +11 19.3 0.279   183          m          12.85
Gl 713.1 59.7 18 24 53 -25 27.1 0.19   193.1 -43.2   K1+ IIIb   2.82
Gl 714 69.2 18 25 51 -58 18.1 0.43   184 -3.4   M1         9.85
Gl 715 50.1 18 27 16 -01 51.0 0.256   139.5 -54.3  dK5         8.05
Gl 716 71 18 28 23 -18 56.5 0.239   215.2 -41.6   K3 V       6.81
GJ 1228 67.2 18 29 22 +54 45.0 0.372   318         DXP8        15.5
NN 4060 70 18 29 24 -62 47.0                         K7         9.52
NN 4061 45 18 29 49 +79 23.0 0.355   3.9 -27   K5         9.28
GJ 1229 40 18 29 52 +13 41.8 0.164   45.1 -45.3   G8 V       7.2
NN 4062 79 18 30 22 +40 38.5 0.419   348          m          11.99
Gl 717 48.3 18 30 42 -11 40.3 0.406   232.5 -83.7   K7 V       10
Gl 718 45 18 31 12 +22 16.9 0.51   200.9 38.8   K4 V       8.89
Gl 719 58 18 32 45 +51 41.0 0.376   151 -24.5   K6 Ve      8.1
Wo 9629 40.3 18 32 50 -44 20.7 0.22   225 -10.6   G0         10.23
NN 4063 124 18 32 58 +40 05.1 0.223   168          M3  p      11.42
NN 4064 44 18 33 41 +41 26.8 0.387   95          M2         11.78
Gl 720 67.8 18 33 50 +45 41.8 0.566   53 -31.2  dM2         9.85
Gl 720 67.8 18 33 59 +45 42.9 0.566   53          m          13.02
NN 4065 89 18 34 01 +13 33.7 0.347   34          M3.5       12.46
Wo 9630 41.4 18 34 07 -25 42.6 0.333   148.5 -24.3   G5 V       7.44
Gl 721 129.6 18 35 15 +38 44.2 0.348   35.2 -12.1   A0 V       0.03
GJ 2138 72 18 35 54 -14 31.7 0.544   166.9         dM1         11.26
Gl 722 71.8 18 35 54 -21 05.7 0.171   206 38.6   G5 V       5.86
NN 4066 42.7 18 36 26 +20 35.1 0.215   189.8 29   F9         9.34
Gl 722.1 32 18 36 28 +42 37.2 0.289   78 33.1  dK0  e      8.34
Gl 723 66 18 37 32 -10 30.3 0.539   193.9          M0.5       11.49
Gl 724 56.2 18 38 08 -13 25.1 0.671   186.7          M0         10.63
NN 4067 49 18 38 09 +33 21.8 0.301   3          m          13.12
GJ 1230 136 18 39 04 +24 44.2 0.501   85.3          k-m        12.4
GJ 1230 136 18 39 04 +24 44.3 0.501   85.3          m          14
NN 4068 55 18 39 36 +80 02.5 0.237   35          M4  e      13.22
Gl 724.1 52.7 18 39 48 -50 12.8 0.183   202.5 -32.5   G5 V       9.32
NN 4069 64 18 39 59 +39 39.4 0.309   236          m          13.42
NN 4070 85 18 40 07 +31 46.8 0.307   272          M3         11.27
GJ 2139 53 18 40 12 -11 11.7 0.354   224 53  DA5         14.18
NN 4071 96 18 40 27 +13 51.0 0.313   352          m          12.81
NN 4072 40.4 18 40 57 +04 17.3 0.14   302 46  DA6         14.92
NN 4073 70.8 18 41 45 +40 36.8 0.619   348.7          m          18.23
Gl 725 286.1 18 42 12 +59 33.3 2.273   323.3 -0.8  dM4         8.9
Gl 725 286.1 18 42 13 +59 33.0 2.272   323.1 1.2  dM5         9.71
NN 4074 41 18 42 48 -28 59.0 0.435   137          k          12.65
Gl 725.1 50 18 43 05 +43 46.8 0.107   266.8 -44.6   K0         7.54
Gl 725.2 50.1 18 43 31 +20 29.8 0.335   181.9 22.3   F6 V       4.19
NN 4075 42 18 44 11 -61 40.1 0.544   196.7          m          12.8
Gl 725.3 53.8 18 44 39 -50 45.4 0.221   177.5 -5.5   G3 V       8.7
NN 4076 50.1 18 44 47 +52 24.1 0.843   298.4          M1         15.11
Gl 726 71 18 44 50 -03 41.5 0.275   206.1 16   K7         8.81
NN 4077 45 18 45 11 -14 38.1 0.337   223          k          12.13
NN 4078 90 18 45 22 -57 29.0 0.675   249.7          m          12.7
NN 4079 58 18 45 48 -62 07.  0.141   48          M3         10.72
Gl 727 64.1 18 46 07 +10 41.7 0.447   163.9 -8.4  dK4         7.97
Gl 728 64.3 18 46 40 +17 23.2 0.593   224.2 -21.3  dM1.5       9.22
NN 4080 42.8 18 46 42 -20 23.0 0.037   8.6 -17.7   K2 III     5.24
Gl 729 341.1 18 46 45 -23 53.5 0.72   106.7 -12.1  dM4.5e      10.46
Gl 730 58.9 18 47 31 +03 02.1 0.473   203 -1.4  dM1.5       10.74
NN 4081 49 18 47 35 -60 49.6 0.698   298.9          m          13.4
NN 4082 45 18 48 35 -57 09.8 0.805   196.9          M2         12.14
NN 4083 58 18 49 23 +47 54.8 0.277   115          m          12.53
NN 4084 47 18 49 37 +24 23.8 0.374   263          m          12.76
Gl 731 74.8 18 49 38 +16 31.8 0.537   207.9 -14.9  dM1.5       10.15
NN 4085 40 18 50 01 -54 25.1 0.208   108.8          K3 V       9.18
NN 4086 40 18 50 01 -54 25.1 0.208   108.8          m          12.3
Gl 732 75.2 18 50 15 -38 39.8 1.011   161.1        sdG0         12.7
Gl 732 75.2 18 50 15 -38 39.8 1.011   162                     16
Gl 732.1 41.5 18 50 28 +52 54.6 0.259   354.6 -1.6   G9 IVa     5.5
NN 4087 41 18 51 54 -37 33.5 0.378   159.6 -24.6   K1 V       8.11
Wo 9637 40 18 52 06 -22 44.1 0.105   103.7 104.2   K3 IIIa:   4.99
Gl 734 62.1 18 52 33 +10 54.6 0.12   95 -26.8  dM0         9.44
Gl 734 62.1 18 52 33 +10 54.6 0.12   95                     12.3
Gl 735 88.6 18 53 03 +08 20.3 0.13   129 -13.5  dM3  e      10.11
Gl 736 42 18 53 12 +04 12.1 0.099   181.7 20.1   G8 V       8.03
Gl 737 73.1 18 53 21 -56 03.1 0.412   186.2 -13.5   K7 V       9.45
Gl 737 73.1 18 53 21 -56 03.1 0.412   186.2 -15.8   K5 V       10
Wo 9638 40.9 18 53 47 +23 29.7 0.314   155.4 10.3   K2         8.09
NN 4088 48 18 54 45 +07 30.5 0.182   227          m          11.2
NN 4089 47 18 55 00 +46 18.6 0.323   13          m          13.95
Gl 738 56.5 18 55 09 +32 50.2 0.224   135.3 -45.8   F9 V       5.34
Gl 738 56.5 18 55 09 +32 50.2 0.224   135.3          K1 V       7.7
NN 4090 42 18 55 13 +54 28.1 0.32   178         dM0         10.44
NN 4091 42 18 55 15 +54 26.1 0.32   178          m          12.04
Gl 739 87.1 18 55 20 -48 20.2 0.509   163          M3         11.15
Gl 740 94.6 18 55 34 +05 51.4 1.245   189.6 10.4   M2 V       9.22
Wo 9639 35 18 56 55 +30 06.5 0.2   15.4 -39.5   G2 V       6.79
NN 4092 43 18 57 13 +07 55.1 0.408   115          M2         10.86
Gl 740.1 54.3 19 00 10 -00 47.0 0.13   198.1 -7.2  dG5         8.43
Gl 741 53.1 19 00 29 -13 38.1 0.78   225.8          M4  :      14.85
Gl 742 74.8 19 00 39 +70 35.1 0.536   9.6         DXP5        13.2
Wo 9641 43.1 19 01 41 -21 49.0 0.1   127.1 27.2   K0 III     3.77
NN 4093 42 19 02 54 +70 21.0 0.205   7          m          12.54
NN 4094 40 19 02 55 +63 55.0                         M0         10.6
Gl 743 28 19 03 00 +22 59.8 0.325   43.2 -16.9   G9         8.55
Gl 743.1 68 19 03 02 -37 08.2 0.289   160.9 -53.2   F8 V       4.87
Gl 743.1 68 19 03 02 -37 08.2 0.289   160.9 -51.3   F8 V       5
NN 4095 39.8 19 03 06 +13 47.5 0.1   185 -25   A0 Vn      2.99
Gl 743.2 20 19 03 18 +25 50.7 0.059   225.6 -71.5  dK2         7.22
Gl 744 61.2 19 03 30 -37 53.0 0.417   208.3 58.5   G5 IV      6.15
Wo 9643 43.1 19 03 49 -27 44.7 0.255   192 45.4   K1 III     3.32
Gl 745 112.2 19 04 58 +20 48.8 0.578   234.7 32.1 sdM2         10.76
Gl 745 112.2 19 05 05 +20 48.1 0.578   234.7 31.7 sdM2         10.75
NN 4096 43 19 05 18 -42 30.4 0.127   166.4 -32   K1 V       7.88
NN 4097 39 19 05 19 -31 03.1 0.096   134          K0 V       7.82
Gl 746 59.5 19 05 43 +16 46.6 0.31   169 14.8   G5 V       6.07
Gl 747 122.6 19 05 45 +32 27.0 1.635   48.9 -47   M3.5 J     11.86
Gl 747 122.6 19 05 45 +32 27.0 1.635   48.9          M5   K     12.16
GJ 1231 58 19 06 15 +26 30.6 0.539   202.6          m          15.16
Gl 747.1 46.9 19 06 29 -14 49.4 0.549   158.5          M3         12.02
NN 4098 81 19 06 37 +32 12.1 0.311   225          m          11.8
Gl 747.2 46 19 07 04 +33 58.8 0.101   306.6 11.2  dK6         9.43
Gl 747.3 59 19 07 10 -47 14.0 0.632   183.9 2   K7 V       9.36
NN 4099 55 19 07 39 +39 07.5                         M0         11.33
GJ 1232 93.6 19 07 40 +17 35.5 0.74   227 -12   k-m        13.52
NN 4100 41 19 08 07 +01 27.4 0.26   220          g          12.18
NN 4101 33 19 08 14 +79 40.4 0.198   355.6 -32.2  dK8         9.72
Gl 747.4 54 19 08 19 -55 57.0 0.33   238          k-m        11.31
NN 4102 63 19 09 13 -82 37.8 1.261   165          M3.5       12.7
NN 4103 48 19 09 18 +32 35.0 0.244   225          m          10.48
NN 4104 52 19 09 32 -39 07.2 0.503   106.3          M3         12.7
Gl 748 99.4 19 09 38 +02 48.6 1.801   105.8 -42.6  dM4         11.1
NN 4105 58 19 10 40 +35 28.8 0.25   124          m          12.01
Wo 9648 43.5 19 10 48 +49 45.7 0.667   340 -39.8   G6 V       6.57
Wo 9648 43.5 19 10 47 +49 45.6 0.668   343.7 -41.2   G6 V       6.75
Gl 748.1 47.3 19 11 01 +76 28.7 0.128   161.7 0.8   F2 V       5.13
GJ 1233 54 19 11 16 +57 34.8 0.451   26.7 -26.3   G8 V       7.04
Gl 748.2 45.9 19 12 26 +02 04.3 0.513   41.9          K4         10.2
Gl 748.2 45.9 19 12 26 +02 04.3 0.513   41.9          k-m        11.17
Wo 9652 47.9 19 12 30 +19 13.4 0.726   305.3          M3         11.55
Wo 9652 47.9 19 12 30 +19 12.7 0.726   305.3          M3.5       13.27
Gl 750 72.6 19 13 03 -45 58.4 0.45   154 -36.8   K9 V J     10.12
Gl 750 72.6 19 13 03 -45 58.4 0.45   154                     10.1
Gl 751 51 19 13 14 +24 48.3 0.305   51 -70.1  dM0         9.72
Gl 752 176.7 19 14 29 +05 05.8 1.466   204.2 36.3   M3.5Ve     9.11
Gl 752 176.7 19 14 32 +05 04.7 1.461   203.1         dM5  e      17.52
NN 4106 84 19 15 48 -53 48.  0.102   164          M2         10.82
Gl 754 175.7 19 17 07 -45 36.7 2.945   167.3 16   M4.5       12.23
GJ 1234 85.6 19 17 15 +38 38.0 0.25   179         DC7         14.57
Gl 754.2 60 19 17 53 +37 14.4 0.169   196 1.8   G8 V       6.31
Gl 754.1 98.8 19 17 53 -07 45.6 0.199   198         DQ5         12.28
Gl 754.1 98.8 19 17 51 -07 45.3 0.199   198 10  dM5         12.12
Gl 755 48 19 18 12 -35 04.6 0.123   131.7 -10.2   G5 V       6.48
NN 4107 39.1 19 18 46 -17 56.6 0.035   313.1 1.2   F0 IV      3.93
Gl 755.1 50.9 19 19 23 +14 34.9 0.09   180 35  DA5         13.01
GJ 1235 98.4 19 19 32 +20 47.5 1.751   212.6 93   k-m        13.38
GJ 1236 91.5 19 19 39 +06 57.2 0.836   242.3 32   m          12.35
Gl 756 44.6 19 19 49 +28 34.0 0.9   73.7 -30.6   M1         11.53
Gl 756.1 43 19 20 14 -66 34.3 0.324   316.5 37.9   K5 V       8.4
NN 4108 47.6 19 20 42 +29 20.6 0.704   179.7          m          15.37
Gl 757 47.4 19 21 36 -22 09.3 0.494   206.3          K4         10.92
Gl 758 56.7 19 21 41 +33 07.3 0.19   24.2 -20.6   K0 V       6.37
Gl 759 64.3 19 22 35 +11 50.2 0.966   48.4 -100.6   G8 IV      5.16
Gl 760 72.5 19 22 59 +03 00.8 0.268   72 -29.9   F0 IV      3.36
NN 4109 67 19 23 08 +28 15.0 0.41   24.9          M3.5       12.48
NN 4110 57 19 24 36 +16 37.0 0.212   163          m          13.09
GJ 1237 48 19 25 02 +49 21.2 0.843   32.8 -65.3   K3 V       8.01
GJ 1238 90.7 19 25 40 +75 26.7 0.681   33.8          m+         15.37
NN 4111 47 19 26 38 +07 03.2 0.348   50          K7         10.71
Wo 9657 21 19 26 47 -27 05.4 0.053   139 -31.4   K3 III     5.52
Wo 9657 21 19 26 47 -27 05.4 0.053   139 -31.8              8.69
Gl 761.1 48.4 19 27 26 +31 30.6 0.4   183.3 -10   G7 IV      6.96
Wo 9659 33 19 28 12 -06 37.1 0.194   223 58.4   G0         7.29
GJ 1239 50 19 29 14 -35 33.7 0.329   298.3          K5 V       8.71
GJ 1240 57 19 29 20 -11 23.0 0.233   85.5 -48.1   K2 V       7.57
Gl 761.2 44.6 19 30 04 +00 28.2 0.25   79 -47.9  dM0.5       10.43
NN 4112 39 19 30 06 -52 32.  0.255   181          M4         12.8
Gl 762 60.2 19 30 10 -62 56.9 0.5   226.4          m+         12.17
Gl 762.1 48.6 19 30 18 +58 29.0 0.648   232.8 11.4   K1 V       6.59
Wo 9661 46.1 19 31 39 +07 16.3 0.264   126.1 -25.1   K3 IIIb    4.45
NN 4113 60 19 31 56 +39 25.3 0.465   151          M2.5       11.7
Gl 763 73.7 19 32 09 +04 28.1 0.605   59.9 -57.4  dM0.5       9.36
Gl 764 178.2 19 32 28 +69 34.6 1.822   162 28.2   K0 V       4.68
NN 4114 48 19 32 41 +08 21.0 0.054   222 -20.5  dM1         10.38
NN 4115 48 19 32 41 +08 21.0 0.054   222                     12.52
NN 4116 41 19 33 02 +51 07.7 0.185   173.6 0.4   F7 V       5.73
NN 4117 57 19 33 41 +53 08.3 0.572   29          M3         12.2
Gl 764.1 52.5 19 34 02 -10 33.1 0.385   225.7 68   K2 V       8.58
Gl 764.1 52.5 19 34 02 -10 33.1 0.385   225.7 68.6   K7         10.2
Gl 764.2 50 19 34 45 -14 24.8 0.179   215.7 -15.4   F7 V       5.47
Gl 765 54 19 35 06 +50 06.3 0.26   355.5 -27.3   F4 V       4.48
Gl 765 54 19 35 06 +50 06.3 0.26   355.5                     13
GJ 1241 55.6 19 35 10 +27 36.4 0.405   85         DAV5        12.98
NN 4118 41 19 36 07 +33 46.7 0.107   297.3          G5         7.47
Wo 9664 36 19 38 18 -59 07.5 0.256   137.9 19.5   G5 V       7.48
Wo 9664 36 19 38 18 -59 07.5 0.256   137.9                     8.7
NN 4119 51 19 39 19 -45 11.8 0.242   188          M1         10.01
GJ 1242 42.7 19 39 24 +03 02.5 0.536   209.5          m          12.88
NN 4120 48.1 19 40 06 +71 45.5 0.454   205          M0.5       10.96
Gl 765.1 43 19 40 29 +50 24.5 0.214   225.9 -27.4   G2 V       5.96
Gl 765.1 43 19 40 32 +50 24.0 0.211   221.5 -28.1   G5 V       6.2
Gl 765.2 40 19 40 40 +76 18.2 0.211   46.6 -3.8  dK0         8.08
Wo 9666 43.6 19 40 42 -15 35.3 0.235   139.9 12.8   F5 IV      5.49
NN 4121 41 19 41 45 -71 12.2 0.673   176.3          m          13.9
Gl 765.3 42 19 42 16 +57 53.8 0.129   114.2 -29.8   F8         6.23
Gl 765.4 43.9 19 43 39 +33 29.1 0.431   177.7 4.4   K3 V       8.35
Gl 765.4 43.9 19 43 39 +33 29.1 0.431   177.7          K3 V       8.54
Gl 766 93.1 19 43 43 +27 01.2 1.226   181.5         dM4.5 J     12.91
Gl 766 93.1 19 43 43 +27 01.2 1.226   181.5                     13.4
NN 4122 58 19 43 52 +32 15.7 0.457   63          M0         10.86
Gl 767 74.1 19 44 26 +31 53.9 0.623   131 -4.4   M0.5       10.15
Gl 767 74.1 19 44 26 +31 53.9 0.623   131 -3.5   M2  :      11.1
Gl 767.1 44.4 19 44 32 +33 36.6 0.444   178.9 4.2   F5 IV-V    4.99
Gl 767.1 44.4 19 44 34 +33 36.8 0.443   177.6 4.5  dK6         8.56
NN 4123 39 19 47 13 +08 04.9 0.249   243          k          15.21
NN 4124 58.5 19 48 05 +32 27.2 0.526   61.7          M3         12.41
NN 4125 42 19 48 19 +31 39.0 0.365   27          m          12.88
Gl 768 201 19 48 21 +08 44.1 0.662   54.3 -26.1   A7 IV-V    0.77
Gl 768.1 59 19 48 38 +10 17.4 0.274   120 -0.2   F8 V       5.11
Gl 768.1 59 19 48 38 +10 17.4 0.274   120 -1.2   M3         13.1
GJ 1243 83.9 19 49 37 +46 21.0 0.29   32          m          12.83
NN 4126 51 19 49 43 +11 30.2 0.484   226.3 -19.5   G0 V       6.13
Gl 769 38.4 19 50 22 -47 55.6 1.072   186.2 25   M3         12.53
GJ 1244 49 19 50 37 -72 29.5 0.299   182.5          K5 V       8.45
Gl 770 71.7 19 51 18 -24 04.0 0.426   197.4 -5.1   K3/4 V     6.17
NN 4127 46 19 51 39 +34 00.4 0.241   2          m          11.63
NN 4128 41 19 52 06 +32 25.8 0.251   51          m          12.43
GJ 1245 212 19 52 16 +44 17.5 0.731   143.1          M5.5 V e   13.41
GJ 1245 212 19 52 17 +44 17.5 0.731   143.1          m          14.01
Wo 9672 30 19 52 33 +03 56.0 0.383   229.6 50   K3         9.4
Gl 771 74.3 19 52 51 +06 16.8 0.481   174.8 -40.7   G8 IV      3.72
Gl 771 74.3 19 52 51 +06 16.8 0.481   174.8          M3         11.4
GJ 1246 46 19 53 26 -31 28.2 0.418   86.8          K4 V       8.43
Gl 772 86.1 19 53 56 -01 10.0 0.79   211.9 76  DA6         13.7
Wo 9674 45.6 19 54 30 +51 08.1 0.586   52.6          M2         12
Gl 773 47.4 19 54 33 -12 41.7 0.516   189.1 -10.6   K4 V       9.3
Gl 773 47.4 19 54 37 -12 41.5 0.52   188.1          m          15.36
GJ 1247 44 19 54 35 -55 04.3 0.177   138.1          K3 V       8.6
Gl 773.2 38 19 55 13 +29 41.1 0.262   19.7 -29.6   K0 Ve      7.9
Wo 9677 40 19 55 39 +59 01.7 0.421   255         dM0  p      9.96
Wo 9677 40 19 55 30 +59 01.3 0.421   255          m          13.5
NN 4129 63.1 19 55 45 +01 54.6 0.864   201.3          k          11.95
Gl 773.3 40.6 19 57 04 -10 05.4 0.483   214.5 30.2   G0 V       5.88
Gl 773.4 51.6 19 57 07 -33 50.3 0.315   155.6 -8.2   F8 V       5.66
NN 4130 52 19 58 34 +22 34.6 0.238   179.7          G5         7.67
Gl 773.6 51 19 58 50 -50 11.2 0.532   135.4 19.3   K5 V       8.66
Gl 774 74.6 19 59 20 -65 43.7 0.863   172.5 72   m          11.35
Gl 774 74.6 19 59 20 -65 43.7 0.863   172.5 33   m          12.82
Gl 775.1 45 20 00 17 +15 27.6 0.598   195.9 20   G8 V       7.16
Gl 775 70.6 20 00 17 +03 11.0 0.15   326.6 -29.7   K4 V       7.46
Gl 776 53 20 00 34 -67 27.2 1.081   129.8 -12.2   G2 V       6.08
Gl 776.1 23 20 00 41 -45 47.7 0.584   270.7          K4 :       12.15
NN 4131 50 20 00 56 -31 49.7 0.813   156.6          m          14.5
NN 4132 60 20 01 19 -08 16.1 0.57   243.3          k-m        13.4
GJ 1248 78.9 20 01 24 +05 51.9 0.922   212          k-m        12.09
Gl 777 59.8 20 01 34 +29 45.7 0.864   127.7 -45.9   G8 IV-V    5.71
Gl 777 59.8 20 01 23 +29 43.9 0.857   127.9 -5   M4  :      14.37
Gl 778 55 20 01 47 +23 12.7 1.353   228.3 -1.8   K1 V       7.26
Gl 779 60.2 20 01 51 +16 56.0 0.571   224.3 4.8   G1 V       5.8
Gl 779.1 51 20 02 04 +25 38.9 0.085   241.1 -6.4   K3 V       7.88
NN 4133 57.2 20 02 46 -11 05.4 1.081   94.9         DC9         16.87
NN 4134 54 20 02 53 +54 19.5 0.124   157.7 -9  dK0         7.72
GJ 1249 43.8 20 03 20 +38 20.0 0.278   68.5 -22.5   G5 IV      6.17
Gl 780 175.2 20 03 50 -66 18.7 1.66   133.5 -21.7   G8 V       3.56
Gl 781 59.9 20 03 55 +54 18.2 1.455   232.7 -148  dM3  e      11.99
NN 4135 55 20 04 25 +52 49.4 0.264   44          m          13.16
Gl 781.1 50.7 20 04 38 -31 53.6 0.796   158.8          M3         12.25
Gl 781.1 50.7 20 04 35 -31 53.3 0.796   158.8          M3.5       12.5
NN 4136 49 20 05 21 -01 41.2 0.407   129          k-m        13.55
GJ 1250 46.8 20 06 21 +33 09.0 0.488   39.4          m          14.88
Gl 781.2 36 20 06 48 -14 26.0 0.12   113.5 -14.5   K3/4 V     9.76
Gl 781.3 59 20 07 21 -21 55.4 0.311   158 35  DA6         14.44
Gl 782 63.2 20 07 26 -20 38.2 0.565   231 19.4   K4 Vp      8.92
GJ 2147 79 20 07 51 -30 21.9 0.423   236         DA4         12.18
NN 4137 45 20 07 54 -25 43.4 0.848   166.6          m          14.98
Gl 783 177.1 20 07 55 -36 13.7 1.633   163.8 -129.8   K3 V       5.32
Gl 783 177.1 20 07 55 -36 13.7 1.633   163.8          M3.5       11.5
Gl 783.2 51 20 08 50 +16 02.0 0.574   314.7 -48.3   K1 V       7.33
Gl 783.2 51 20 08 57 +16 01.8 0.572   312.9         dM          13.94
NN 4138 41 20 09 36 +38 14.9 0.122   16.3 -6   G8 V       7.95
NN 4139 39 20 09 39 -12 45.9 0.275   134.6 22.6   F7 V       5.85
Gl 784 163.9 20 10 19 -45 18.8 0.796   102.5 -31.1   M0 V       7.97
Gl 784.2 44.4 20 11 32 +06 32.5 0.633   202.8         dM5         13.19
Gl 784.2 44.4 20 11 29 +06 34.0 0.633   202.8         DA7         15.72
NN 4140 43 20 11 47 -07 25.8 0.269   178          K7 V       10.2
Gl 785 108.8 20 12 10 -27 11.0 1.259   98.5 -54.4   K0 V       5.73
Gl 786 60.4 20 12 24 +77 04.8 0.517   6.7 -1.1  dM0         8.88
NN 4141 47 20 12 37 -39 38.5 0.251   149.3          K1 V       7.77
Gl 786.1 34.6 20 14 11 +42 49.5 0.06   170         dM0  p      9.97
NN 4142 33 20 14 28 +06 46.0 0.161   86.4 -57.3  dK8         9.72
Gl 787 62.6 20 16 07 -46 35.1 0.387   255.7 29.9   K5 V       8.72
NN 4143 58 20 16 30 +15 41.0 0.207   108          m          11.79
Gl 788 72.9 20 17 02 +66 41.6 0.549   57.6 -4.6   G5 V       5.93
NN 4144 45 20 17 13 +07 51.0 0.182   152          m          12.92
NN 4145 56 20 17 27 -51 57.0 0.11   336          M0         10.2
Wo 9691 43.5 20 18 04 -50 09.3 0.432   235.6 17.9   G2 IV-V    6.27
Gl 788.1 51.2 20 18 35 -58 26.4 0.845   114.8 -66   m          10.59
GJ 1251 59 20 21 33 -76 49.9 1.43   152.9 122   M4.5       13.82
GJ 1252 42 20 23 46 -56 35.7 1.283   161.4 6   m          12.23
Gl 790 56.3 20 24 38 -31 01.6 0.519   181.6 -1   G5 V       6.61
Gl 791 79.6 20 24 40 -27 54.1 0.892   192.9 -16   M3         11.41
NN 4146 43 20 24 50 +27 20.9 0.288   0          m          12.27
GJ 1253 107.6 20 24 58 +58 24.0 0.606   24.1          M5         14.04
Gl 791.1 52.1 20 26 01 -17 58.8 0.029   215.5 18.4   F2 IV      4.78
Gl 791.1 52.1 20 26 01 -17 58.8 0.029   215.5                     10
Gl 791.2 114.2 20 27 21 +09 31.2 0.685   79.8 -15  dM6  e      13.05
Wo 9697 28.4 20 28 04 +26 40.6 0.197   224.8 15.4  dM1         10.28
Wo 9697 28.4 20 28 04 +26 40.6 0.195   228                     10.7
Gl 791.3 39 20 29 33 +33 36.3 0.151   90 -26.8  dK8         9.23
Gl 792 66.4 20 29 34 +38 22.9 0.743   16.8          M4         13.48
Gl 793 120.4 20 29 50 +65 16.6 0.533   57.9 10.1  dM3         10.56
Gl 793.1 51.1 20 31 06 +41 43.2 0.486   340.6 -6.1   G9 V       7.09
NN 4147 39 20 31 25 -13 53.7 0.097   43.3 -42.7   F6 V       6.13
NN 4148 45 20 31 31 +23 11.8 0.287   73          m          12.93
NN 4149 50 20 32 11 +03 10.8 0.564   155.8          m          12
Gl 794 69.4 20 32 14 +24 54.0 0.662   214.2 71  DA3         11.52
GJ 1254 62.5 20 32 40 +61 34.0 1.052   30.5 -29   m          12.52
NN 4150 43 20 33 18 +64 08.9 0.436   254          m          13.08
NN 4151 51 20 33 51 +59 07.1 0.262   260          m          13.43
Gl 794.1 44.8 20 34 04 -47 28.0 0.088   38.6 -1.3   K0 III     3.11
NN 4152 49 20 34 54 +38 40.1 0.237   134          m          13.35
NN 4153 43 20 35 08 +21 46.5 0.288   190          M2         11.44
Gl 794.2 55 20 35 55 -60 43.1 0.65   151.8 -31.6   F8 V       5.12
Gl 794.3 40 20 36 47 +38 27.7 0.29   133.9 -21.4   G2 V       6.75
Gl 795 63.5 20 37 05 +04 47.6 0.882   84.1 -39.2   K4 V       8.18
Gl 795 63.5 20 37 05 +04 47.6 0.882   84.1          K8 V       9.4
Gl 796 70.1 20 37 13 -23 57.5 0.678   46.8 -45.3   G8 V       6.36
GJ 1255 44.7 20 52 04 +74 34.9 0.705   35.1 -29.9   G8 V       7.8
GJ 1255 40.4 20 38 03 +75 25.0 0.65   30.7          K0 V       8
GJ 1255 40.4 20 38 03 +75 25.0 0.65   30.7                     10.4
NN 4154 79 20 38 07 -81 53.8 0.745   136.6          m          11.5
GJ 1256 101.6 20 38 10 +15 18.7 1.487   63.3 -76  dM4-5       13.43
NN 4155 44 20 38 13 -10 17.5                         M0  e      11.94
Gl 797 49.8 20 38 29 +19 45.2 0.338   21.8 -35.8   G5 V       6.45
Gl 797 49.8 20 38 29 +19 43.1 0.33   22 -35.4   m          11.88
Gl 798 82 20 38 37 -52 51.8 1.069   176.4 -42.9   K7 V       8.82
Gl 799 122.8 20 38 44 -32 36.6 0.429   140.5 -4  dM4.5e      10.99
Gl 799 122.8 20 38 44 -32 36.6 0.429   140.5 -3  dM4.5e      11
GJ 1257 49.4 20 38 45 -22 29.4 0.833   130.6 -60.3   K5 V       9.7
GJ 2149 39 20 39 36 -68 16.0 0.247   138         DA3         13.4
Gl 799.1 41.8 20 39 41 -20 15.3 0.347   105         DA3         12.38
Gl 800 67.2 20 40 04 -19 05.2 1.1   144 5  dM2         10.84
Gl 800 67.2 20 40 04 -19 05.2 1.1   144                     14
NN 4156 42 20 40 12 +57 14.5 0.291   18 -24   K7         10.29
NN 4157 43 20 40 14 -29 36.1 0.206   190.5 -19.8   G5 V       6.95
NN 4158 47.3 20 40 23 -52 06.1 0.169   109 -1.6   A7 III-IV  4.51
NN 4159 50 20 41 06 -00 21.8 0.448   54          K0         11.47
Gl 802 63.3 20 41 53 +55 08.8 1.915   27.6 -23  dM5  e      14.68
Gl 803 106.9 20 42 04 -31 31.1 0.441   142.1 -7.1   M0 Ve      8.81
NN 4160 52 20 42 05 +08 43.0 0.253   50          k-m        11.27
NN 4161 52 20 42 04 +08 43.2 0.253   50          m          12.54
Gl 804 48.8 20 42 06 +19 34.5 0.56   177.7 3  dM1.5e      10.31
NN 4162 48 20 42 44 -29 38.1 0.546   218          m          13.4
Gl 805 77 20 43 08 -25 27.1 0.162   197.7 25.8   F5 V       4.13
Gl 806 85.4 20 43 18 +44 18.7 0.506   56.7 -24.4  dM3         10.77
Wo 9706 43.8 20 44 07 +57 24.0 0.243   196.4 -32.4   F8 IV-V    4.51
Gl 806.1 52 20 44 11 +33 46.9 0.484   47.2 -10.9   K0- III    2.45
Gl 806.1 52 20 44 05 +33 46.8 0.48   47.5          M4         13.4
Gl 807 76.1 20 44 16 +61 38.6 0.826   6.3 -86.8   K0 IVe     3.43
Gl 808 64.3 20 44 30 -79 29.0 1.216   144.6 35   M2.5       11.85
Gl 808.1 49.4 20 45 06 -44 10.3 0.211   119.3 -14.9   F1 IV      5.1
NN 4163 50 20 46 37 +19 32.1 0.249   220          m          13.38
NN 4164 48 20 47 04 -00 32.2 0.395   123.6          M3.5       13.06
NN 4165 55 20 47 10 +37 16.9 0.229   48 71  DA4         12.93
Gl 808.2 53 20 48 04 +29 11.9 0.041   149.1 -8.3   K5 V       8.41
NN 4166 50 20 48 13 +26 19.6 0.523   232.9         DC9         15.58
NN 4167 47 20 49 02 +52 42.4 0.536   32.2          K5         9.74
NN 4168 40.3 20 49 59 +26 54.5 0.095   231.8 1   G7 III CN  4.58
NN 4169 72.2 20 51 10 +10 26.0 0.665   226.2          m          13.97
NN 4170 43 20 51 32 +68 58.7 0.232   77          M3         11.7
Gl 809 133.5 20 52 18 +61 58.5 0.772   180.5 -17   M2 Ve      8.55
GJ 1259 43 20 52 42 +12 58.8 0.676   55.2 -40   K3 V       8.81
Gl 810 78.9 20 52 48 -14 13.2 1.486   107.5          M3.5 J     12.45
Gl 810 78.9 20 52 47 -14 15.0 1.486   107.5                     14.55
Gl 811 45 20 53 49 -26 29.3 0.115   121.1 -16.1   F8 V       5.7
Gl 811.1 56.3 20 54 04 -10 37.6 1.155   182.8 51  dM4         11.47
Gl 812 63.5 20 54 07 -05 02.2 0.816   106.1 -44.5   M3         11.91
Gl 812 63.5 20 54 06 -05 02.0 0.816   106.1         DC9+        16.6
Gl 812.1 50 20 54 22 -44 18.5 1.101   207.9 -9.6   G0 V       6.53
NN 4171 42.4 20 55 03 +42 44.2 0.016   208.8          A2         9
Gl 813 76.2 20 55 09 +22 10.4 0.779   103 -31.1   M3         12.01
NN 4172 52 20 56 23 -33 48.6 0.183   146.9          K0 V       7.35
NN 4173 42 20 56 40 +34 04.8 0.329   116          M2         11.06
NN 4174 44.3 20 57 17 +37 44.1 0.018   147.7          K5         8
Wo 9713 43.5 20 57 35 -42 13.4 0.417   87          K4         12.3
Gl 815 66.1 20 58 09 +39 52.7 0.668   114.6 -33.7  dM3  eJ     10.34
Gl 815 66.1 20 58 09 +39 52.7 0.668   114.6                     11.9
Wo 9714 48 20 58 35 -32 43.2 0.2 : 114          K5 V       9.4
NN 4175 40 20 59 10 +20 32.1 0.538   223.8          m          14.1
NN 4176 59 20 59 13 +33 02.8 0.356   113          m          12.29
NN 4177 59 20 59 17 +33 02.7 0.356   113          m          13.12
Gl 816 80.3 20 59 20 -06 30.6 0.515   201.9          M2.5       11.23
Wo 9716 64 20 59 30 -57 09.3 0.499   317.3          M4         12.85
NN 4178 57 20 59 43 -50 34.4 0.5   141.6          m          13.1
Gl 816.1 45.8 21 00 53 +45 41.1 0.422   69.5 -13.6   K25 V      7.68
Gl 816.1 45.8 21 00 53 +45 41.1 0.422   69.5                     13
Gl 816.2 53.5 21 01 34 -20 03.2 0.05   225.2 23.8   A5 V       5.1
Gl 816.2 53.5 21 01 34 -20 03.2 0.05   225.2                     6.5
Gl 817 57.5 21 02 09 -17 07.8 2.251   206.3 -47   M2         11.46
Gl 818 58.6 21 02 51 +06 52.6 0.572   172.5 -65.7   K6 V       8.3
NN 4179 47 21 02 56 -17 06.8                         K7         10.33
NN 4180 43.1 21 03 26 +04 13.8 0.217   140          m          12.18
Gl 818.1 41.7 21 04 11 -73 22.3 0.55   127.6 -10.1   G3 IV  J   6.4
Gl 818.1 41.7 21 04 11 -73 22.3 0.55   127.6                     6.4
Gl 818.1 41.7 21 04 11 -73 22.3 0.55   127.6                     13.5
Gl 819 68.1 21 04 24 -14 07.4 0.392   93.9 -34   K1 Ve      7.15
Gl 819 68.1 21 04 24 -14 07.4 0.392   93.9          M0         10.2
Gl 820 288.7 21 04 40 +38 30.0 5.22   52.4 -64.8   K5 Ve      5.21
Gl 820 288.7 21 04 40 +38 30.0 5.22   52.4 -64.3   K7 Ve      6.03
Gl 820.1 57.9 21 05 12 -82 01.  0.37   167 -57  DA6         13.56
Wo 9720 44.7 21 05 42 -21 23.7 0.061   160.1 -12   A0 V       5.3
NN 4181 32 21 05 49 +24 58.5 0.157   187.6 -4.1  dK8         9.88
Wo 9721 44.6 21 06 08 -04 37.8 0.058   281 11  dM2         9.44
Wo 9721 44.6 21 06 08 -04 37.8 0.058   281                     13.4
Gl 821 91.7 21 06 30 -13 28.7 2.096   160.1 -61   M3         10.87
Wo 9722 41.7 21 06 44 +59 32.1 2.098   208.7 -260 sdM1         13.3
Wo 9723 39.7 21 07 01 +46 57.3 0.497   119.6          K3         10.78
Wo 9724 42.4 21 08 29 -43 48.0 0.713   163.6          M1         12.01
Wo 9725 28 21 08 34 +80 35.3 0.31   62          K5         10.84
NN 4182 53 21 08 47 +29 13.3 0.361   220          M1         11.05
Wo 9726 36 21 09 01 -40 28.3 0.228   163.1 6.3   F7 V       5.83
NN 4183 39 21 09 24 +45 15.3 0.399   220.1          K2         7.83
GJ 2152 41.6 21 11 00 +07 13.7 0.363   70          f          16.17
Gl 822 53.3 21 12 03 +09 48.2 0.307   175.3 -15.8   F7 V       5.11
Gl 822 53.3 21 12 03 +09 48.2 0.307   175.3          F7 V       5.4
Gl 822.1 51.4 21 12 48 +37 49.9 0.465   20 -23.1   F0 IV      3.82
Gl 822.1 51.4 21 12 48 +37 49.9 0.465   20          G0 V       6.42
Gl 822.1 51.4 21 12 47 +37 48.4 0.463   19.8          M3         12
NN 4184 59 21 13 00 +25 35.4 0.314   147          m          12.13
Gl 822.2 69 21 13 45 +25 13.5 0.077   242 -26.6   G5 V       6.99
NN 4185 65 21 13 56 +29 39.3 0.217   77          m          12.68
NN 4186 65 21 13 54 +29 39.2 0.217   77          m          13.49
Gl 824 61 21 14 05 +09 11.1 0.184   130.2 -18.3  dK8         7.95
Gl 825 258.6 21 14 20 -39 03.7 3.453   250.8 28.2   M0 Ve      6.67
Gl 825.1 46.6 21 14 47 -61 33.4 0.659   133.6 -19.6   G5 V       6.6
NN 4187 42 21 14 55 -09 06.7                         M1         12.11
NN 4188 42 21 14 58 -09 07.4                                    13.33
NN 4189 49 21 15 05 +20 41.0 0.42   47          M3         12.47
NN 4190 49 21 15 05 +20 41.0 0.42   47          M4         14
Gl 825.2 43 21 15 11 -43 32.7 0.246   86 10.7   G5 V       6.75
Gl 825.3 47.5 21 15 28 -00 02.8 0.496   111.4 -26.9  dK6         8.22
NN 4191 45 21 15 48 -56 03.0 0.45   114         DA6         14.28
Wo 9732 55 21 15 54 -67 51.9 0.411   284.8          m          10.9
Wo 9733 41.9 21 16 19 -53 39.6 0.114   123.1 -14.5   A5 V       4.5
Wo 9733 41.9 21 16 18 -53 39.6 0.121   127 -7.2   A7 V       6.9
Gl 825.4 56.5 21 16 52 -26 33.6 0.643   236.8 -17.2   G5 V       6.63
Gl 825.4 56.5 21 16 52 -26 33.6 0.643   236.8 -21.2  dG6         9.6
Gl 826 67 21 17 23 +62 22.4 0.158   70.5 -11.5   A7 IV-V    2.44
GJ 1261 50.9 21 17 23 +53 59.8 0.24   333         DA          12.33
Wo 9735 44.1 21 17 23 -51 15.4 0.24   126 22.2   G5         10.64
Gl 826.1 47.6 21 17 25 -20 03.3 0.744   193.6 15.6   K5 V       9.12
GJ 1262 48 21 20 19 -68 26.7 0.221   43.2 11.5   G5 V       6.97
Gl 826.2 38 21 20 52 -46 55.2 0.738   96.7          M2         12.46
NN 4192 40 21 21 52 +08 17.3 0.257   228          m          13.64
Gl 827 115.5 21 22 20 -65 35.6 0.805   6.7 -29.4   F8 V       4.22
NN 4193 49 21 23 00 -42 39.  0.087   340          M7         12.67
Gl 827.1 36 21 23 18 -56 20.7 0.693   79 -40.5   K3 V       8.66
Gl 828 67 21 23 45 -45 01.7 0.314   55.7 8.2   K0 V       7.48
Gl 828 67 21 23 36 -45 01.  0.31   54          m          14.1
Gl 828.1 52.6 21 24 11 +03 31.2 0.09   229 -4.7  dM1         10.52
Gl 828.2 53.6 21 24 38 -07 03.4 0.411   180          M0         11.1
NN 4194 41 21 24 40 +70 15.6 0.034   35.2          G5         7.28
NN 4195 40.3 21 25 19 +07 05.4 0.653   199.2          M0.5       11.6
NN 4196 47 21 25 28 +33 48.5 0.322   233          m          11.15
NN 4197 53 21 25 28 -22 31.4 0.312   219          M4         12.21
Gl 828.4 30 21 25 45 +10 23.5 0.119   78.4 -14.1   K2         8.73
Gl 828.5 48.8 21 26 43 +73 25.9 0.3   170 8  DA4         12.8
Gl 829 147.8 21 27 12 +17 25.1 1.058   69.8 -24.9  dM4  e      10.3
Gl 830 63.6 21 27 16 -12 43.6 1.059   104.5 -84.1   M0 V       9.1
NN 4198 62 21 27 36 -40 55.4 1.73   143.7          M3         13.19
Gl 831 125.6 21 28 34 -10 00.6 1.194   90.8 -56.7  dM4.5e      12.05
Gl 831 125.6 21 28 34 -10 00.6 1.194   90.8                     14.9
NN 4199 40.7 21 28 45 +23 07.0 0.205   140.8 -23  dK8         9.25
NN 4200 58 21 28 54 -09 57.9 0.171   225.5          G0         7.41
NN 4201 81 21 30 06 +24 20.4 0.233   95          m          12.66
Gl 832 215 21 30 14 -49 13.2 0.828   184.8 4.1   M1 V       8.67
NN 4202 60 21 31 10 -07 04.2 0.519   167.7          M3.5       14.01
NN 4203 68.6 21 31 16 +01 34.3 0.669   180.5         dM          13.35
NN 4204 68.6 21 31 16 +01 34.3 0.669   180.5          m          14.5
NN 4205 70 21 33 05 +51 18.4 0.587   59.7          M3.5       11.78
Gl 833 76.6 21 33 17 -51 04.1 0.473   115 28.1   K2 V       7.14
NN 4206 65 21 34 00 -63 57.0 0.157   261          M2         10.62
Gl 834 49.8 21 34 38 +39 14.0 0.263   233         dM0         10.34
Gl 834 49.8 21 34 38 +39 14.0 0.263   233                     12.3
NN 4207 57 21 35 38 -33 52.8 1.19   116.5          M2         12.57
Gl 835 80.8 21 35 45 +27 29.9 0.43   93 -13.3   M0  e      9.88
Gl 835.1 51.5 21 36 00 -77 36.8 0.243   167.5 34.4   K0 III     3.75
NN 4208 47 21 36 06 +52 51.3 0.296   70          M0         10.6
Gl 836 71.7 21 36 06 -24 22.5 1.208   124.4 36   M3.5       13.43
Gl 836.1 45.4 21 36 15 -27 31.9 0.397   101.2 -17.6   G4 IV-V    6.73
NN 4209 28.2 21 37 19 -16 53.4 0.189   96.5 -31.2   F0 p       3.68
NN 4210 53 21 37 40 +27 23.3 0.35   130          M3:        11.62
NN 4211 52 21 38 41 -01 00.2 0.262   81          m          12.57
Wo 9747 42.9 21 38 47 +53 46.6 0.414   75.4          M3.5       14.1
Gl 836.3 45 21 39 02 -41 21.0 0.353   145.6 57.8   K5 V       8.82
Gl 836.4 32 21 39 25 -12 23.0 0.695   173.7          M1.5:      12.8
NN 4212 43 21 39 46 +27 27.6 0.307   259          m          13.97
Gl 836.5 79.6 21 40 22 +20 46.7 0.677   200         DQ6         13.24
NN 4213 53 21 41 45 +06 24.8 0.35   245         dM3         12.07
NN 4214 57 21 41 46 +16 49.7 0.259   90          m          13.65
NN 4215 57 21 41 45 +16 50.8 0.259   90          m          14.81
Gl 836.6 43.2 21 41 54 +28 31.0 0.376   129.3 15.8   F4 V       4.78
Gl 836.6 43.2 21 41 54 +28 31.0 0.315   133 23.5   G2 V       6.09
Gl 836.7 66.1 21 42 07 +14 32.6 0.261   116.5 -17   G0 V       5.94
NN 4216 66 21 42 24 -06 00.7 0.438   204          M3.5       12.81
Gl 836.8 52.3 21 42 30 +41 22.0 0.08   320 9.5  dK6         9.63
NN 4217 49 21 42 48 -06 07.7 0.36   205          M3.5       13.54
Gl 836.9 52.1 21 43 02 -57 55.3 0.906   174.6 -7   K7 V       9.47
Gl 836.9 52.1 21 43 02 -57 55.3 0.906   174.6          K7 V       9.6
NN 4218 47 21 43 24 +20 33.0 0.248   97          m          14.39
GJ 1263 81.8 21 44 04 -00 24.0 0.919   124.2 39   M3.5       12.65
Gl 837 68.1 21 44 17 -16 21.3 0.394   138.5 -6.3   A6 m       2.87
GJ 1264 98 21 44 34 -72 19.9 0.464   132          M2 Ve      9.8
Wo 9754 39 21 44 55 -40 29.0 0.372   162.7 -6.8   K3 V       8.62
NN 4219 59 21 45 00 +46 24.2 0.295   89.1          M3.5       13.36
Gl 838 71.8 21 45 01 -47 31.9 0.337   150.6 -6.5   G2 V       5.58
NN 4220 40 21 45 26 +05 35.7 0.42   130          M1.5       11.79
NN 4221 41 21 45 37 +01 12.8 0.232   94          m          13.87
NN 4222 53 21 45 44 -63 21.3 0.545   32.8          m+         12.5
NN 4223 46 21 45 58 +50 00.3 0.823   57.6          M4         13
NN 4224 66 21 46 00 -41 46.0 0.342   121          M6         12.2
NN 4225 54.2 21 46 02 +27 42.3 0.708   196.2          m          11.99
Gl 838.1 41 21 46 40 +05 29.4 0.55   92.4 -10.3   K3 V       8.65
Gl 838.1 41 21 47 04 +05 25.0 0.504   90.7          m          14.9
Wo 9757 39 21 47 06 -11 54.9 0.425   230 37   K5         10.83
NN 4226 60 21 48 25 -10 16.4 0.054   76.7          G0         7.5
Wo 9758 26 21 48 40 +74 45.9 0.173   39.4 20.7   K0         8.99
NN 4227 38.1 21 48 49 +12 36.4 0.653   73.1          m          13.42
Gl 838.2 30 21 49 05 +00 36.9 0.348   100.6 -29.1   K1         8.6
NN 4228 68 21 49 23 +13 22.3 0.224   123          m          13.93
NN 4229 49 21 49 35 -77 34.3 0.288   129 -10.6   K3/4 V     8.24
NN 4230 49 21 49 35 -77 34.3 0.288   129                     10.5
NN 4231 64 21 49 40 +05 23.5 0.171   131         dM2         12.11
Gl 838.3 36 21 49 52 +42 06.8 0.343   208.5 -25.6   G8         7.86
Gl 838.3 36 21 49 52 +42 06.8 0.343   208.5          M1         11.45
Gl 838.4 40.4 21 49 53 +02 09.4 0.331   178         DA3         12.75
NN 4232 39 21 49 55 +27 11.5 0.806   159.4          m          14.06
NN 4233 29 21 50 14 +39 34.0 0.442   90.5 -51.7   K2         8.23
NN 4234 37 21 50 16 +28 33.5 0.079   223 19   F5 VI-V    5.53
Gl 838.5 45.7 21 50 34 -13 47.3 0.311   87.4 -21.5   F1 III     5.08
NN 4235 41 21 51 06 -43 50.3 0.607   89.2                     15.35
NN 4236 51 21 51 32 -01 31.2 0.26   177 113  DA6         14.41
Gl 838.6 88.7 21 51 37 -47 14.1 0.497   219.6 59   M1         11.98
Gl 839 46 21 51 55 +41 32.8 0.533   133.4 -48  dM1         10.35
Gl 840 49 21 52 32 +32 05.7 0.31   136.2 -13.8  dK0  e      7.78
NN 4237 49.6 21 53 27 +32 48.0 0.01   315                     10
NN 4238 49.6 21 53 27 +32 48.0 0.01   315                     10.2
Gl 841 68.4 21 53 35 -51 14.4 0.39   189 -9   M0         10.4
Gl 841 68.4 21 53 35 -51 14.4 0.39   189         DQ7         14.68
NN 4239 75 21 54 16 -02 08.9 1.426   64.2         dM5         14.64
NN 4240 52 21 54 17 +19 32.3 0.477   194.3          M3.5       12.9
NN 4241 55.7 21 54 56 +07 53.8 0.382   76.4          M1         11.01
NN 4242 42 21 55 56 -32 42.3 0.536   226.8          m          14.65
NN 4243 42 21 55 55 -32 40.5 0.536   226.8          m          15.8
Gl 842 77.2 21 55 56 -59 59.4 0.886   96.1 13.4   M2         9.75
NN 4244 45 21 55 57 -61 10.3 0.102   181.7          K7         9.55
NN 4245 42 21 55 58 -47 00.1                         M4         11.8
Wo 9763 42.1 21 56 42 -04 19.6 0.446   175.4          M2 :       14.17
NN 4246 44 21 57 18 +41 37.4 0.395   162          m          12.76
Gl 842.2 53.1 21 57 58 +75 20.9 0.226   84 -18.6  dM1         10.56
NN 4247 112 21 58 56 +28 03.9 0.394   85          m+         12.01
Gl 843 80.1 21 59 12 -19 43.5 0.928   85.1          M3         12.03
Gl 844 70.9 21 59 24 +16 13.4 0.43   70 -14.8   M2 V       10.62
NN 4248 100 21 59 27 -37 19.2 0.836   105.6          M3.5       11.8
Gl 845 288.9 21 59 33 -56 59.6 4.7   122.9 -40.4   K5 Ve      4.69
Gl 846 98.9 21 59 39 +01 09.7 0.532   241 18.5   M0.5 V     9.18
NN 4249 47 21 59 52 -50 52.8 0.581   147.7          M4         12.09
Gl 847 29 21 59 55 -70 09.9 0.632   97.2 -9.1   m          10.97
Gl 847 29 21 59 55 -70 09.9 0.632   97.2          m          13.7
NN 4250 43.2 22 01 00 +01 21.8 0.032   129                     10.34
NN 4251 44 22 02 01 +67 15.6 0.568   121          m          13.41
NN 4252 41 22 02 34 +04 53.5 0.488   74.4          M3         13.6
NN 4253 49 22 02 53 -38 30.3 0.784   131          M3.5       12.45
NN 4254 57 22 03 13 -12 08.9 0.293   242          K7         10.15
NN 4255 40 22 03 28 +78 02.1 0.265   75          m          15.87
Gl 847.1 33 22 03 38 -45 38.0 0.477   123.6 -23.4   K2 V       8.43
NN 4256 44 22 03 53 +39 03.7 0.471   173.4          m          12.69
NN 4257 53 22 04 13 +03 10.7 0.601   125.7          M4         13.6
NN 4258 48 22 04 25 +65 23.9 0.393   308          M1.5       11.62
Gl 848 79.9 22 04 41 +25 06.0 0.3   84.5 -5.5   F5 V       3.76
Gl 848.1 27 22 04 55 -51 27.7 0.36   112 -38   K7         10.51
Gl 848.1 27 22 04 34 -51 21.7 0.36   112          m          12.51
Gl 848.1 27 22 04 33 -51 21.9 0.36   112          m          13.42
Gl 848.2 39.8 22 05 05 -47 12.2 0.197   138.2 10.9   B5 V       1.74
Gl 848.4 53.9 22 06 52 -07 47.3 0.455   169.5 -21.4   G8 IV      6.55
Gl 849 114.4 22 07 00 -04 53.2 1.037   91.5 -14.8  dM3.5       10.37
Gl 849.1 59 22 07 13 -32 47.7 0.431   88 -14.6   F6 V       4.92
NN 4259 39.7 22 07 21 +14 14.8 0.351   46         DA6         15.66
NN 4260 44.4 22 07 34 +40 47.1 0.452   59.3          k-m        12.57
Wo 9771 48.1 22 07 41 +05 57.1 0.276   83.4 -7.9   A2 V       3.53
NN 4261 58 22 07 56 +19 22.3 0.128   135.9 21.3   G0 V       6.18
NN 4262 63 22 08 37 -02 47.4 0.408   101          k-m        12.14
Gl 850 51 22 09 01 +36 00.8 0.249   173.6 -18.3   K0         7.24
Gl 851 82.5 22 09 05 +18 10.6 0.383   58.9 -51.4  dM2  e      10.22
Wo 9773 61 22 10 06 +08 18.8 0.681   172.2          M3         12
NN 4263 41 22 10 48 -14 59.6 0.409   231          M3.5       13.34
GJ 1265 95.8 22 10 56 -17 55.8 0.887   111.7 24   m          13.57
NN 4264 48 22 11 16 +25 43.3 0.26 : 136          m          13.62
NN 4265 41 22 11 22 +05 01.7 0.246   105         dM2         11.79
Gl 851.2 55 22 11 36 -41 37.2 0.981   144 -18.8   G5 V       6.23
Wo 9775 51.3 22 11 46 -08 59.1 0.608   188.9 -18   K2         11.85
Gl 851.3 83 22 11 56 -16 03.7 0.354   180.7 11.9   G8 V       6.54
Gl 851.4 48 22 12 13 +56 52.3 0.12   70 -0.6   K0         9.83
Gl 851.5 46 22 12 14 +27 35.9 0.569   333.4 17  dM0.5       10.35
NN 4266 41.4 22 13 12 +56 47.9 0.443   83 -1.4   F0 IV      4.19
NN 4267 60 22 13 59 +65 58.3 0.229   1          m          12.9
NN 4268 47 22 14 01 +54 25.3 0.221   67.1 -7   K1 V       7.51
NN 4269 47 22 14 10 +54 24.9 0.222   76          m          14
NN 4270 32.1 22 14 31 -48 54.0 0.23   116.9          K3 V       8.42
Gl 852 98.1 22 14 42 -09 03.0 0.537   239.1 54  dM4.5e      13.4
Gl 852 98.1 22 14 42 -09 03.0 0.537   239.1         dM5  e      14.4
Gl 852.1 51.9 22 14 53 +15 06.6 0.226   105          m          13.55
NN 4271 43 22 14 58 -36 25.9 0.554   167.6                     14.2
Gl 853 82.4 22 15 00 -53 52.1 0.778   145.9 -13.5   G1 V       5.39
Gl 853 82.4 22 15 00 -53 52.1 0.778   145.9                     9.9
GJ 1266 44.5 22 15 04 +70 41.5 0.929   92.9          k          12.12
Gl 854 47.7 22 15 08 +68 05.4 0.372   88.6 -3.8  dK6         9.23
NN 4272 45 22 16 31 -28 38.2 0.896   106.1          m          14.8
NN 4273 53 22 18 00 -65 46.  0.236   339          M5         11.98
Wo 9779 44.3 22 19 04 -01 38.4 0.13   84.9 -25.6   A0 V       3.84
GJ 1267 75 22 19 04 -54 49.0 0.293   322.6          M0 V       9.06
Gl 855 56.8 22 20 13 -57 28.1 0.694   116.7 -20   M3         10.74
Gl 855.1 70 22 20 22 -72 30.0 1.477   117.6 25.2   G0 V J     5.98
Gl 855.1 70 22 20 22 -72 30.0 1.477   117.6                     6.1
NN 4274 134.1 22 20 23 -17 51.0 0.778   158.3          M4         13.25
NN 4275 46 22 20 30 +27 46.7 0.376   96          m          14.06
Gl 856 91 22 21 12 +32 12.5 0.327   133         dM0  eJ     11.41
Gl 856 91 22 21 12 +32 12.5 0.327   133                     11.6
Gl 857 56.2 22 21 38 -58 02.8 0.365   158.3 7.8   G4 V       5.32
Wo 9780 84 22 21 59 -48 06.8 0.782   143.3          M3.5       12.51
Gl 857.1 47.6 22 22 24 +22 17.9 0.2   244.3 -6.3  dK7  e      8.86
Gl 857.1 47.6 22 22 24 +22 17.9 0.2   244.3 -2.5              12.4
GJ 1268 63 22 22 56 +51 44.8 0.495   31.4          m+         14.94
NN 4276 67 22 23 28 +59 09.8 0.34   157          m          12.91
NN 4277 39.1 22 23 43 +02 45.3 0.663   228.4         dM          13.68
NN 4278 39.1 22 23 43 +02 45.1 0.663   228.4          m          17.7
Gl 859 60.8 22 23 52 -16 59.8 0.222   90 -0.3   G3 V       6.21
Gl 859 60.8 22 23 51 -16 59.8 0.261   92.2 2   G3 V       6.4
Wo 9782 41.1 22 24 05 +04 08.3 0.309   79 -17.8   F7 V       5.75
Wo 9782 41.1 22 24 05 +04 08.3 0.309   79          K4:        11.7
NN 4279 72 22 24 32 +06 34.3 0.218   92         dM3   :     13.22
NN 4280 40 22 24 52 +63 37.3 0.288   44          K7         9.51
GJ 1269 62 22 25 39 +11 59.6 0.2   92 3.8   K0 V       7.15
GJ 1269 62 22 25 39 +11 59.6 0.2   92                     10.1
Gl 860 251.9 22 26 13 +57 26.8 0.943   245.4 -33.3   M2 V       9.85
Gl 860 251.9 22 26 13 +57 26.8 0.943   245.4 -31.7   M6 V       11.3
NN 4281 91.9 22 26 15 -13 39.8 1.083   196.5 -21   M6.5       17.14
Wo 9784 46 22 26 21 +18 40.6 0.21   127         dM0         10.75
Gl 862 75.2 22 26 25 -30 15.8 0.843   164.7 7.4   K5 V       7.65
GJ 1270 72.3 22 27 32 +41 13.1 1.293   68.5          m          13.25
Gl 862.1 45 22 28 41 -06 48.6 0.2   121 -9.6   F7 V       6.14
Gl 863 66 22 30 31 +09 07.1 0.547   74.5 -6.5   M0         10.37
Wo 9787 43.8 22 30 38 -35 42.1 0.355   111.2 -51.3   G8 V       7.79
NN 4282 59 22 30 44 -09 52.3                         M3         12.41
Gl 863.1 45.8 22 30 50 +53 32.1 1.318   86.1 -2  dM1   J     10.84
Gl 863.1 45.8 22 30 50 +53 32.1 1.318   86.1                     10.84
Gl 863.2 44 22 31 58 -20 57.9 0.263   122.6 -4.2   F3 V       5.2
NN 4283 45 22 32 14 +03 47.0 0.195   325         dM4  :      12.68
NN 4284 42.8 22 32 17 -01 20.8 1.135   78.3         dM4         14.83
Gl 863.3 32 22 32 57 -54 52.0 0.465   124 66.9   G5 V       7.58
Gl 864 65.8 22 33 35 -01 05.6 0.607   175 10.9  dM1         10.01
NN 4285 147 22 34 27 -66 04.6 0.711   119.5          m          11.45
NN 4286 47.3 22 34 34 -00 53.2 0.14   96                     10.5
Gl 865 89.9 22 34 57 -65 38.2 0.853   101.4 -26   k-m        11.48
Wo 9791 43.6 22 34 59 -65 38.5                                    14
NN 4287 71 22 35 16 +39 07.6 0.329   184.9          M2         9.41
NN 4288 71 22 35 36 -29 36.4 0.26   183          m          10.92
NN 4289 71 22 35 37 -29 36.5 0.26   183          m          12.64
Gl 866 294.3 22 35 45 -15 35.6 3.254   46.6 -60   M5  e      12.66
Gl 867 115.4 22 36 01 -20 52.8 0.459   97 -8.7  dM2  e      9.1
Gl 867 115.4 22 36 01 -20 52.8 0.459   97         dM4  e      11.45
Gl 867.1 27 22 36 55 -12 52.4 0.281   122.7 -12.7   G8/K0 V J  8.51
Gl 867.1 27 22 36 55 -12 52.4 0.281   122.7 -13.8  dG9  e      8.6
Gl 867.1 27 22 37 02 -12 50.9 0.27   126          k-m        14.65
Gl 868 69.1 22 37 55 -29 56.1 0.401   94.3 1   K5 Ve      7.82
Gl 869 43 22 38 06 -32 15.1 0.356   87.3 -21   G8 V       7.39
NN 4290 50 22 38 28 +44 20.2 0.474   94.2          m          13.2
Wo 9793 40 22 39 08 +18 33.7 0.273   72.6          M0         10.75
Gl 871 49 22 39 39 -47 28.1 0.334   175.1 17.3   G1 V       6
Gl 871 49 22 39 39 -47 28.1 0.334   175.1          M1         11.1
GJ 1271 52.6 22 40 08 +17 24.0 1.24   63.9          M3         11.78
NN 4291 49 22 40 46 -06 39.6 0.326   205.7 -18   K0         8.12
NN 4292 63 22 40 57 +21 52.6 0.409   92.7          m          15
GJ 1272 29 22 42 58 +10 55.9 0.163   175.3 -0.6  dK6         9.98
GJ 1272 29 22 42 58 +10 55.9 0.163   175.3 -0.6              12
NN 4293 41 22 43 18 -63 34.0 0.222   115          M3         11.4
NN 4294 53.7 22 43 47 -06 54.8 0.865   128          m          15.98
NN 4295 40.9 22 44 07 +23 18.1 0.058   94.8 -4.3   G8 IIIa CN 3.96
Gl 871.2 39 22 44 11 +49 56.8 0.239   90.5 -50.8   K0         7.86
Gl 872 50 22 44 12 +11 55.0 0.538   155 -6   F6 IV-V    4.19
Gl 872 50 22 44 12 +11 55.0 0.538   155 -7.2   M1         11.7
Gl 873 197 22 44 40 +44 04.6 0.901   238.7 -0.5  dM4.5e      10.26
NN 4296 56 22 45 19 +44 17.4 0.095   222.6 2.2   F8         9.6
Gl 874 51.3 22 45 25 -37 03.0 0.807   109.4          M3         11.92
NN 4297 47 22 45 32 +31 36.2 0.5   69          m          12.91
Wo 9796 42.9 22 45 33 -51 34.8 0.129   121.1 -3   A2 V       3.48
GJ 1273 52.6 22 46 39 +22 20.5 0.506   86.2 94  DA5         14.36
Wo 9797 33 22 47 20 -41 45.1 0.415   239.6 21.6   G5 V       7.77
NN 4298 39.2 22 47 36 +24 19.8 0.15   104 15.3   G8+ III    3.48
Gl 875 71.1 22 47 43 -07 21.4 0.152   316.8 -5.7  dM1  e      9.85
GJ 1274 48.1 22 48 14 +34 35.2 0.889   71.3          m          11.72
NN 4299 47 22 48 17 +35 55.7 0.196   253          m          12
NN 4300 52 22 48 22 +28 20.3 0.223   103          m          12.55
GJ 1275 48.3 22 48 56 +29 23.7 1.269   83.2         DA9         15.52
Wo 9798 35 22 48 56 +13 42.1 0.462   62.5 -1.7  dK4         8.3
Gl 875.1 65 22 49 30 +31 29.4 0.513   95.6 -3.7  dM3.5e      11.63
NN 4301 42 22 49 37 +23 09.0 0.202   139.1 -4.2  dK8         9.78
Wo 9800 42.4 22 49 45 -33 08.5 0.034   239.5 16.5   A0 III     4.5
Wo 9800 42.4 22 49 45 -33 08.5 0.034   239.5 17              8.6
Wo 9801 41 22 49 52 +09 34.1 0.523   84.6 10.2   F7 IV      5.16
Wo 9801 41 22 49 58 +09 38.1 0.52   84.7          M3:        13.52
Gl 876 211.3 22 50 35 -14 31.2 1.143   123.5 -1.5  dM5         10.17
Wo 9802 46 22 50 41 -48 51.8 0.236   110 -1   G3 IV      6.03
GJ 1276 124.2 22 51 09 -07 02.3 2.57   106         DZ9+        15.65
NN 4302 50 22 52 09 -05 44.7 0.693   62.2          m          13.9
Gl 877 119.9 22 52 12 -75 42.7 1.42   225.6 -86   k          10.4
Gl 878 71 22 52 26 +60 43.7 0.69   259.8          M3         12.76
NN 4303 42 22 52 30 -52 34.  0.175   128          M4         11.49
NN 4304 45 22 53 24 +05 29.5 0.448   128         dM0         11.26
NN 4305 45 22 53 23 +05 29.6 0.448   128         DB          15.7
GJ 1277 90 22 53 25 -60 18.3 1.06   209 68   M4         14.08
NN 4306 65 22 53 32 +17 32.7                         M0         10.5
Gl 879 128.1 22 53 37 -31 49.8 0.36   114.6 9   K5 Ve      6.48
Gl 880 148.2 22 54 10 +16 17.4 1.071   254.8 -27.9  dM2  e      8.67
NN 4307 40.2 22 54 19 +67 59.2 0.748   63.2          m          14.68
Gl 881 153.7 22 54 54 -29 53.3 0.372   115.6 6.1   A3 V       1.16
Gl 882 58.4 22 55 00 +20 30.0 0.208   76.9 -33.7   G4 V       5.5
Gl 883 41 22 57 16 -11 38.9 0.229   92 -20  dM1         10.6
Gl 884 128.4 22 57 38 -22 47.6 0.911   274.1 15.4   K5/M0 V    7.88
NN 4308 47 22 57 51 -24 13.0 0.389   148          M1:        11.57
NN 4309 47 22 57 54 -24 14.0 0.389   148          M2         11.61
Gl 886 58.6 22 59 15 -04 06.9 0.446   117.2 -43.1   K4 V       7.46
Gl 886.1 18.5 23 00 18 +42 29.3 0.046   81.2 2   A3 Vn      5.14
Gl 886.1 18.5 23 00 18 +42 29.3 0.046   81.2                     8.8
NN 4310 51 23 00 27 -49 59.7 0.116   201          M3         10.64
Gl 886.2 50.2 23 00 44 -35 01.2 0.113   41.5 -6   F0 IV      5.11
GJ 1278 58 23 02 32 +66 29.7 0.332   107 7.4  dM1         9.89
Gl 887 284.3 23 02 39 -36 08.5 6.896   79.1 9.5   M2 Ve      7.34
Wo 9808 31 23 03 08 +68 08.7 0.606   73.5 -18.2   G6 V       7.48
Wo 9809 44 23 04 00 +63 39.0 0.174   109.8         dM0         10.82
Gl 889 44 23 04 26 -23 25.6 0.34   152.5 19   K5 V       9.62
Gl 889 44 23 04 34 -23 23.8 0.303   149          k-m        13.65
NN 4311 50 23 04 36 +71 26.8 1.32   71.5          M2         11.78
NN 4312 63.5 23 05 25 +68 23.8 1.125   88.5          m          12.45
Gl 889.1 61.3 23 05 32 +03 03.3 0.533   60 32  dM0         10.91
Gl 890 40.7 23 05 41 -15 40.8 0.05   79 2  dM2.5e      10.88
GJ 1279 70 23 06 33 -68 00.1 0.387   235          K5 V       8.39
NN 4313 39 23 06 34 -02 31.8 0.643   98.4 -40.9   K3 V       8.59
NN 4314 43 23 07 04 -02 14.5 0.449   143          k-m        12.66
GJ 1280 44 23 07 08 -69 06.9 0.332   14.4          K4 V       8.78
Wo 9812 21 23 07 15 -22 43.7 0.026   103.5 -1   G2 V       5.11
Wo 9812 21 23 07 15 -22 43.7 0.026   103.5 -6   A3 (IV)    5.9
Gl 891 77.7 23 07 32 -26 12.2 0.71   88.4          M2.5       11.27
NN 4315 28.7 23 07 39 +47 41.2 0.15   89.6 -6.8   G5         7.91
GJ 1281 40 23 08 03 -19 28.7 1.421   178.4 55   M3         12.47
NN 4316 50 23 09 35 -14 21.9 0.748   197.3          m          13
Gl 891.1 49.1 23 10 15 +49 08.0 0.13   37.3 11.2   F0 V       4.52
NN 4317 58 23 10 51 -81 36.7 0.531   82.6          k-m        10.1
Gl 892 146.4 23 10 52 +56 53.5 2.094   81.8 -18.2   K3 V       5.56
NN 4318 54 23 10 54 -70 19.9 0.2   68.3          G5 V       6.9
GJ 2154 44 23 11 32 -19 55.1 0.454   84          K7 V       10.62
GJ 2154 44 23 11 32 -19 55.2 0.454   84          m          13.8
Gl 893.1 40.9 23 11 51 -06 49.1 0.376   245         DQ6         15.42
Gl 893.2 43.3 23 13 16 -09 21.6 0.368   92 -25.2   K0 III     4.22
Gl 893.2 43.3 23 13 14 -09 21.1 0.382   90.9 -26.1   K3 V J     9.62
Gl 893.2 43.3 23 13 14 -09 21.1 0.382   90.9                     10.3
NN 4319 63 23 13 36 +06 28.4 0.285   147          k          13.14
NN 4320 42 23 13 51 +30 23.8 0.377   74.9 9   K2 V       8.09
GJ 1282 46 23 13 58 -62 16.4 0.18   97.4 -1.8   F7 V       5.66
Gl 893.3 48.3 23 14 00 -41 03.6 0.255   182          g-k        11.57
Gl 893.3 48.3 23 14 01 -41 03.9 0.255   182                     17.4
Gl 893.4 43 23 14 11 +19 21.0 0.253   227         dM0         11.16
NN 4321 43 23 14 14 -67 11.2 0.559   138.1 67.8   K5 V       8.73
NN 4322 43 23 14 10 -67 12.3 0.542   138.3 66.4   K5 V       9.04
NN 4323 40 23 14 19 +05 25.4 0.009   159.5 -11  dM0.5       10.52
NN 4324 51 23 14 25 +52 56.6 0.255   153.9 -25.3   F7  V      5.54
Wo 9818 41 23 14 31 -58 30.6 0.087   343.7 18.4   F1 III     3.99
Gl 894 61.6 23 14 51 -42 27.9 0.29   98 8   K3/5 V     10.38
NN 4325 46 23 14 57 -48 35.0 0.799   157.7          m          13.7
NN 4326 78 23 14 58 +19 20.5 0.269   105          M4         12.1
NN 4327 56.1 23 15 00 +37 56.6 0.531   196.4          m          11.46
NN 4328 51.4 23 15 00 +09 25.2 0.125   111 24.8  dK8         9.72
NN 4329 49 23 15 01 +06 07.3 0.298   142         dM4         12.53
NN 4330 39 23 15 25 -41 05.8 0.178   131.5 28.6   F5 V       5.53
Wo 9819 29 23 15 41 -58 34.7 0.263   125.8 17.2   G2 V       7.52
NN 4331 43 23 15 50 -61 31.7 0.08   326          M3         11.2
Gl 894.1 47 23 15 56 +46 00.8 0.333   70 -5.7   M0.5       10.9
Wo 9821 42.1 23 16 08 -32 48.3 0.068   164.2 15.6   G8 III     4.41
GJ 1283 49 23 16 10 -60 47.6 0.087   247.7          K4 V       8.97
Gl 894.2 51 23 16 29 -13 43.9 0.312   108.5 10.3   G5 IV      5.2
Gl 894.2 51 23 16 29 -13 43.6 0.321   106.1 10.3   K2 V       7.61
NN 4332 46 23 17 24 -60 20.0 0.3   254          M2         10.99
Wo 9822 27 23 17 28 +28 35.7 0.747   97 -53   K1 V       8.89
NN 4333 92.8 23 19 09 +17 02.1 1.483   201          m          11.72
Gl 894.4 50 23 19 11 +43 49.2 0.669   70.3 4.4   K1 V       7.36
Gl 894.5 59.7 23 20 27 -11 02.5 0.522   59.4 35.9   K2 V       7.8
Gl 895 71.6 23 22 14 +57 35.0 0.287   185 -33.8  dM2  e      10.04
Gl 895.1 38 23 22 55 -45 53.1 0.482   96          M0         11.26
NN 4334 40.3 23 23 16 +52 51.3 1.071   71.2          m          14.59
Wo 9826 42 23 23 26 +28 55.5 0.578   125.3          K3         11.05
GJ 2155 51 23 23 39 +08 37.0 0.537   68.7          K7         10.54
NN 4335 42 23 23 54 -47 07.0 0.521   136.4          m          15.75
NN 4336 47 23 23 59 +11 52.8 0.707   70          m          12.63
Wo 9827 34 23 24 30 -01 33.9 0.439   62 27  dM0.5       10.39
Gl 895.2 72.7 23 26 16 +04 58.5 0.492   238.1 34  DAV4        13.04
Gl 895.3 48.6 23 26 49 -47 18.6 0.21   105 -4   K7 V       10.21
NN 4337 67.2 23 26 56 +41 11.9 0.404   95          M2         11.87
NN 4338 67.5 23 26 55 +41 11.7 0.404   95          M3 :       12.44
GJ 1284 92 23 27 35 -20 39.8 0.355   121          M2 Ve      11.16
NN 4339 39 23 27 45 +31 25.9 0.235   123 -14.6   K0         8.31
Gl 895.4 56.1 23 28 56 +58 53.3 1.108   84.3 -24.3   K0 V       6.74
Wo 9829 39 23 28 56 -04 21.6 0.259   137.1 -13.1   F8 V       6.49
Gl 896 151.9 23 29 20 +19 39.7 0.56   91.7 1.1  dM4  e      10.38
Gl 896 151.9 23 29 20 +19 39.7 0.56   91.7 -1.2  dM6  e      12.4
NN 4340 72 23 30 08 -77 39.7 0.018   74.9 26   G2 V       5.81
Gl 897 77.5 23 30 09 -17 01.5 0.4   126 -1.9   M3.5 J     10.95
Gl 897 77.5 23 30 09 -17 01.5 0.4   126                     11.4
Gl 898 77.5 23 30 12 -17 07.1 0.39   126.8 0.5   K5/M0 V    8.6
Wo 9830 31 23 30 57 +42 34.1 0.305   52.9 6.1   G0         7.14
Gl 899 70.9 23 31 33 -00 05.1 1.388   227.8 20   M4         11.17
Gl 900 58.4 23 32 26 +01 19.7 0.347   82 -10.9  dM0.5       9.56
NN 4341 44 23 32 34 +24 58.2 0.208   16          M3         12.92
GJ 1286 138.6 23 32 34 -02 39.3 1.157   137.4          M5         14.69
Gl 900.1 26 23 32 52 -47 13.1 0.349   145.9 -5   G8 V       8.54
NN 4342 47 23 32 56 +29 47.4 0.348   217          m          13.21
NN 4343 40 23 32 57 +30 53.3 0.334   213.1 -17.9   K0         7.91
NN 4344 45 23 33 00 -16 34.3 0.152   151         DA          13.34
NN 4345 42.2 23 33 07 +05 54.3 0.628   62.8          m          16.1
NN 4346 44 23 33 14 +41 41.3 0.714   77.2          M0         11.2
NN 4347 51 23 33 37 -48 51.9 0.142   259.9          M0         10.09
NN 4348 51 23 33 37 -48 51.9 0.127   272                     12.37
NN 4349 41 23 33 59 +55 13.2 0.479   101.1          M1         11.7
NN 4350 81 23 34 08 -36 45.5 1.155   87.9          M4         13.72
Gl 901 26 23 34 14 +00 53.4 1.205   94.9 44   M3.5:      13.08
Wo 9832 48.1 23 35 06 +46 11.2 0.446   159 6.8   G8 III-IV  3.82
NN 4351 48 23 35 30 +45 55.4 0.339   91.5 -0.6   G5         6.58
NN 4352 67 23 35 33 -16 30.8 0.279   257          M2         11.34
NN 4353 50 23 35 37 -41 47.6 0.282   131          M3         11.93
NN 4354 42 23 36 14 +38 53.2 0.579   204.4          m          13.58
NN 4355 63 23 36 16 -07 58.1 0.05 : 140         DA          13.26
NN 4356 41 23 36 23 +20 44.6 0.329   58          m          14.24
NN 4357 41 23 36 24 +20 44.5 0.329   58          g          17.9
Gl 902 107.4 23 36 41 -72 59.3 0.749   169.1 71.7   K3 V       7.07
GJ 2157 53 23 37 12 +58 41.6 0.037   27.5 -43   K0 V       7.45
Gl 902.1 53 23 37 13 -33 01.0 0.329   156.6 -8   K1 V       7.19
Gl 903 66.5 23 37 17 +77 21.2 0.171   337.4 -43.1   K1 IVe     3.21
Gl 904 72.5 23 37 23 +05 21.3 0.573   139 5.5   F7 V       4.13
NN 4358 54 23 37 44 +60 24.9 0.24   162          M2         11.41
Gl 904.1 56 23 38 19 +20 05.3 0.231   73.4 -18.6   K2         8.32
Gl 904.1 56 23 38 19 +20 05.3 0.231   73.4                     11.7
Gl 905 315.6 23 39 26 +43 55.2 1.617   177 -77.7  dM6  e      12.29
Wo 9835 43 23 39 38 -02 50.9 0.422   210 25  dM0         10.32
Wo 9836 39.7 23 40 08 -14 49.3 0.116   122.6 -2.1   B9 V       4.48
Wo 9836 39.7 23 40 08 -14 49.3 0.116   122.6                     11
GJ 1288 81.9 23 40 23 +30 32.9 0.438   231.4          m          14.36
GJ 1289 123 23 40 33 +36 15.7 0.936   98.3 -6   k          12.57
Gl 905.2 55.6 23 41 23 +32 19.0 0.233   256 -24.3  dM5         11.67
Gl 905.2 55.6 23 41 21 +32 16.2 0.233   256 17  DA4         12.9
NN 4359 49 23 41 32 +64 27.8 0.548   81.7          M1.5       11.3
GJ 1290 45.1 23 41 48 +21 19.3 0.428   79          m          13.3
NN 4360 111 23 42 58 -16 26.5 0.684   215.3          m          14.5
Gl 906 55.5 23 43 18 +35 58.6 0.3   79 -21.8  dM0         9.9
NN 4361 50 23 43 52 -50 59.5 0.502   203.7          m          14.6
Gl 907 65.6 23 45 31 +48 44.2 0.652   83.5 27   M1.5       12.07
Gl 907.1 44 23 45 50 -13 15.9 0.188   88 -3.4  dM0         9.86
NN 4362 53 23 46 02 -27 56.1 0.593   244          M3.5:      12.4
Gl 908 177.9 23 46 36 +02 08.2 1.37   133.4 -71.3   M2 Ve      8.98
NN 4363 47 23 46 42 +09 49.3 0.345   172         dM4  :      13.57
NN 4364 40 23 47 04 +08 04.8                         M1         11.39
NN 4365 47 23 47 23 +29 17.8 0.531   190.8         DA9         15.72
NN 4366 25 23 47 31 +02 35.8 0.501   67.6 -26.8   G7 V       8.36
GJ 1291 40 23 47 39 -29 40.8 0.192   83.4          K1 V       7.94
Gl 908.1 48 23 47 55 +30 04.5 0.26   87.1 -3.1  dK8         9.34
NN 4367 66 23 47 55 -09 49.9 0.756   124          m          13.45
NN 4368 77 23 48 01 +09 40.0 0.668   60.9          M1         11.5
NN 4369 45 23 48 23 +38 13.1 0.236   204          m          14.18
NN 4370 54 23 49 12 +06 41.8 0.297   189          m          12.73
Wo 9843 24 23 49 32 +77 19.4 0.278   107.9 0.8   F5 V       6.56
NN 4371 52 23 49 48 -14 57.9 0.523   120.1          m          15.5
Gl 909 96.5 23 49 57 +75 15.9 0.309   79.6 1.7   K3 V       6.4
Gl 909 96.5 23 49 57 +75 15.9 0.309   79.6          M2         11.7
Gl 909.1 31 23 50 05 -06 16.3 0.46   92 -28.8   K4         9.53
Gl 910 52 23 50 36 +28 44.4 0.15   290 1.3  dM0  e      9.74
NN 4372 39 23 51 28 -41 49.4 0.536   112.3          M4         13.3
NN 4373 45 23 51 38 +51 24.4 0.26   76          m          13.52
NN 4374 43 23 51 54 +07 53.0 0.297   261          M3:        13.01
Gl 911 39.7 23 52 12 -22 03.3 0.132   344.8 18  dM0.5       10.87
NN 4375 34 23 52 29 +28 21.3 0.578   86.3 -18.1   K1 V       7.38
NN 4376 40 23 52 50 -04 15.8 0.52   88.2          m          13.95
Gl 912 69 23 53 07 -06 24.9 0.58   232.4          M2         11.15
NN 4377 47 23 53 35 -39 19.7 0.285   131.1          K3 V       8.21
NN 4378 56 23 54 46 -13 15.5 0.193   84          M4         12.93
NN 4379 56 23 54 45 -13 15.4 0.193   84          M4         12.98
GJ 1292 72.1 23 55 07 +23 02.4 1.46   135          k-m        11.72
NN 4380 55 23 55 11 +19 29.9 0.486   164          m          13.01
NN 4381 59 23 55 18 +38 21.2 0.237   225          m          12.64
NN 4382 47 23 55 34 +50 10.0 0.251   347.4 -3.2  dG2         6.64
NN 4383 56.6 23 55 59 +07 23.1 0.367   166.3          M3         11.74
Gl 913 60 23 56 07 +46 27.0 0.642   90.3 3.6  dM0.5       9.62
NN 4384 36 23 56 56 +33 26.8 0.107   211.8 -7.6   F8 V       6.47
NN 4385 59.8 23 57 12 +47 29.2 0.893   103.7          m          16.1
NN 4386 54 23 57 12 -44 21.0 0.276   356          M7         12.82
NN 4387 78 23 57 14 -34 22.9 0.952   131.1          M4         12.8
GJ 1293 39 23 58 51 -17 13.4 0.359   132.8 8  dM1.5       10.8
NN 4388 45.5 23 59 21 -37 30.5 0.05   209.5          K1 III     7.06
Wo 9848 40.8 23 59 22 +25 44.0 0.696   206.1          K3         11.3
Gl 914 79.6 23 59 33 +26 49.0 1.305   139.7 -37.6   G3 V       5.81
Gl 914 79.6 23 59 33 +26 49.0 1.305   139.7          K6 V       9
Gl 915 128.2 23 59 34 -43 26.1 0.915   137.7         DA5         13.05
GJ 1294 60 23 59 34 -68 33.4 0.287   134.7          M0 V       9.66
GJ 1294 60 23 59 34 -68 33.4 0.34   140                     10.6