4.67
The Sun
0.000
0.00
0.00
0.00
0
Sol
g1v
4.46
48.652
-2.60
-22.80
42.90
61
54
48
61.913
48.672
0.067
17
34
263.617
28
-2.548
-22.773
42.940
61
54
48
61.913
48.020
0.068
17
34
263.617
28
-2.513
-22.468
42.365
684 A
26 Draconis A
g1v
7.19
48.652
-2.60
-22.80
42.90
61
54
48
61.913
48.672
0.067
17
34
263.617
28
-2.548
-22.773
42.940
61
54
48
61.913
48.020
0.068
17
34
263.617
28
-2.513
-22.468
42.365
684 B
26 Draconis B
m0v
4.87
38.788
-18.30
-18.60
28.70
47
50
54
47.848
38.794
0.084
15
2
225.533
8
-18.237
-18.580
28.761
47
50
54
47.848
38.305
0.085
15
2
225.533
8
-18.007
-18.346
28.398
575 A
44 I Bootis A
Variations in light curve caused by mass transfer between close pair.
g1v
5.47
38.788
-18.30
-18.60
28.70
47
50
54
47.848
38.794
0.084
15
2
225.533
8
-18.237
-18.580
28.761
47
50
54
47.848
38.305
0.085
15
2
225.533
8
-18.007
-18.346
28.398
575 B
44 I Bootis B
g2v
6.00
38.788
-18.30
-18.60
28.70
575 C
44 I Bootis C
g2v
7.58
10.985
6.20
-6.00
6.80
38
30
0
38.500
11.019
0.296
21
4
316.167
40
6.221
-5.972
6.859
38
30
0
38.500
11.280
0.289
21
4
316.167
40
6.368
-6.114
7.022
820 A
61 Cygni A
k5v
13.00
10.985
6.20
-6.00
6.80
38
30
0
38.500
11.019
0.296
21
4
316.167
40
6.221
-5.972
6.859
38
30
0
38.500
11.280
0.289
21
4
316.167
40
6.368
-6.114
7.022
820 B
61 Cygni B
m0v
8.39
11.048
6.20
-6.00
6.90
820 C
61 Cygni C
k7v
5.55
29.649
-24.40
2.20
16.70
34
29
0
34.483
29.633
0.110
11
38
174.604
25
-24.318
2.297
16.777
34
29
0
34.483
28.101
0.116
11
38
174.604
25
-23.061
2.178
15.910
434
61 Ursae Majoris
g8v
5.67
16.716
0.20
-16.70
0.70
2
30
36
2.510
16.724
0.195
18
2
270.733
56
0.214
-16.707
0.732
2
30
36
2.510
16.398
0.199
18
2
270.733
56
0.210
-16.381
0.718
702 A
70 Ophiuchi A
k0v
13.00
16.716
0.20
-16.70
0.70
2
30
36
2.510
16.724
0.195
18
2
270.733
56
0.214
-16.707
0.732
2
30
36
2.510
16.398
0.199
18
2
270.733
56
0.210
-16.381
0.718
702 B
70 Ophiuchi B
m0v
5.29
20.221
9.50
11.20
-13.90
-43
15
36
-43.260
20.245
0.161
3
17
49.483
56
9.578
11.208
-13.874
-43
15
36
-43.260
20.440
0.160
3
17
49.483
56
9.671
11.316
-14.008
139
82 Eridani
g5v
5.38
38.774
34.60
-0.10
17.50
914
85 Pegasi
g3v
8.80
47.918
13.00
46.10
1.40
1
42
36
1.710
47.955
0.068
4
56
74.246
59
13.014
46.133
1.431
1
42
36
1.710
53.431
0.061
4
56
74.246
59
14.500
51.401
1.594
182
AC+1 1951-103
m1v
11.13
33.248
9.90
-31.70
1.60
2
48
36
2.810
33.252
0.098
19
9
287.408
38
9.936
-31.691
1.630
2
48
36
2.810
32.796
0.099
19
9
287.408
38
9.800
-31.256
1.608
748
AC+2 2155-242
m4v
10.90
33.228
30.00
14.10
2.30
4
4
54
4.082
28.590
0.114
1
40
25.192
46
25.805
12.139
2.035
4
4
54
4.082
28.655
0.114
1
40
25.192
46
25.864
12.166
2.040
70
AC+3 2259-31
m2v
9.83
49.413
10.10
-48.30
2.60
3
2
6
3.035
49.389
0.066
18
47
281.879
31
10.152
-48.264
2.615
3
2
6
3.035
55.355
0.059
18
47
281.879
31
11.379
-54.094
2.931
730
AC+3 2528-176
m2v
9.90
35.069
7.90
-33.80
5.00
8
20
18
8.338
35.436
0.092
18
53
283.263
3
8.044
-34.126
5.139
8
20
18
8.338
36.805
0.089
18
53
283.263
3
8.355
-35.445
5.337
735
AC+8 142 393
m2v
11.40
47.131
33.80
31.70
8.60
10
35
48
10.597
58.224
0.056
2
54
43.679
43
41.391
39.525
10.707
10
35
48
10.597
69.666
0.047
2
54
43.679
43
49.525
47.292
12.812
120
AC+10 22-181
m4v
10.60
46.670
-45.50
-6.50
8.10
10
6
30
10.108
46.585
0.070
12
32
188.125
30
-45.402
-6.482
8.176
10
6
30
10.108
46.977
0.069
12
32
188.125
30
-45.784
-6.536
8.245
476
AC+10 95-26
m4vi
12.73
19.317
1.70
18.80
4.10
12
29
18
12.488
19.397
0.168
5
39
84.808
14
1.714
18.860
4.194
12
29
18
12.488
19.593
0.167
5
39
84.808
14
1.731
19.051
4.237
213
AC+12 1800-213
m5v
11.80
45.931
24.20
-37.60
10.50
13
14
12
13.237
45.901
0.071
20
11
302.875
30
24.253
-37.526
10.510
784.1
AC+13 1185-145
m2v
9.80
43.447
-34.50
24.40
10.10
13
26
24
13.440
42.902
0.076
9
38
144.625
30
-34.023
24.157
9.972
13
26
24
13.440
40.587
0.080
9
38
144.625
30
-32.188
22.853
9.434
361
AC+13 1301-119
m2v
11.00
43.422
-18.80
-1.80
39.10
64
18
12
64.303
46.585
0.070
12
20
185.188
45
-20.117
-1.827
41.978
64
18
12
64.303
58.745
0.056
12
20
185.188
45
-25.368
-2.303
52.935
463
AC +64 14332
m4v
9.59
41.293
8.40
-38.70
11.70
16
31
48
16.530
41.272
0.079
18
49
282.408
38
8.502
-38.642
11.743
16
31
48
16.530
43.586
0.075
18
49
282.408
38
8.978
-40.809
12.401
731
AC+16 247-80
m2v
10.30
38.314
31.80
-18.50
10.70
16
13
24
16.223
45.901
0.071
21
59
329.850
24
38.111
-22.136
12.824
16
13
24
16.223
45.966
0.071
21
59
329.850
24
38.165
-22.168
12.842
844
AC+16 734-144
m2v
11.27
21.243
15.90
-12.60
6.30
17
25
6
17.418
21.320
0.153
21
27
321.800
12
15.986
-12.580
6.382
17
25
6
17.418
22.070
0.148
21
27
321.800
12
16.549
-13.022
6.606
829
AC+17 534-105
m4v
9.50
42.824
36.00
-19.00
13.30
18
10
36
18.177
53.431
0.061
22
9
332.271
5
44.935
-23.620
16.668
18
10
36
18.177
39.511
0.083
22
9
332.271
5
33.228
-17.467
12.326
851
AC+17 536-125
m2v
11.80
35.110
-20.00
-26.80
10.70
589
AC+18 1890-112
m4v
10.50
46.534
9.50
42.80
15.60
19
36
12
19.603
46.585
0.070
5
9
77.433
44
9.549
42.834
15.629
19
36
12
19.603
46.292
0.070
5
9
77.433
44
9.488
42.564
15.531
192
AC+19 1165-38
m5vi
11.15
27.380
7.10
-24.60
9.70
745
AC+20 1463-148
m2vi
11.14
27.380
7.10
-24.60
9.70
745
AC+20 1463-154
m2vi
12.00
32.621
19.60
-23.50
-11.30
-20
15
18
-20.255
77.979
0.042
20
39
309.921
41
46.947
-56.106
-26.996
799.1
AC -20 76187
a0vii
11.40
42.294
26.70
-28.80
15.70
22
10
24
22.173
41.793
0.078
20
55
313.788
9
26.782
-27.939
15.773
22
10
24
22.173
42.771
0.076
20
55
313.788
9
27.408
-28.593
16.142
813
AC+22 308-605
m2vi
10.93
21.617
-19.20
5.30
8.40
23
6
18
23.105
21.581
0.151
10
57
164.354
25
-19.114
5.353
8.469
23
6
18
23.105
22.559
0.145
10
57
164.354
25
-19.981
5.596
8.853
408
AC+23 468-46
m2vi
10.85
44.579
24.90
-31.90
18.70
24
54
0
24.900
44.662
0.073
20
32
308.058
14
24.973
-31.897
18.804
24
54
0
24.900
46.977
0.069
20
32
308.058
14
26.267
-33.551
19.779
794
AC+24 747-102
a0vii
11.12
25.336
17.50
14.80
10.80
25
19
0
25.317
25.461
0.128
2
41
40.325
18
17.547
14.894
10.888
25
19
0
25.317
25.950
0.126
2
41
40.325
18
17.884
15.180
11.097
109
AC+25 7918
m4v
12.20
26.741
6.30
-21.70
14.30
32
27
0
32.450
26.732
0.122
19
5
286.438
45
6.383
-21.636
14.343
32
27
0
32.450
26.602
0.123
19
5
286.438
45
6.352
-21.531
14.274
747 A
AC+32 54804 A
m5v
12.50
26.741
6.30
-21.70
14.30
32
27
0
32.450
26.732
0.122
19
5
286.438
45
6.383
-21.636
14.343
32
27
0
32.450
26.602
0.123
19
5
286.438
45
6.352
-21.531
14.274
747 B
AC+32 54804 B
m5v
12.10
47.223
39.80
-3.30
25.20
32
16
12
32.270
55.257
0.059
23
41
355.337
21
46.567
-3.798
29.502
32
16
12
32.270
58.647
0.056
23
41
355.337
21
49.424
-4.031
31.312
905.2 B
AC+32 86401 B
a0vii
10.90
47.138
39.70
-3.30
25.20
905.2
AC+32 86422
m5v
9.50
44.551
17.80
32.60
24.60
33
30
12
33.503
44.662
0.073
4
5
61.346
23
17.858
32.681
24.653
33
30
12
33.503
44.858
0.073
4
5
61.346
23
17.936
32.824
24.761
162
AC+33 10883
m1v
11.03
19.301
-3.70
15.70
10.60
33
20
18
33.338
19.397
0.168
6
51
102.896
35
-3.617
15.796
10.660
33
20
18
33.338
18.778
0.174
6
51
102.896
35
-3.501
15.292
10.320
251
AC+33 25644
m4v
12.62
19.254
-4.40
14.40
12.00
268 A
AC+38 23616 A
m5v
13.00
19.254
-4.40
14.40
12.00
268 B
AC+38 23616 B
m0v
12.30
47.202
25.40
-25.90
30.20
815 C
AC+39 57322 C
m0v
11.40
47.202
25.40
-25.90
30.20
39
52
42
39.878
43.456
0.075
20
58
314.538
9
23.390
-23.770
27.862
39
52
42
39.878
49.324
0.066
20
58
314.538
9
26.549
-26.980
31.624
815 B
AC+39 57322 B
m3v
10.70
47.202
25.40
-25.90
30.20
39
52
42
39.878
43.456
0.075
20
58
314.538
9
23.390
-23.770
27.862
39
52
42
39.878
49.324
0.066
20
58
314.538
9
26.549
-26.980
31.624
815 A
AC+39 57322 A
m3v
11.60
42.310
26.40
-19.50
26.70
39
14
0
39.233
65.461
0.050
21
34
323.658
38
40.842
-30.048
41.402
834 A
AC+39 60670 A
m0v
9.60
42.310
26.40
-19.50
26.70
39
14
0
39.233
65.461
0.050
21
34
323.658
38
40.842
-30.048
41.402
834 B
AC+39 60670 B
m0v
11.00
39.734
-5.40
-29.20
26.40
41
46
30
41.775
39.772
0.082
17
18
259.571
17
-5.369
-29.171
26.496
41
46
30
41.775
42.119
0.077
17
18
259.571
17
-5.686
-30.892
28.060
671
AC+41 726-154
m4vi
10.50
38.288
17.90
-20.80
26.70
44
18
42
44.312
38.338
0.085
20
43
310.825
18
17.934
-20.759
26.782
44
18
42
44.312
38.175
0.085
20
43
310.825
18
17.858
-20.670
26.668
806
AC+44 871-589
m3v
9.50
43.380
20.90
22.00
31.00
45
32
54
45.548
43.456
0.075
3
6
46.537
9
20.934
22.089
31.021
45
32
54
45.548
42.510
0.077
3
6
46.537
9
20.479
21.608
30.345
125
AC+45 133-65
m2v
10.00
45.853
-10.90
29.80
33.10
46
11
18
46.188
55.616
0.059
7
19
109.904
37
-13.108
36.203
40.133
272
AC+47 256-150
m2v
9.60
47.276
-11.20
-25.20
38.40
54
25
6
54.418
20.473
0.159
16
24
246.058
14
-4.834
-10.888
16.650
625
AC+54 1646-56
m2v
11.40
37.238
18.60
8.20
31.20
56
58
54
56.982
37.457
0.087
1
35
23.779
7
18.678
8.230
31.408
56
58
54
56.982
36.088
0.090
1
35
23.779
7
17.995
7.929
30.260
63
AC+56 13511
m4v
11.70
39.695
18.20
10.10
33.80
58
16
54
58.282
39.772
0.082
1
55
28.975
54
18.292
10.129
33.832
58
16
54
58.282
41.532
0.079
1
55
28.975
54
19.102
10.577
35.329
82
AC+58 13565
m4v
12.51
16.906
3.40
8.00
14.50
169.1
AC+58 25001
m4v
12.51
16.906
3.40
8.00
14.50
169.1
AC+58 25002
a0vii
10.20
40.649
19.00
4.90
35.60
61
6
30
61.108
40.750
0.080
0
58
14.554
13
19.057
4.948
35.678
61
6
30
61.108
35.273
0.092
0
58
14.554
13
16.496
4.283
30.883
47
AC+60 3496
m2v
9.08
48.658
-2.60
-23.00
42.80
61
43
6
61.718
48.672
0.067
17
35
263.758
2
-2.507
-22.925
42.862
61
43
6
61.718
45.836
0.071
17
35
263.758
2
-2.361
-21.589
40.364
685
AC+61 26806
m1v
10.95
25.673
6.50
-8.60
23.30
793 B
AC+65 6955 B
m3v
13.00
25.673
6.50
-8.60
23.30
793 A
AC+65 6955 A
m0v
11.20
28.089
-11.10
-2.30
25.70
66
23
0
66.383
28.101
0.116
12
47
191.767
4
-11.021
-2.296
25.747
66
23
0
66.383
28.069
0.116
12
47
191.767
4
-11.009
-2.293
25.718
487
AC+66 3955
m4v
10.25
38.270
-10.60
7.50
36.00
70
15
54
70.265
38.338
0.085
9
38
144.592
22
-10.551
7.501
36.086
70
15
54
70.265
44.010
0.074
9
38
144.592
22
-12.112
8.610
41.425
360
AC+70 4336
m3v
10.90
38.251
-10.60
7.40
36.00
70
16
18
70.272
38.338
0.085
9
38
144.663
39
-10.557
7.485
36.088
70
16
18
70.272
36.219
0.090
9
38
144.663
39
-9.973
7.071
34.093
362
AC+70 4337
m4v
12.75
39.676
3.40
-12.80
37.40
70
35
6
70.585
39.772
0.082
19
0
285.163
39
3.458
-12.760
37.510
70
35
6
70.585
43.586
0.075
19
0
285.163
39
3.790
-13.984
41.108
742
AC+70 8247
a0vii
10.34
25.630
7.90
2.00
24.30
71
25
0
71.417
28.590
0.114
0
58
14.700
48
8.813
2.312
27.099
71
25
0
71.417
28.232
0.116
0
58
14.700
48
8.702
2.283
26.760
48
AC+71 532
m3v
11.10
35.760
4.20
4.70
35.20
79
46
54
79.782
35.827
0.091
3
13
48.483
56
4.213
4.759
35.259
79
46
54
79.782
44.173
0.074
3
13
48.483
56
5.194
5.867
43.472
133
AC+79 1584
m2v
12.38
16.612
-3.20
0.20
16.30
78
57
42
78.962
16.626
0.196
11
44
176.146
35
-3.176
0.214
16.318
78
57
42
78.962
17.017
0.192
11
44
176.146
35
-3.251
0.219
16.702
445
AC+79 3888
m4vi
10.56
31.594
0.00
4.30
31.30
82
7
54
82.132
31.655
0.103
5
59
89.925
42
0.006
4.333
31.357
82
7
54
82.132
31.035
0.105
5
59
89.925
42
0.006
4.248
30.743
226
AC+82 1111
m3v
12.93
31.354
10.30
-29.30
-4.30
754.1
AC-7 342-397
m5v
12.44
31.354
10.30
-29.30
-4.30
754.1
AC-7 342-402
a0vii
13.00
39.365
-30.70
-23.20
-8.30
-12
4
6
-12.068
39.283
0.083
14
28
217.083
20
-30.646
-23.163
-8.213
-12
4
6
-12.068
37.457
0.087
14
28
217.083
20
-29.221
-22.086
-7.831
553.1
AC-12 2306
m4v
4.35
Rigel Kentaurus
4.479
-1.70
-1.40
-3.90
-60
37
48
-60.630
4.401
0.743
14
36
219.046
11
-1.676
-1.360
-3.835
-60
37
48
-60.630
4.368
0.749
14
36
219.046
11
-1.664
-1.350
-3.807
559 A
Alpha Centauri A
Twice the metal abundance of the sun and about 6 billion years old.
g2v
5.69
4.479
-1.70
-1.40
-3.90
-60
37
48
-60.630
4.401
0.743
14
36
219.046
11
-1.676
-1.360
-3.835
-60
37
48
-60.630
4.368
0.749
14
36
219.046
11
-1.664
-1.350
-3.807
559 B
Alpha Centauri B
Twice the metal abundance of the sun and about 6 billion years old.
k0v
3.10
49.464
-45.00
-1.20
-20.50
-24
27
0
-24.450
47.955
0.068
12
5
181.458
50
-43.640
-1.111
-19.849
-24
27
0
-24.450
46.096
0.071
12
5
181.458
50
-41.949
-1.068
-19.079
455.3
Alpha Corvi ( Alchiba )
Metal deficient star.
f2v
6.50
43.977
25.90
28.30
-21.50
-29
11
0
-29.183
44.043
0.074
3
9
47.487
57
25.985
28.344
-21.475
-29
11
0
-29.183
44.858
0.073
3
9
47.487
57
26.465
28.869
-21.873
127 B
Alpha Fornacis B
m0v
3.50
43.977
25.90
28.30
-21.50
-29
11
0
-29.183
44.043
0.074
3
9
47.487
57
25.985
28.344
-21.475
-29
11
0
-29.183
44.858
0.073
3
9
47.487
57
26.465
28.869
-21.873
127 A
Alpha Fornacis A
f8iv
2.90
47.266
19.40
10.90
-41.70
-61
48
48
-61.813
69.373
0.047
1
57
29.300
12
28.576
16.036
-61.146
-61
48
48
-61.813
82.315
0.040
1
57
29.300
12
33.907
19.028
-72.553
83
Alpha Hydri
f0v
5.39
28.385
-0.40
7.40
-27.40
-74
44
12
-74.737
28.362
0.115
6
11
92.933
44
-0.382
7.457
-27.362
-74
44
12
-74.737
28.558
0.114
6
11
92.933
44
-0.385
7.508
-27.551
231
Alpha Mensae
g5v
2.24
Altair
16.455
7.40
-14.50
2.40
8
44
6
8.735
16.463
0.198
19
48
297.087
21
7.409
-14.487
2.500
8
44
6
8.735
16.235
0.201
19
48
297.087
21
7.307
-14.287
2.466
768
Alpha Aquilae
a7v
-0.24
Arcturus
35.489
-28.00
-18.40
11.70
19
26
30
19.442
35.436
0.092
14
13
213.346
23
-27.914
-18.368
11.795
19
26
30
19.442
35.730
0.091
14
13
213.346
23
-28.146
-18.521
11.893
541
Alpha Bootis
High space velocity. 28 solar radii.
k2iii
10.12
17.530
-12.30
3.10
12.10
412
AC+19 1165-3
m2v
12.50
41.257
13.50
-37.60
10.30
14
34
54
14.582
64.059
0.051
19
19
289.846
23
21.047
-58.314
16.128
755.1
BPM 94172
a0vii
13.25
5.917
-0.20
-5.90
0.40
4
33
18
4.555
5.901
0.552
17
55
268.846
23
-0.118
-5.881
0.469
4
33
18
4.555
5.966
0.545
17
55
268.846
23
-0.120
-5.946
0.474
699
Barnard's star
In the constellation of Ophiuchus. Discovered in 1916 by E.E Barnard. Has the largest known proper motion ( 10.3 arcseconds per year ).
m5v
7.80
32.640
-21.50
1.70
24.50
438.1
DM+49 2079
k2v
10.49
Lalande 21185
8.257
-6.50
1.70
4.80
411 A
DM+36 2147 A
m2v
13.00
Lalande 21185
8.257
-6.50
1.70
4.80
411 B
DM+36 2147 B
m0v
3.50
Alshain
46.528
21.80
-40.80
5.00
6
16
48
6.280
46.585
0.070
19
52
298.212
51
21.890
-40.805
5.096
6
16
48
6.280
43.880
0.074
19
52
298.212
51
20.619
-38.435
4.800
771 A
Beta Aquilae A
g8iv
10.60
46.528
21.80
-40.80
5.00
6
16
48
6.280
46.585
0.070
19
52
298.212
51
21.890
-40.805
5.096
6
16
48
6.280
43.880
0.074
19
52
298.212
51
20.619
-38.435
4.800
771 B
Beta Aquilae B
m3v
4.46
29.908
-22.20
-3.10
19.80
41
37
42
41.628
29.894
0.109
12
31
187.842
22
-22.136
-3.049
19.858
41
37
42
41.628
28.427
0.115
12
31
187.842
22
-21.050
-2.899
18.884
475
Beta Canum Venaticorum
g0v
1.37
Chaph
49.311
25.50
0.70
42.20
8 A
Beta Cassiopei A
Delta Scuti pulsating variable with optical companion
f2iv
13.00
49.311
25.50
0.70
42.20
8 B
Beta Cassiopei B
m0v
4.66
27.205
-22.90
-7.20
12.80
28
7
54
28.132
27.156
0.120
13
9
197.383
32
-22.854
-7.155
12.804
28
7
54
28.132
27.221
0.120
13
9
197.383
32
-22.909
-7.172
12.835
502
Beta Comae Berenices
g0v
3.80
20.580
4.40
0.40
-20.10
-77
32
6
-77.535
20.505
0.159
0
23
5.787
9
4.403
0.446
-20.022
-77
32
6
-77.535
20.994
0.155
0
23
5.787
9
4.508
0.457
-20.499
19
Beta Hydri
Lithium to calcium ratio is ten times that of Sol.
g1iv
2.40
41.876
-10.10
-15.90
-37.40
-63
16
42
-63.278
39.283
0.083
15
50
237.679
43
-9.444
-14.927
-35.088
601
Beta Trianguli Australis
f2iv
3.60
Zavijah
32.658
-32.60
1.60
1.10
2
2
48
2.047
32.600
0.100
11
48
177.021
5
-32.535
1.693
1.164
2
2
48
2.047
32.991
0.099
11
48
177.021
5
-32.925
1.713
1.178
449
Beta Virginis
f8v
8.19
31.358
-8.60
-24.70
17.30
33
35
42
33.595
31.361
0.104
16
43
250.813
15
-8.585
-24.672
17.353
33
35
42
33.595
31.589
0.103
16
43
250.813
15
-8.648
-24.851
17.479
638
DM +33 2777
k7v
12.10
13.178
-5.10
-11.80
-2.90
628 A
DM-12 4523 A
m5v
13.70
27.139
-16.40
-1.00
21.60
459.1
C1
a0vii
-0.60
Capella A
43.369
6.10
29.50
31.20
45
57
0
45.950
43.456
0.075
5
12
78.246
59
6.155
29.581
31.233
45
57
0
45.950
41.272
0.079
5
12
78.246
59
5.846
28.094
29.664
194 A
Alpha Aurigae A
Chromospheric Helium detected. 2.67 solar masses ?
g8iii
0.34
Capella B
43.369
6.10
29.50
31.20
45
57
0
45.950
43.456
0.075
5
12
78.246
59
6.155
29.581
31.233
45
57
0
45.950
41.272
0.079
5
12
78.246
59
5.846
28.094
29.664
194 B
Alpha Aurigae B
Lithium content is 15 times that of Capella A. 2.55 solar masses ?
f5iii
9.55
Capella H A
43.926
6.10
30.00
31.50
195
Alpha Aurigae
m2v
13.00
Capella H B
43.926
6.10
30.00
31.50
195
Alpha Aurigae
m5v
2.10
Castor A
47.223
-15.60
36.90
25.00
32
0
0
32.000
47.726
0.068
7
31
112.854
25
-15.719
37.297
25.291
278 A
Alpha Gemini A
Visual triple
a1v
2.10
Castor B
47.223
-15.60
36.90
25.00
32
0
0
32.000
47.726
0.068
7
31
112.854
25
-15.719
37.297
25.291
278 B
Alpha Gemini B
Visual triple
a1v
2.90
Castor C
47.223
-15.60
36.90
25.00
31
58
48
31.980
47.237
0.069
7
31
112.858
26
-15.564
36.921
25.018
31
58
48
31.980
47.726
0.068
7
31
112.858
26
-15.725
37.304
25.277
278 C
Alpha Gemini C
Flare star and visual triple
a5v
2.90
Castor D
47.223
-15.60
36.90
25.00
278 D
Alpha Gemini D
a5v
12.00
28.799
-22.70
0.90
17.70
451
DM+38 2285
m0v
4.13
25.245
0.70
-7.80
24.00
72
42
42
72.712
24.580
0.133
18
21
275.487
57
0.698
-7.271
23.470
713 A
Chi Draconis A
Shortest known period for astrometric binary.
f7v
13.00
25.245
0.70
-7.80
24.00
713 B
Chi Draconis B
m0v
4.43
32.194
1.10
30.20
11.10
20
16
6
20.268
32.274
0.101
5
51
87.854
25
1.134
30.254
11.180
222
Chi Orionis
Probable low mass companion.
g0v
10.79
20.280
-5.80
-19.20
-3.00
644
DM-08 4352
m4v
14.00
19.268
-0.80
-10.40
-16.20
-57
16
54
-57.282
19.169
0.170
17
42
265.600
24
-0.795
-10.330
-16.128
-57
16
54
-57.282
19.690
0.166
17
42
265.600
24
-0.816
-10.611
-16.566
693
L 205-128
m0v
8.31
35.894
-35.10
-7.50
0.30
0
29
24
0.490
35.827
0.091
12
48
192.042
10
-35.037
-7.474
0.306
0
29
24
0.490
39.218
0.083
12
48
192.042
10
-38.354
-8.182
0.335
488
DM+0 2989
m0v
9.20
31.958
27.60
-16.10
0.60
1
9
42
1.162
31.035
0.105
21
59
329.913
39
26.848
-15.555
0.629
1
9
42
1.162
32.959
0.099
21
59
329.913
39
28.512
-16.519
0.668
846
DM+0 4810
k8v
10.20
25.135
-23.10
9.90
0.40
1
6
24
1.107
25.069
0.130
10
26
156.596
23
-23.002
9.956
0.484
1
6
24
1.107
23.928
0.136
10
26
156.596
23
-21.955
9.503
0.462
393
DM+1 2447
m2v
10.19
18.542
18.50
-1.10
0.60
2
8
12
2.137
18.615
0.175
23
46
356.650
36
18.570
-1.087
0.694
2
8
12
2.137
18.321
0.178
23
46
356.650
36
18.277
-1.070
0.683
908
DM+1 4774
m2v
10.03
32.514
27.40
17.40
1.90
3
22
0
3.367
32.600
0.100
2
9
32.463
51
27.458
17.468
1.915
3
22
0
3.367
37.588
0.087
2
9
32.463
51
31.660
20.141
2.208
87
DM+2 348
m3v
7.45
16.716
0.20
-16.70
0.70
702
DM+2 3482
k6v
6.90
42.891
21.40
-37.10
2.30
3
11
0
3.183
45.901
0.071
20
0
300.071
17
22.964
-39.662
2.549
3
11
0
3.183
46.162
0.071
20
0
300.071
17
23.095
-39.887
2.563
775
DM+2 4076
k4v
6.06
40.287
-4.10
-40.00
2.50
3
35
0
3.583
40.261
0.081
17
36
264.200
48
-4.061
-39.977
2.516
3
35
0
3.583
40.261
0.081
17
36
264.200
48
-4.061
-39.977
2.516
688
DM+3 3465
k3v
6.55
22.516
22.00
4.40
1.90
5
1
24
5.023
22.624
0.144
0
45
11.438
45
22.090
4.469
1.981
5
1
24
5.023
23.994
0.136
0
45
11.438
45
23.427
4.740
2.101
33
DM+4 123
k2v
10.31
18.820
5.90
-17.80
1.60
752
DM+4 4048
m3v
8.82
41.839
16.30
-38.40
3.20
4
28
6
4.468
41.793
0.078
19
32
293.038
9
16.306
-38.343
3.256
4
28
6
4.468
44.238
0.074
19
32
293.038
9
17.260
-40.586
3.446
763
DM+4 4157
m1v
11.98
12.305
-4.50
11.40
1.10
273 A
DM+5 1668 A
m5v
13.00
12.398
-4.50
11.50
1.10
273 B
DM+5 1668 B
m0v
14.00
31.970
-4.50
-31.50
3.10
5
35
24
5.590
31.361
0.104
17
27
261.979
55
-4.355
-30.907
3.055
678.1 B
DM+5 3409 B
m0v
9.36
31.970
-4.50
-31.50
3.10
5
35
24
5.590
31.361
0.104
17
27
261.979
55
-4.355
-30.907
3.055
5
35
24
5.590
32.600
0.100
17
27
261.979
55
-4.527
-32.128
3.176
678.1 A
DM+5 3409 A
m1v
8.87
38.398
9.10
-37.10
3.90
5
51
24
5.857
38.338
0.085
18
55
283.892
34
9.157
-37.022
3.912
5
51
24
5.857
34.458
0.095
18
55
283.892
34
8.230
-33.275
3.516
740
DM+5 3993
m2v
6.93
37.013
-29.00
22.70
3.70
5
52
24
5.873
37.034
0.088
9
27
141.829
19
-28.962
22.767
3.789
5
52
24
5.873
36.805
0.089
9
27
141.829
19
-28.783
22.626
3.766
349
DM+6 2182
k3v
6.54
23.364
18.20
14.40
2.70
6
39
0
6.650
23.439
0.139
2
33
38.333
20
18.262
14.440
2.714
6
39
0
6.650
25.200
0.129
2
33
38.333
20
19.634
15.525
2.918
105 A
DM+6 398 A
k3v
12.37
23.364
18.20
14.40
2.70
105 C
DM+6 398 C
m4v
13.00
23.364
18.20
14.40
2.70
6
38
0
6.633
23.439
0.139
2
33
38.379
31
18.251
14.455
2.707
6
38
0
6.633
25.200
0.129
2
33
38.379
31
19.623
15.541
2.911
105 B
DM+6 398 B
This companion has a mass of 0.12 solar masses.
m0v
7.40
45.329
15.50
-42.20
5.80
756.2
DM+7 4052
k5v
9.10
45.311
-44.40
-5.60
7.10
9
5
36
9.093
47.237
0.069
12
28
187.192
46
-46.276
-5.840
7.465
9
5
36
9.093
48.802
0.067
12
28
187.192
46
-47.810
-6.033
7.713
471
DM+9 2636
m1v
12.70
31.324
-1.10
30.80
5.60
10
20
36
10.343
31.361
0.104
6
8
92.037
9
-1.097
30.832
5.631
10
20
36
10.343
32.339
0.101
6
8
92.037
9
-1.131
31.793
5.806
228 B
DM+10 1032 B
m0v
10.65
31.324
-1.10
30.80
5.60
10
20
36
10.343
31.361
0.104
6
8
92.037
9
-1.097
30.832
5.631
10
20
36
10.343
32.339
0.101
6
8
92.037
9
-1.131
31.793
5.806
228 A
DM+10 1032 A
m3v
4.65
42.373
-39.60
-13.30
7.10
9
41
6
9.685
42.347
0.077
13
14
198.575
18
-39.569
-13.297
7.124
9
41
6
9.685
43.945
0.074
13
14
198.575
18
-41.062
-13.799
7.393
504
DM+10 2531
g0v
9.65
24.903
-22.70
-9.20
4.50
514 A
DM+11 2576 A
m1v
13.00
24.903
-22.70
-9.20
4.50
514 B
DM+11 2576 B
m0v
8.50
37.459
4.20
36.50
7.30
11
17
54
11.298
39.772
0.082
5
33
83.433
44
4.460
38.745
7.792
11
17
54
11.298
37.849
0.086
5
33
83.433
44
4.245
36.872
7.415
208
DM+11 878
m0v
9.80
47.906
-32.40
33.90
9.80
11
50
42
11.845
105.168
0.031
8
54
133.587
21
-70.965
74.554
21.587
11
50
42
11.845
49.780
0.066
8
54
133.587
21
-33.590
35.289
10.218
330
DM+12 1944
m5v
9.40
39.818
-37.60
-9.80
8.70
12
38
42
12.645
44.662
0.073
12
58
194.579
19
-42.176
-10.969
9.777
12
38
42
12.645
36.251
0.090
12
58
194.579
19
-34.233
-8.904
7.936
494
DM+13 2618
m2v
4.60
45.947
-30.70
-32.50
10.60
579.1
DM+13 2901
g6v
10.02
16.250
-14.10
-6.90
4.20
15
9
42
15.162
16.235
0.201
13
43
205.800
12
-14.108
-6.820
4.246
15
9
42
15.162
17.702
0.184
13
43
205.800
12
-15.383
-7.436
4.630
526
DM+15 2620
m4v
8.00
45.338
0.90
-43.60
12.40
15
56
30
15.942
45.281
0.072
18
5
271.267
4
0.963
-43.529
12.437
15
56
30
15.942
45.477
0.072
18
5
271.267
4
0.967
-43.717
12.491
703
DM+15 3364
g6vii
9.50
22.269
20.50
-6.10
6.20
880 A
DM+15 4733 A
m2v
6.20
22.269
20.50
-6.10
6.20
880 B
DM+15 4733 B
m0v
7.30
48.027
-45.60
-7.80
12.90
15
39
24
15.657
48.867
0.067
12
38
189.646
35
-46.389
-7.884
13.188
481
DM+16 2404
k8v
10.00
44.747
-34.50
-25.80
12.10
15
44
12
15.737
44.662
0.073
14
27
216.796
11
-34.424
-25.748
12.113
15
44
12
15.737
57.278
0.057
14
27
216.796
11
-44.147
-33.022
15.535
552
DM+16 2658
m3v
10.10
34.040
-23.90
-22.30
9.50
16
18
18
16.305
33.969
0.096
14
52
223.033
8
-23.831
-22.249
9.537
569
DM+16 2708
m0v
9.71
31.287
-4.50
29.50
9.40
17
36
12
17.603
31.361
0.104
6
34
98.579
19
-4.459
29.558
9.484
17
36
12
17.603
32.893
0.099
6
34
98.579
19
-4.677
31.002
9.947
239
DM+17 1320
m1v
6.28
37.569
-34.00
-11.50
11.10
17
17
0
17.283
37.457
0.087
13
14
198.592
22
-33.899
-11.403
11.128
17
17
0
17.283
38.794
0.084
13
14
198.592
22
-35.109
-11.810
11.525
505 A
DM+17 2611 A
Klaxun Homeworld
k2v
9.30
37.569
-34.00
-11.50
11.10
17
17
0
17.283
37.457
0.087
13
14
198.592
22
-33.899
-11.403
11.128
17
17
0
17.283
38.794
0.084
13
14
198.592
22
-35.109
-11.810
11.525
505 B
DM+17 2611 B
m2v
6.40
39.177
-3.80
36.90
12.60
18
47
18
18.788
39.283
0.083
6
23
95.808
14
-3.763
36.999
12.652
233
DM+18 1214
k3v
9.76
33.628
-28.80
-13.90
10.40
18
3
42
18.062
33.611
0.097
13
42
205.663
39
-28.803
-13.839
10.421
18
3
42
18.062
40.946
0.080
13
42
205.663
39
-35.088
-16.859
12.695
525
DM+18 2776
m1v
8.80
48.674
2.60
-46.10
15.40
18
28
54
18.482
52.584
0.062
18
13
273.279
7
2.853
-49.790
16.669
18
28
54
18.482
84.890
0.038
18
13
273.279
7
4.605
-80.380
26.911
708
DM+18 3606
m1v
9.87
33.486
10.80
29.80
10.80
18
52
48
18.880
33.611
0.097
4
39
69.992
58
10.881
29.883
10.876
18
52
48
18.880
30.351
0.107
4
39
69.992
58
9.826
26.985
9.821
176
DM+18 683
m2v
5.88
24.280
20.70
9.60
8.30
20
1
36
20.027
24.320
0.134
1
39
24.946
47
20.718
9.637
8.329
20
1
36
20.027
25.787
0.127
1
39
24.946
47
21.967
10.218
8.831
68
DM+19 279
k1v
5.66
38.826
-26.90
-24.90
12.80
567 A
DM+19 2881 A
k1v
13.00
38.826
-26.90
-24.90
12.80
567 B
DM+19 2881 B
m0v
4.82
44.616
40.10
-11.80
15.60
20
30
0
20.500
44.662
0.073
22
55
343.750
0
40.162
-11.706
15.641
20
30
0
20.500
55.811
0.058
22
55
343.750
0
50.188
-14.629
19.545
882
DM+19 5036
g4v
11.33
20.987
19.60
-2.70
7.00
19
39
42
19.662
21.027
0.155
23
29
352.333
20
19.624
-2.642
7.075
19
39
42
19.662
21.451
0.152
23
29
352.333
20
20.020
-2.695
7.218
896 A
DM+19 5116 A
m4v
13.40
12.987
10.60
-2.70
7.00
19
39
42
19.662
21.027
0.155
23
29
352.333
20
19.624
-2.642
7.075
19
39
42
19.662
21.451
0.152
23
29
352.333
20
20.020
-2.695
7.218
896 B
DM+19 5116 B
m6v
13.00
24.658
19.60
-12.10
8.80
841.1
DM+20 5046
k5v
7.30
47.103
15.30
41.30
16.70
20
48
36
20.810
39.772
0.082
4
38
69.592
22
12.964
34.844
14.130
20
48
36
20.810
45.770
0.071
4
38
69.592
22
14.919
40.099
16.261
174
DM+20 802
k3v
5.75
34.255
31.60
5.10
12.20
20
58
54
20.982
34.328
0.095
0
36
9.188
45
31.641
5.118
12.292
20
58
54
20.982
34.295
0.095
0
36
9.188
45
31.610
5.113
12.280
27
DM+20 85
k0v
5.09
47.155
21.50
38.10
17.60
21
52
30
21.875
47.237
0.069
4
2
60.592
22
21.525
38.187
17.600
21
52
30
21.875
56.691
0.058
4
2
60.592
22
25.832
45.830
21.122
160
DM+21 587
g1v
8.10
34.611
12.80
29.50
12.80
21
48
42
21.812
41.793
0.078
4
26
66.508
2
15.467
35.585
15.529
21
48
42
21.812
38.175
0.085
4
26
66.508
2
14.128
32.504
14.184
169
DM+21 652
m1v
9.20
38.335
-34.30
9.10
14.50
22
14
12
22.237
37.034
0.088
10
59
164.988
57
-33.110
8.879
14.015
22
14
12
22.237
35.860
0.091
10
59
164.988
57
-32.060
8.598
13.571
410
DM+22 2302
m2v
8.84
48.677
-34.90
-27.70
19.60
548
DM+24 2733A
m1v
9.10
48.668
-36.10
-26.10
19.60
548
DM+24 2733B
m2v
5.15
46.603
-31.60
-28.50
19.00
564
DM+24 2786B
g2v
13.00
46.603
-31.60
-28.50
19.00
24
7
0
24.117
46.585
0.070
14
48
222.008
2
-31.594
-28.455
19.035
24
7
0
24.117
46.781
0.070
14
48
222.008
2
-31.727
-28.575
19.115
564
DM+24 2786A
m0v
9.32
43.482
-27.20
-28.50
18.40
25
7
12
25.120
43.456
0.075
15
5
226.317
16
-27.175
-28.454
18.448
25
7
12
25.120
52.421
0.062
15
5
226.317
16
-32.781
-34.324
22.254
579
DM+25 2874
k7v
9.60
34.298
-8.50
-29.70
14.90
25
49
36
25.827
38.338
0.085
16
56
254.029
7
-9.495
-33.177
16.702
25
49
36
25.827
31.035
0.105
16
56
254.029
7
-7.686
-26.857
13.521
649
DM+25 3173
m2v
6.60
43.484
10.60
-37.70
18.90
25
50
42
25.845
163.000
0.020
19
3
285.825
18
40.004
-141.136
71.058
743.2
DM+25 3719
k2v
9.00
42.213
21.30
31.40
18.50
26
3
48
26.063
37.457
0.087
3
43
55.825
18
18.901
27.838
16.457
26
3
48
26.063
47.303
0.069
3
43
55.825
18
23.869
35.155
20.783
154
DM+25 613
k7vii
10.60
38.774
34.60
-0.10
17.50
26
49
0
26.817
38.794
0.084
23
59
359.888
33
34.622
-0.068
17.502
26
49
0
26.817
40.946
0.080
23
59
359.888
33
36.542
-0.071
18.472
914 B
DM+26 4734 B
m5v
10.60
38.774
34.60
-0.10
17.50
914 C
DM+26 4734 C
m3v
8.00
45.297
-40.20
2.70
20.70
443.1
DM+27 2055
k3v
7.70
31.357
-24.90
-12.60
14.30
528
DM+27 2296
k6v
10.70
32.609
-29.00
2.50
14.70
26
59
48
26.997
28.851
0.113
11
39
174.879
31
-25.605
2.295
13.097
26
59
48
26.997
32.991
0.099
11
39
174.879
31
-29.279
2.624
14.976
436
DM+27 28217
m3v
9.11
45.865
32.90
-24.00
21.10
835 A
DM+27 4120 A
m0v
13.00
45.865
32.90
-24.00
21.10
835 B
DM+27 4120 B
m0v
5.30
43.982
-26.10
28.50
21.00
324
DM+28 1660
g8v
5.46
44.577
39.10
0.60
21.40
28
44
42
28.745
47.237
0.069
0
4
1.004
1
41.410
0.726
22.717
28
44
42
28.745
46.455
0.070
0
4
1.004
1
40.724
0.714
22.341
5
DM+28 4704
k0v
8.00
41.873
-29.80
-20.80
20.80
29
51
42
29.862
44.662
0.073
14
19
214.950
48
-31.747
-22.188
22.238
29
51
42
29.862
47.172
0.069
14
19
214.950
48
-33.531
-23.435
23.488
546
DM+30 2512
k8v
7.90
40.274
-33.80
7.70
20.50
30
43
12
30.720
40.261
0.081
11
8
167.083
20
-33.735
7.737
20.567
30
43
12
30.720
44.532
0.073
11
8
167.083
20
-37.314
8.558
22.749
414 A
DM+31 2240 A
k9v
9.50
40.274
-33.80
7.70
20.50
30
43
12
30.720
40.261
0.081
11
8
167.075
18
-33.734
7.742
20.567
30
43
12
30.720
44.532
0.073
11
8
167.075
18
-37.313
8.563
22.749
414 B
DM+31 2240 B
m2v
9.72
42.311
15.80
-32.30
22.30
767
DM+31 3767A
m1v
10.70
42.311
15.80
-32.30
22.30
767
DM+31 3767B
m2v
4.71
44.706
-6.80
-37.10
24.00
32
31
54
32.532
44.662
0.073
17
18
259.696
47
-6.735
-37.047
24.018
32
31
54
32.532
44.238
0.074
17
18
259.696
47
-6.671
-36.695
23.790
672
DM+32 2896
g2v
10.40
29.303
20.80
13.40
-15.70
-32
16
0
-32.267
29.373
0.111
2
11
32.917
40
20.850
13.497
-15.681
-32
16
0
-32.267
30.057
0.109
2
11
32.917
40
21.335
13.811
-16.046
91
DM -32 828
m0v
8.70
49.296
30.20
27.40
27.70
34
11
54
34.198
49.389
0.066
2
48
42.242
58
30.241
27.462
27.759
34
11
54
34.198
48.867
0.067
2
48
42.242
58
29.922
27.171
27.466
116
DM+33 529
m0v
8.20
42.397
-35.00
-4.50
23.50
471.1
DM+34 2323
k4v
9.50
32.945
-25.40
-8.90
19.00
507
DM+35 2436A
m0v
12.10
32.945
-25.40
-8.90
19.00
507
DM+35 2436B
m3v
10.32
37.001
-11.30
27.60
21.90
277
DM+36 1638A
m3v
13.00
37.001
-11.30
27.60
21.90
277
DM+36 1638B
m0v
9.40
47.904
-30.50
23.50
28.50
36
32
54
36.548
49.389
0.066
9
28
142.225
54
-31.362
24.305
29.411
36
32
54
36.548
49.780
0.066
9
28
142.225
54
-31.610
24.497
29.644
353
DM+36 1970
m2v
13.20
29.832
-19.40
14.40
17.50
356
DM+36 1979
m0v
5.60
29.832
-19.40
14.40
17.50
356
DM+36 1979
g8iv
9.70
34.291
-27.90
1.20
19.90
35
32
48
35.547
26.406
0.124
11
48
177.137
33
-21.458
1.073
15.352
450
DM+36 2219
m1v
9.10
31.665
-23.50
-10.40
18.50
35
58
24
35.973
31.655
0.103
13
35
203.804
13
-23.439
-10.340
18.594
35
58
24
35.973
31.981
0.102
13
35
203.804
13
-23.680
-10.446
18.786
519
DM+36 2393
m2v
9.60
44.574
23.10
26.40
27.50
38
4
42
38.078
48.672
0.067
3
14
48.717
52
25.278
28.791
30.018
38
4
42
38.078
50.791
0.064
3
14
48.717
52
26.379
30.044
31.325
134
DM+37 748
m1v
6.24
35.042
0.90
-27.50
21.70
38
27
12
38.453
35.045
0.093
18
7
271.992
58
0.954
-27.428
21.794
38
27
12
38.453
36.740
0.089
18
7
271.992
58
1.000
-28.754
22.848
706
DM+38 3095
k2v
6.60
45.201
34.20
5.70
29.00
39
55
18
39.922
45.281
0.072
0
38
9.517
4
34.249
5.742
29.059
39
55
18
39.922
55.713
0.059
0
38
9.517
4
42.139
7.065
35.753
28
DM+39 154
k2v
11.80
38.404
-28.30
9.90
24.00
400
DM+39 2376B
m0v
8.95
38.404
-28.30
9.90
24.00
400
DM+39 2376A
m2v
6.18
40.736
-15.40
-27.60
25.70
39
17
24
39.290
40.750
0.080
16
3
240.804
13
-15.384
-27.532
25.805
611
DM+39 2947
g8v
8.30
46.497
35.20
2.20
30.30
40
40
12
40.670
51.736
0.063
0
14
3.608
26
39.163
2.469
33.716
40
40
12
40.670
45.901
0.071
0
14
3.608
26
34.746
2.191
29.914
14
DM+40 45
m0v
4.40
44.083
-32.20
9.10
28.70
40
41
54
40.698
44.043
0.074
10
56
164.167
40
-32.125
9.110
28.719
40
41
54
40.698
45.347
0.072
10
56
164.167
40
-33.076
9.380
29.570
407
DM+41 2147
g0v
4.20
44.559
31.80
9.60
29.70
53.4
DM+41 219
f8v
8.10
49.379
-15.90
-33.70
32.40
41
4
36
41.077
47.955
0.068
16
19
244.800
12
-15.392
-32.709
31.510
619
DM+41 2695
m0v
5.33
44.004
-22.90
23.40
29.40
41
58
54
41.982
44.043
0.074
8
57
134.350
24
-22.886
23.412
29.460
41
58
54
41.982
49.161
0.066
8
57
134.350
24
-25.546
26.132
32.884
332 B
DM+42 1956 B
m0v
3.50
44.004
-22.90
23.40
29.40
41
58
54
41.982
44.043
0.074
8
57
134.350
24
-22.886
23.412
29.460
41
58
54
41.982
49.161
0.066
8
57
134.350
24
-25.546
26.132
32.884
332 A
DM+42 1956 A
f5v
8.50
45.324
-33.40
-2.90
30.50
42
25
6
42.418
46.585
0.070
12
19
184.854
25
-34.268
-2.910
31.423
42
25
6
42.418
41.011
0.080
12
19
184.854
25
-30.168
-2.562
27.663
462
DM+42 2296
m0v
7.31
47.212
-28.40
19.80
32.10
42
55
54
42.932
47.237
0.069
9
40
145.071
17
-28.355
19.802
32.175
42
55
54
42.932
64.548
0.051
9
40
145.071
17
-38.746
27.059
43.966
365
DM+43 1953
k5v
10.60
31.672
-1.80
-23.00
21.70
43
24
24
43.407
31.655
0.103
17
42
265.604
25
-1.763
-22.929
21.753
43
24
24
43.407
32.046
0.102
17
42
265.604
25
-1.784
-23.213
22.021
694
DM+43 2796
m3v
11.65
15.143
10.30
-3.60
10.50
873 A
DM+43 4305 A
m4v
13.00
15.143
10.30
-3.60
10.50
873 B
DM+43 4305 B
m0v
9.76
34.650
24.30
0.20
24.70
45
30
36
45.510
34.686
0.094
0
2
0.633
32
24.306
0.269
24.744
45
30
36
45.510
37.457
0.087
0
2
0.633
32
26.248
0.290
26.721
2
DM+44 4548
m2v
8.20
39.286
-27.90
-1.80
27.60
44
40
48
44.680
74.100
0.044
12
14
183.558
14
-52.587
-3.270
52.103
459.2
DM+45 2014
k4v
8.60
40.779
-20.30
-20.10
29.10
45
37
6
45.618
47.237
0.069
14
59
224.788
9
-23.449
-23.276
33.760
45
37
6
45.618
43.880
0.074
14
59
224.788
9
-21.782
-21.622
31.361
572
DM+45 2247
m0v
11.28
22.454
-3.20
-16.40
15.00
661
DM+45 2505
m3v
9.30
47.283
2.10
-33.10
33.70
45
32
0
45.533
70.253
0.046
18
15
273.771
5
3.237
-49.106
50.136
709
DM+45 2688
m0v
9.40
39.734
4.00
-27.50
28.40
720
DM+45 2743
m2v
8.80
35.005
24.50
0.30
25.00
45
32
12
45.537
34.686
0.094
0
3
0.758
2
24.294
0.321
24.755
45
32
12
45.537
37.457
0.087
0
3
0.758
2
26.234
0.347
26.733
4 A
DM+45 4408 A
k9v
8.84
35.005
24.50
0.30
25.00
4 C
DM+45 4408 C
m0v
13.00
35.005
24.50
0.30
25.00
45
32
6
45.535
34.686
0.094
0
3
0.758
2
24.294
0.321
24.755
45
32
6
45.535
37.457
0.087
0
3
0.758
2
26.235
0.347
26.732
4 B
DM+45 4408 B
m0v
4.20
49.364
-28.50
18.90
35.60
46
15
18
46.255
49.389
0.066
9
45
146.342
22
-28.425
18.927
35.680
46
15
18
46.255
43.293
0.075
9
45
146.342
22
-24.917
16.591
31.276
368
DM+46 1551
g1v
8.10
45.896
-29.50
12.40
32.90
45
47
30
45.792
48.672
0.067
10
28
157.113
27
-31.266
13.199
34.889
45
47
30
45.792
48.215
0.068
10
28
157.113
27
-30.972
13.075
34.561
397
DM+46 1635
k7v
10.10
30.768
-19.40
-8.80
22.20
46
26
0
46.433
32.600
0.100
13
37
204.333
20
-20.472
-9.258
23.621
46
26
0
46.433
39.316
0.083
13
37
204.333
20
-24.690
-11.165
28.487
521
DM+46 1889
m2v
9.50
40.738
-24.30
-14.10
29.50
46
34
54
46.582
38.794
0.084
14
0
210.133
32
-23.060
-13.385
28.178
46
34
54
46.582
36.577
0.089
14
0
210.133
32
-21.743
-12.620
26.568
537 A
DM+47 2112 A
m3v
9.60
40.738
-24.30
-14.10
29.50
46
34
54
46.582
38.794
0.084
14
0
210.133
32
-23.060
-13.385
28.178
46
34
54
46.582
36.577
0.089
14
0
210.133
32
-21.743
-12.620
26.568
537 B
DM+47 2112 B
m3v
9.50
31.255
17.30
12.00
23.10
47
39
6
47.652
34.328
0.095
2
18
34.737
57
19.003
13.177
25.371
47
39
6
47.652
37.555
0.087
2
18
34.737
57
20.789
14.415
27.756
96
DM+47 612
m1v
9.20
47.952
-27.60
16.00
35.80
48
21
6
48.352
57.180
0.057
9
59
149.808
14
-32.844
19.110
42.727
48
21
6
48.352
47.955
0.068
9
59
149.808
14
-27.545
16.027
35.834
378
DM+48 1829
m2v
10.10
27.869
-17.60
-6.20
20.70
508
DM+48 2108B
m0v
9.30
27.869
-17.60
-6.20
20.70
508
DM+48 2108A
m2v
9.20
42.788
7.70
26.50
32.70
49
46
30
49.775
40.750
0.080
4
55
73.750
0
7.364
25.265
31.113
49
46
30
49.775
56.496
0.058
4
55
73.750
0
10.209
35.027
43.136
181
DM+49 1280
m2v
8.00
37.464
-24.00
3.10
28.60
431.2
DM+50 1832
k3v
8.30
44.675
-25.40
-13.20
34.30
50
11
54
50.198
47.531
0.069
13
50
207.504
1
-26.988
-14.051
36.516
532
DM+50 2030
m0v
7.90
45.905
4.00
-28.20
36.00
719 A
DM+51 2402 A
k6v
13.00
45.905
4.00
-28.20
36.00
719 B
DM+51 2402 B
m0v
13.00
42.908
5.60
-25.30
34.20
52
54
36
52.910
78.566
0.042
18
50
282.617
28
10.349
-46.237
62.671
732.1
DM+52 2294
g8v
8.60
32.893
7.30
18.50
26.20
52
48
0
52.800
35.045
0.093
4
33
68.429
43
7.790
19.704
27.914
52
48
0
52.800
33.089
0.099
4
33
68.429
43
7.355
18.604
26.356
172
DM+52 857
k8v
9.06
48.564
7.60
28.20
38.80
53
4
48
53.080
50.954
0.064
4
59
74.821
17
8.014
29.540
40.736
53
4
48
53.080
48.281
0.068
4
59
74.821
17
7.594
27.991
38.599
184
DM+52 911
m0v
8.72
19.576
-8.80
7.90
15.60
338
DM+53 1320
m0v
8.82
19.576
-8.80
7.90
15.60
338
DM+53 1321
m0v
6.07
34.959
2.00
20.70
28.10
53
27
48
53.463
35.045
0.093
5
37
84.321
17
2.065
20.761
28.158
53
27
48
53.463
39.413
0.083
5
37
84.321
17
2.322
23.349
31.667
211
DM+53 934
k1v
9.62
34.959
2.00
20.70
28.10
53
28
18
53.472
35.045
0.093
5
37
84.363
27
2.049
20.758
28.161
53
28
18
53.472
37.849
0.086
5
37
84.363
27
2.213
22.419
30.414
212
DM+53 935
m1v
9.30
42.329
-24.50
-1.10
34.50
458
DM+55 1519
m2v
8.29
39.230
-20.10
8.50
32.60
56
15
24
56.257
39.283
0.083
10
27
156.808
14
-20.057
8.593
32.665
56
15
24
56.257
45.216
0.072
10
27
156.808
14
-23.086
9.891
37.599
394
DM+56 1458
k7v
4.44
39.230
-20.10
8.50
32.60
56
14
18
56.238
39.283
0.083
10
27
156.858
26
-20.075
8.580
32.658
56
14
18
56.238
41.793
0.078
10
27
156.858
26
-21.357
9.128
34.745
395
DM+56 1459
f8v
6.41
22.096
11.80
-2.60
18.50
56
53
30
56.892
22.168
0.147
23
10
347.717
52
11.831
-2.576
18.569
56
53
30
56.892
22.266
0.146
23
10
347.717
52
11.884
-2.587
18.651
892
DM+56 2966
k3v
9.70
38.248
20.20
-3.40
32.30
57
35
0
57.583
38.338
0.085
23
22
350.558
14
20.274
-3.372
32.364
57
35
0
57.583
45.542
0.072
23
22
350.558
14
24.083
-4.005
38.445
895
DM+57 2735
m2v
11.15
11.517
1.00
-5.80
9.90
725
DM+59 1915A
m4v
11.94
11.517
1.00
-5.80
9.90
725
DM+59 1915B
m5v
7.70
48.540
-4.80
23.50
42.20
60
23
12
60.387
64.418
0.051
6
45
101.363
27
-6.272
31.208
56.004
247
DM+60 1003
m0v
9.72
30.402
13.70
3.60
26.90
49 A
DM+61 195 A
m2v
13.00
30.402
13.70
3.60
26.90
49 B
DM+61 195 B
m0v
9.18
23.791
7.60
-8.20
21.00
61
58
30
61.975
23.798
0.137
20
52
313.075
18
7.637
-8.168
21.008
61
58
30
61.975
24.417
0.134
20
52
313.075
18
7.835
-8.380
21.554
809
DM+61 2068
m2v
7.40
32.485
13.40
7.60
28.60
83.3
DM+61 366
k5v
8.10
49.350
17.00
-15.10
43.80
62
37
42
62.628
49.389
0.066
21
13
318.487
57
17.003
-15.050
43.859
823
DM+62 1916
g5vii
6.10
44.589
18.70
7.90
39.70
59.3
DM+62 274
k1v
8.29
45.199
19.30
5.50
40.50
63
40
12
63.670
45.281
0.072
1
3
15.938
45
19.312
5.515
40.583
63
40
12
63.670
48.509
0.067
1
3
15.938
45
20.689
5.908
43.476
52
DM+63 137
k7v
7.78
43.417
17.50
8.10
38.90
63
34
48
63.580
43.456
0.075
1
40
25.050
12
17.517
8.187
38.917
63
34
48
63.580
43.423
0.075
1
40
25.050
12
17.504
8.181
38.888
69
DM+63 229
k5v
5.91
28.558
11.40
5.50
25.60
63
36
24
63.607
28.590
0.114
1
44
26.025
6
11.420
5.576
25.610
63
36
24
63.607
33.545
0.097
1
44
26.025
6
13.400
6.543
30.048
75
DM+63 238
Iron rich star
k0v
8.60
39.299
-15.20
9.40
35.00
63
2
0
63.033
39.283
0.083
9
52
148.121
29
-15.127
9.408
35.012
63
2
0
63.033
33.154
0.098
9
52
148.121
29
-12.767
7.940
29.549
373
DM+63 869
m1v
5.07
48.598
10.80
-16.00
44.60
66
41
36
66.693
48.672
0.067
20
17
304.258
2
10.840
-15.916
44.700
66
41
36
66.693
44.727
0.073
20
17
304.258
2
9.962
-14.626
41.077
788
DM+66 1281
g5v
10.42
33.876
13.10
1.60
31.20
66
57
48
66.963
33.969
0.096
0
29
7.333
20
13.184
1.697
31.260
66
57
48
66.963
32.404
0.101
0
29
7.333
20
12.577
1.618
29.820
22 A
DM+66 34 A
m2v
12.30
33.876
13.10
1.60
31.20
66
57
48
66.963
33.969
0.096
0
29
7.333
20
13.184
1.697
31.260
66
57
48
66.963
32.404
0.101
0
29
7.333
20
12.577
1.618
29.820
22 B
DM+66 34 B
m4v
9.70
27.346
-10.90
2.00
25.00
66
7
0
66.117
27.384
0.119
11
17
169.371
29
-10.897
2.045
25.039
66
7
0
66.117
28.590
0.114
11
17
169.371
29
-11.377
2.135
26.142
424
DM+66 717
m1v
5.81
43.478
-2.60
-16.60
40.10
675 A
DM+67 1014 A
k0v
13.00
43.478
-2.60
-16.60
40.10
675 B
DM+67 1014 B
m0v
8.76
41.702
-9.90
12.60
38.50
310 A
DM+67 552 A
m1v
11.70
41.702
-9.90
12.60
38.50
310 B
DM+67 552 B
m0v
8.37
36.543
-6.20
-12.70
33.70
617
DM+67 935A
m0v
10.47
36.636
-6.20
-12.70
33.80
617
DM+67 925B
m3v
10.79
15.313
-0.60
-5.70
14.20
687 A
DM+68 946 A
m3v
13.00
15.313
-0.60
-5.70
14.20
687 B
DM+68 946 B
m0v
8.48
35.759
-8.00
8.50
33.80
70
59
24
70.990
35.827
0.091
8
50
132.683
44
-7.912
8.579
33.873
70
59
24
70.990
36.871
0.088
8
50
132.683
44
-8.142
8.829
34.860
325 A
DM+71 482 A
k5v
8.70
35.759
-8.00
8.50
33.80
70
59
24
70.990
35.827
0.091
8
50
132.683
44
-7.912
8.579
33.873
70
59
24
70.990
36.871
0.088
8
50
132.683
44
-8.142
8.829
34.860
325 B
DM+71 482 B
m0v
6.25
34.954
8.90
-0.40
33.80
75
15
54
75.265
35.045
0.093
23
49
357.487
57
8.905
-0.391
33.892
75
15
54
75.265
33.774
0.097
23
49
357.487
57
8.582
-0.377
32.663
909 A
DM+74 1047 A
k3v
11.50
34.954
8.90
-0.40
33.80
909 C
DM+74 1047 C
m2v
13.00
34.954
8.90
-0.40
33.80
75
15
54
75.265
35.045
0.093
23
49
357.487
57
8.905
-0.391
33.892
75
15
54
75.265
33.774
0.097
23
49
357.487
57
8.582
-0.377
32.663
909 B
DM+74 1047 B
m0v
7.05
43.972
-12.10
2.50
42.20
420
DM+74 456A
k5v
10.70
43.972
-12.10
2.50
42.20
420
DM+74 456B
m2v
8.30
42.894
5.20
-8.10
41.80
77
4
48
77.080
45.281
0.072
20
12
303.100
24
5.529
-8.481
44.135
77
4
48
77.080
53.986
0.060
20
12
303.100
24
6.592
-10.112
52.619
786
DM+76 785
m0v
5.78
46.555
-3.60
6.90
45.90
80
23
42
80.395
46.585
0.070
7
48
117.029
7
-3.532
6.924
45.932
80
23
42
80.395
53.888
0.061
7
48
117.029
7
-4.086
8.009
53.133
290
DM+80 238
g8v
9.60
35.506
-30.80
-17.60
-1.50
-2
25
18
-2.422
35.436
0.092
13
58
209.629
31
-30.775
-17.503
-1.498
-2
25
18
-2.422
34.295
0.095
13
58
209.629
31
-29.784
-16.940
-1.449
536
DM-1 2892
m0v
5.56
35.848
-13.20
-33.30
-1.40
-2
13
12
-2.220
36.219
0.090
16
33
248.433
44
-13.304
-33.658
-1.403
-2
13
12
-2.220
34.295
0.095
16
33
248.433
44
-12.597
-31.870
-1.328
631
DM-1 3220
k0v
8.70
45.356
3.40
-45.20
-1.60
-1
57
42
-1.962
47.955
0.068
18
17
274.313
15
3.604
-47.791
-1.642
-1
57
42
-1.962
45.477
0.072
18
17
274.313
15
3.418
-45.322
-1.557
710
DM-1 3474
m1v
9.15
48.663
45.20
-18.00
-1.00
-1
5
36
-1.093
49.389
0.066
22
33
338.396
35
45.911
-18.181
-0.942
-1
5
36
-1.093
49.552
0.066
22
33
338.396
35
46.063
-18.241
-0.945
864
DM-1 4323
m1v
7.60
45.152
23.40
38.60
-1.10
-1
18
0
-1.300
31.948
0.102
3
54
58.737
57
16.576
27.302
-0.725
-1
18
0
-1.300
47.955
0.068
3
54
58.737
57
24.881
40.981
-1.088
157 A
DM-1 565 A
k5v
11.00
45.152
23.40
38.60
-1.10
-1
18
0
-1.300
31.948
0.102
3
54
58.737
57
16.576
27.302
-0.725
-1
18
0
-1.300
47.955
0.068
3
54
58.737
57
24.881
40.981
-1.088
157 B
DM-1 565 B
m3v
13.00
45.152
23.40
38.60
-1.10
157 C
DM-1 565 C
m0v
8.30
46.550
45.20
11.00
-1.70
-2
5
0
-2.083
46.585
0.070
0
54
13.700
48
45.230
11.026
-1.693
-2
5
0
-2.083
46.585
0.070
0
54
13.700
48
45.230
11.026
-1.693
44
DM-2 129
k1vii
3.90
45.902
-36.00
28.40
-2.10
348
DM-2 2901
f6v
6.40
45.902
-36.00
28.40
-2.10
348
DM-2 2902
k0vi
9.80
42.861
-36.20
22.80
-2.60
-3
26
54
-3.448
33.252
0.098
9
50
147.671
41
-28.047
17.750
-2.000
372
DM-2 3000
m0v
7.11
44.037
8.20
43.20
-2.40
200
DM-3 1061A
k3v
12.00
44.042
8.20
43.20
-2.50
200
DM-3 1061B
m2v
6.90
45.173
6.60
44.60
-2.80
-3
31
42
-3.528
45.281
0.072
5
25
81.488
57
6.690
44.697
-2.786
-3
31
42
-3.528
45.770
0.071
5
25
81.488
57
6.762
45.180
-2.817
204
DM-3 1110
k5v
9.12
19.109
2.50
18.90
-1.30
-3
41
6
-3.685
19.169
0.170
5
28
82.229
55
2.587
18.954
-1.232
-3
41
6
-3.685
18.908
0.172
5
28
82.229
55
2.551
18.696
-1.215
205
DM-3 1123
This is Murasaki in Poul Anderson's shared world novel of the same name.
m1v
6.50
44.572
-18.40
40.50
-2.80
282
DM-3 2001
k2v
8.30
44.613
-18.50
40.50
-2.80
282
DM-3 2002
k5v
9.60
29.128
-25.80
13.40
-1.80
382 A
DM-3 2870 A
m2v
13.00
29.128
-25.80
13.40
-1.80
382 B
DM-3 2870 B
m0v
8.80
47.330
-43.00
-19.50
-3.30
521.1 A
DM-3 3508 A
k6v
13.00
47.330
-43.00
-19.50
-3.30
521.1 B
DM-3 3508 B
m0v
10.08
23.637
0.20
-23.60
-1.30
-3
1
54
-3.032
23.635
0.138
18
2
270.617
28
0.254
-23.601
-1.250
-3
1
54
-3.032
25.884
0.126
18
2
270.617
28
0.278
-25.846
-1.369
701
DM-3 4233
m2v
9.90
33.989
-17.70
28.90
-2.60
297
DM-4 2226
m3vi
5.65
38.374
-26.10
27.90
-3.60
-5
14
36
-5.243
38.338
0.085
8
51
132.958
50
-26.017
27.940
-3.503
-5
14
36
-5.243
36.805
0.089
8
51
132.958
50
-24.976
26.823
-3.363
327
DM-4 2490
g3v
7.53
35.869
-8.90
-34.60
-3.20
-4
59
0
-4.983
35.827
0.091
17
2
255.613
27
-8.868
-34.572
-3.112
-4
59
0
-4.983
36.740
0.089
17
2
255.613
27
-9.094
-35.453
-3.191
653
DM-4 4225
k5v
9.87
35.869
-8.90
-34.60
-3.20
-5
0
42
-5.012
31.133
0.105
17
2
255.654
37
-7.685
-30.047
-2.720
654
DM-4 4226
m3v
6.40
29.833
7.90
28.60
-3.10
183 A
DM-5 1123 A
k3v
13.00
29.833
7.90
28.60
-3.10
183 B
DM-5 1123 B
m0v
6.68
31.277
-6.80
30.40
-2.80
-5
6
42
-5.112
31.361
0.104
6
49
102.467
52
-6.743
30.500
-2.794
-5
6
42
-5.112
29.927
0.109
6
49
102.467
52
-6.435
29.105
-2.667
250 A
DM-5 1844 A
k6v
10.20
31.286
-6.80
30.40
-2.90
-5
7
42
-5.128
31.361
0.104
6
49
102.467
52
-6.743
30.499
-2.803
-5
7
42
-5.128
29.927
0.109
6
49
102.467
52
-6.435
29.104
-2.675
250 B
DM-5 1844 B
m2v
13.00
41.232
35.20
-21.20
-3.40
-4
36
36
-4.610
98.778
0.033
21
56
329.079
19
84.465
-50.593
-7.939
842.1
DM-5 5674
k2v
10.67
29.102
25.50
-13.80
-2.50
-4
53
12
-4.887
29.112
0.112
22
7
331.750
0
25.551
-13.729
-2.480
-4
53
12
-4.887
28.492
0.114
22
7
331.750
0
25.007
-13.437
-2.427
849
DM-5 5715
m3v
7.20
44.559
28.10
34.30
-4.40
-5
31
42
-5.528
50.139
0.065
3
22
50.633
32
31.655
38.582
-4.830
-5
31
42
-5.528
49.030
0.067
3
22
50.633
32
30.954
37.729
-4.723
141
DM-5 642
k5v
9.50
42.402
-2.30
-42.10
-4.50
696 A
DM-6 4663 A
m2v
13.00
42.402
-2.30
-42.10
-4.50
696 B
DM-6 4663 B
m0v
11.50
21.314
-13.80
-16.00
-2.80
-7
32
24
-7.540
21.320
0.153
15
16
229.208
50
-13.808
-16.002
-2.798
-7
32
24
-7.540
20.636
0.158
15
16
229.208
50
-13.365
-15.488
-2.708
581
DM-7 4003
m5v
8.44
42.867
22.50
36.10
-5.30
-6
58
48
-6.980
42.902
0.076
3
52
58.037
9
22.543
36.128
-5.214
-6
58
48
-6.980
46.716
0.070
3
52
58.037
9
24.547
39.340
-5.677
156
DM-7 699
m0v
11.09
15.806
7.00
14.00
-2.20
166
DM-7 781B
a0vii
12.73
15.806
7.00
14.00
-2.20
166
DM-7 781C
m4v
8.70
46.571
-33.20
31.90
-7.00
334 A
DM-8 2582 A
m0v
13.00
46.571
-33.20
31.90
-7.00
334 B
DM-8 2582 B
m0v
10.80
20.280
-5.80
-19.20
-3.00
644
DM-8 4352
m4v
5.06
40.742
-40.10
0.30
-7.20
-10
9
42
-10.162
40.750
0.080
11
58
179.542
10
-40.109
0.321
-7.190
-10
9
42
-10.162
41.695
0.078
11
58
179.542
10
-41.040
0.328
-7.356
454
DM-9 3413
k0iv
9.54
40.268
-33.10
21.30
-8.50
-12
4
30
-12.075
40.261
0.081
9
48
147.167
40
-33.081
21.346
-8.422
-12
4
30
-12.075
38.435
0.085
9
48
147.167
40
-31.581
20.378
-8.040
369
DM-11 2741
m2v
12.38
20.501
-15.80
-12.30
-4.40
-12
18
36
-12.310
20.375
0.160
14
31
217.896
35
-15.709
-12.227
-4.344
-12
18
36
-12.310
20.505
0.159
14
31
217.896
35
-15.809
-12.305
-4.372
555
DM-11 3759
m4v
5.49
41.239
-22.60
33.30
-9.00
-12
27
42
-12.462
41.272
0.079
8
16
124.004
1
-22.538
33.408
-8.906
-12
27
42
-12.462
41.109
0.079
8
16
124.004
1
-22.449
33.276
-8.871
302
DM-12 2449
g8v
11.02
29.618
-22.80
17.60
-6.90
-13
16
6
-13.268
29.633
0.110
9
28
142.221
53
-22.796
17.669
-6.801
-13
16
6
-13.268
30.220
0.108
9
28
142.221
53
-23.248
18.019
-6.936
352 A
DM-12 2918 A
m4v
11.00
29.618
-22.80
17.60
-6.90
-13
16
6
-13.268
29.633
0.110
9
28
142.221
53
-22.796
17.669
-6.801
-13
16
6
-13.268
30.220
0.108
9
28
142.221
53
-23.248
18.019
-6.936
352 B
DM-12 2918 B
m4v
13.00
13.178
-5.10
-11.80
-2.90
628 B
DM-12 4523 B
m0v
5.36
47.216
-21.10
40.70
-11.30
-13
45
48
-13.763
47.237
0.069
7
49
117.363
27
-21.088
40.747
-11.238
-13
45
48
-13.763
51.997
0.063
7
49
117.363
27
-23.213
44.853
-12.370
291 B
DM-13 2267 B
m0v
4.91
47.216
-21.10
40.70
-11.30
-13
45
48
-13.763
47.237
0.069
7
49
117.363
27
-21.088
40.747
-11.238
-13
45
48
-13.763
51.997
0.063
7
49
117.363
27
-23.213
44.853
-12.370
291 A
DM-13 2267 A
g1v
6.57
25.648
18.40
16.90
-5.80
-12
58
18
-12.972
25.656
0.127
2
50
42.529
7
18.424
16.900
-5.759
-12
58
18
-12.972
27.091
0.120
2
50
42.529
7
19.455
17.845
-6.081
117
DM-13 544
k0v
6.25
49.453
34.50
-33.30
-12.10
-14
7
24
-14.123
47.955
0.068
21
4
316.100
24
33.510
-32.247
-11.701
-14
7
24
-14.123
47.857
0.068
21
4
316.100
24
33.441
-32.181
-11.677
819 A
DM-14 5936 A
k1v
9.30
49.453
34.50
-33.30
-12.10
-14
7
24
-14.123
47.955
0.068
21
4
316.100
24
33.510
-32.247
-11.701
-14
7
24
-14.123
47.857
0.068
21
4
316.100
24
33.441
-32.181
-11.677
819 B
DM-14 5936 B
m0vi
11.77
15.637
14.40
-4.60
-4.00
-14
31
12
-14.520
15.583
0.209
22
50
342.646
35
14.399
-4.500
-3.907
-14
31
12
-14.520
15.420
0.211
22
50
342.646
35
14.248
-4.452
-3.866
876
DM-15 6290
m5v
8.80
47.871
43.60
14.80
-13.10
-15
45
36
-15.760
47.955
0.068
1
15
18.771
5
43.698
14.851
-13.025
-15
45
36
-15.760
125.380
0.026
1
15
18.771
5
114.249
38.829
-34.054
56
DM-16 214
k3vii
5.12
27.470
-24.70
-8.50
-8.50
-18
2
0
-18.033
27.384
0.119
13
15
198.946
47
-24.628
-8.454
-8.477
-18
2
0
-18.033
29.079
0.112
13
15
198.946
47
-26.153
-8.978
-9.002
506
DM-17 3813
g6v
10.80
42.307
40.10
-5.30
-12.40
-17
1
30
-17.025
37.457
0.087
23
30
352.538
9
35.512
-4.651
-10.967
-17
1
30
-17.025
42.054
0.078
23
30
352.538
9
39.871
-5.222
-12.313
897 B
DM-17 6768 B
m0v
10.40
42.307
40.10
-5.30
-12.40
897
DM-17 6768
m5vi
8.00
42.336
40.10
-5.30
-12.50
-17
7
6
-17.118
37.457
0.087
23
30
352.550
12
35.495
-4.642
-11.025
-17
7
6
-17.118
42.054
0.078
23
30
352.550
12
39.852
-5.211
-12.378
898
DM-17 6769
k5v
4.92
42.274
12.90
38.30
-12.40
-17
1
30
-17.025
42.347
0.077
4
45
71.338
21
12.957
38.362
-12.399
-17
1
30
-17.025
41.304
0.079
4
45
71.338
21
12.637
37.417
-12.093
177
DM-17 954
g1v
12.30
34.776
-31.10
10.70
-11.30
-18
50
30
-18.842
34.686
0.094
10
43
160.829
19
-31.007
10.780
-11.202
401
DM-18 3019
m0v
10.46
28.556
23.40
13.80
-8.80
-17
51
6
-17.852
28.590
0.114
2
2
30.654
37
23.411
13.875
-8.765
-17
51
6
-17.852
27.612
0.118
2
2
30.654
37
22.610
13.400
-8.465
84
DM-18 359
m3v
6.20
48.677
5.60
-45.70
-15.80
-18
56
30
-18.942
41.793
0.078
18
28
277.096
23
4.883
-39.227
-13.566
-18
56
30
-18.942
45.901
0.071
18
28
277.096
23
5.363
-43.083
-14.900
716
DM-18 4986
k3v
11.00
32.694
-30.20
5.40
-11.30
-20
10
42
-20.178
51.345
0.064
11
18
169.738
57
-47.423
8.586
-17.711
425 B
DM-19 3242 B
m0v
8.70
32.694
-30.20
5.40
-11.30
-20
10
42
-20.178
51.345
0.064
11
18
169.738
57
-47.423
8.586
-17.711
425 A
DM-19 3242 A
m0v
13.10
48.707
29.50
-35.30
-16.00
-19
5
12
-19.087
48.672
0.067
20
40
310.017
4
29.576
-35.226
-15.916
-19
5
12
-19.087
48.509
0.067
20
40
310.017
4
29.477
-35.108
-15.863
800 B
DM-19 5899 B
m0v
9.50
48.707
29.50
-35.30
-16.00
-19
5
12
-19.087
48.672
0.067
20
40
310.017
4
29.576
-35.226
-15.916
-19
5
12
-19.087
48.509
0.067
20
40
310.017
4
29.477
-35.108
-15.863
800 A
DM-19 5899 A
m2v
9.21
18.214
-12.30
-11.70
-6.60
570
DM-20 4123
m2v
7.06
18.214
-12.30
-11.70
-6.60
570
DM-20 2125
Hyperbolic orbit
k5v
8.00
39.252
23.00
28.80
-13.50
-19
58
54
-19.982
45.901
0.071
3
25
51.400
36
26.913
33.713
-15.686
-19
58
54
-19.982
45.412
0.072
3
25
51.400
36
26.626
33.354
-15.518
142
DM-20 643
k7v
11.10
24.797
5.90
22.30
-9.10
-21
19
24
-21.323
24.874
0.131
5
0
75.083
20
5.965
22.390
-9.045
-21
19
24
-21.323
25.167
0.130
5
0
75.083
20
6.035
22.654
-9.151
185 B
DM-21 1051 B
m0v
9.04
24.797
5.90
22.30
-9.10
-21
19
24
-21.323
24.874
0.131
5
0
75.083
20
5.965
22.390
-9.045
-21
19
24
-21.323
25.167
0.130
5
0
75.083
20
6.035
22.654
-9.151
185 A
DM-21 1051 A
m1v
9.33
18.676
-0.70
17.30
-7.00
-21
50
36
-21.843
18.745
0.174
6
8
92.117
28
-0.643
17.387
-6.974
-21
50
36
-21.843
18.647
0.175
6
8
92.117
28
-0.639
17.296
-6.938
229
DM-21 1377
m1v
7.67
40.815
-33.80
-17.10
-15.20
-21
51
24
-21.857
40.750
0.080
13
47
206.771
5
-33.767
-17.035
-15.171
-21
51
24
-21.857
42.282
0.077
13
47
206.771
5
-35.036
-17.676
-15.741
529
DM-21 3781
k6v
9.50
48.073
-18.50
-40.60
-17.90
-21
49
6
-21.818
47.955
0.068
16
22
245.571
17
-18.412
-40.534
-17.823
-21
49
6
-21.818
49.096
0.066
16
22
245.571
17
-18.850
-41.499
-18.247
622
DM-21 4352
k5vii
5.00
49.463
7.10
-45.60
-17.80
-21
5
42
-21.095
45.412
0.072
18
35
278.975
54
6.610
-41.850
-16.344
722
DM-21 5081
g4v
9.50
27.090
23.60
-9.10
-9.70
-20
52
48
-20.880
29.894
0.109
22
36
339.004
1
26.076
-10.008
-10.655
-20
52
48
-20.880
28.264
0.115
22
36
339.004
1
24.655
-9.462
-10.074
867 A
DM-21 6267 A
m2v
13.00
27.090
23.60
-9.10
-9.70
-20
52
48
-20.880
29.894
0.109
22
36
339.004
1
26.076
-10.008
-10.655
-20
52
48
-20.880
28.264
0.115
22
36
339.004
1
24.655
-9.462
-10.074
867 B
DM-21 6267 B
m0v
6.60
26.507
1.80
24.40
-10.20
216
DM-22 1210
k2v
5.80
47.301
-27.70
33.80
-18.10
314
DM-22 2345
f6v
9.70
49.366
45.70
-1.60
-18.60
-22
3
18
-22.055
82.119
0.040
23
52
358.050
12
76.066
-2.590
-30.835
911
DM-22 6219
m0v
7.00
48.708
-32.90
-29.90
-19.90
-24
5
36
-24.093
47.237
0.069
14
48
222.208
50
-31.941
-28.970
-19.283
-24
5
36
-24.093
48.444
0.067
14
48
222.208
50
-32.757
-29.711
-19.776
565
DM-23 11940
k5v
5.60
38.424
17.40
-30.80
-15.00
773.5
DM-23 15935
g7v
8.46
25.071
22.20
-6.30
-9.80
-22
47
36
-22.793
25.069
0.130
22
57
344.408
38
22.261
-6.212
-9.712
-22
47
36
-22.793
25.395
0.128
22
57
344.408
38
22.550
-6.293
-9.838
884
DM-23 17699
m1v
8.06
48.668
43.70
9.50
-19.20
-23
10
42
-23.178
47.955
0.068
0
49
12.267
4
43.078
9.367
-18.875
40
DM-23 332
m0v
8.60
35.776
29.20
15.30
-13.90
-22
40
54
-22.682
39.283
0.083
1
50
27.604
25
32.119
16.794
-15.148
-22
40
54
-22.682
38.957
0.084
1
50
27.604
25
31.853
16.655
-15.022
79
DM-23 693
m1v
4.20
45.265
-34.00
23.70
-18.20
-23
41
24
-23.690
41.272
0.079
9
39
144.996
59
-30.958
21.680
-16.583
-23
41
24
-23.690
39.772
0.082
9
39
144.996
59
-29.832
20.892
-15.980
364
DM-23 8646
g0v
12.10
32.334
-28.70
6.70
-13.30
-24
19
18
-24.322
32.274
0.101
11
7
166.779
7
-28.630
6.726
-13.293
-24
19
18
-24.322
31.915
0.102
11
7
166.779
7
-28.312
6.651
-13.145
413.1
DM-23 9765
m0v
9.60
46.598
-17.90
-38.40
-19.40
-24
35
6
-24.585
74.100
0.044
16
20
245.029
7
-28.446
-61.084
-30.829
-24
35
6
-24.585
49.389
0.066
16
20
245.029
7
-18.960
-40.713
-20.548
620
DM-24 12677
m2v
5.50
44.711
19.00
-36.10
-18.30
-24
4
0
-24.067
44.662
0.073
19
51
297.825
18
19.035
-36.064
-18.213
-24
4
0
-24.067
45.477
0.072
19
51
297.825
18
19.382
-36.723
-18.546
770
DM-24 15668
k5v
5.60
46.622
26.90
-33.00
-19.00
-23
57
30
-23.958
46.585
0.070
20
37
309.304
13
26.966
-32.942
-18.917
-23
57
30
-23.958
46.520
0.070
20
37
309.304
13
26.929
-32.896
-18.890
796
DM-24 16193
g8v
5.70
44.023
39.40
6.00
-18.70
-25
2
30
-25.042
44.043
0.074
0
34
8.696
47
39.444
6.033
-18.643
-25
2
30
-25.042
45.216
0.072
0
34
8.696
47
40.495
6.194
-19.139
25 B
DM-25 225 B
m0v
5.70
44.023
39.40
6.00
-18.70
-25
2
30
-25.042
44.043
0.074
0
34
8.696
47
39.444
6.033
-18.643
-25
2
30
-25.042
45.216
0.072
0
34
8.696
47
40.495
6.194
-19.139
25 A
DM-25 225 A
g5v
6.00
44.629
-10.30
38.80
-19.50
-25
52
36
-25.877
47.955
0.068
6
59
104.796
11
-11.019
41.716
-20.930
-25
52
36
-25.877
44.043
0.074
6
59
104.796
11
-10.120
38.313
-19.222
259
DM-25 3913
k0v
6.38
17.840
-3.30
-15.60
-8.00
-26
31
48
-26.530
17.702
0.184
17
12
258.067
16
-3.275
-15.496
-7.907
-26
31
48
-26.530
17.376
0.188
17
12
258.067
16
-3.214
-15.210
-7.761
663 A
DM-26 12026 A
k1v
6.41
17.840
-3.30
-15.60
-8.00
-26
31
54
-26.532
17.702
0.184
17
12
258.067
16
-3.275
-15.495
-7.907
-26
31
54
-26.532
17.376
0.188
17
12
258.067
16
-3.214
-15.210
-7.762
663 B
DM-26 12026 B
k1v
7.66
17.795
-3.30
-15.60
-7.90
664 C
DM-26 12036 C
k5v
11.60
47.205
41.20
-9.70
-20.90
-26
12
12
-26.203
47.237
0.069
23
7
346.883
32
41.277
-9.618
-20.858
-26
12
12
-26.203
41.956
0.078
23
7
346.883
32
36.662
-8.543
-18.526
891
DM-26 16501
k0vii
5.60
47.204
35.00
23.80
-20.90
-26
10
54
-26.182
33.969
0.096
2
16
34.183
44
25.218
17.127
-14.988
-26
10
54
-26.182
40.489
0.081
2
16
34.183
44
30.058
20.414
-17.865
95
DM-26 828
g5v
7.00
32.029
-28.40
0.50
-14.80
-27
25
12
-27.420
31.948
0.102
11
55
178.863
27
-28.353
0.563
-14.712
-27
25
12
-27.420
31.981
0.102
11
55
178.863
27
-28.382
0.563
-14.728
453
DM-26 8883
k5v
6.13
27.202
13.10
-20.30
-12.50
785 A
DM-27 14659 A
k1v
13.00
27.111
13.10
-20.30
-12.30
785 B
DM-27 14659 B
m0v
11.10
41.338
21.50
-29.50
-19.40
-27
54
6
-27.902
41.272
0.079
20
24
306.167
40
21.525
-29.446
-19.314
-27
54
6
-27.902
40.946
0.080
20
24
306.167
40
21.355
-29.213
-19.161
791
DM-28 16676
m3v
11.80
45.934
20.50
5.00
-40.80
-28
7
18
-28.122
45.901
0.071
0
55
13.992
58
39.281
9.788
-21.635
-28
7
18
-28.122
45.477
0.072
0
55
13.992
58
38.918
9.698
-21.436
46
DM-28 302
m0v
6.50
42.289
31.50
19.70
-20.20
86.1
DM-28 694
k2v
10.00
44.121
-33.00
19.10
-22.20
-30
9
30
-30.158
44.043
0.074
9
59
149.754
1
-32.897
19.182
-22.127
-30
9
30
-30.158
44.466
0.073
9
59
149.754
1
-33.213
19.366
-22.339
377
DM-29 8019
m4vi
7.10
42.348
33.50
-14.60
-21.40
-30
15
48
-30.263
42.902
0.076
22
26
336.604
25
34.009
-14.714
-21.621
-30
15
48
-30.263
43.358
0.075
22
26
336.604
25
34.370
-14.870
-21.851
862
DM-30 19175
k5v
7.20
44.640
36.20
-13.60
-22.30
-29
56
6
-29.935
46.585
0.070
22
37
339.479
55
37.808
-14.152
-23.247
-29
56
6
-29.935
47.172
0.069
22
37
339.479
55
38.285
-14.330
-23.540
868
DM-30 19255
k5v
8.87
28.819
15.90
-18.70
-15.10
-31
31
6
-31.518
28.851
0.113
20
42
310.517
4
15.979
-18.697
-15.082
-31
31
6
-31.518
30.481
0.107
20
42
310.517
4
16.881
-19.754
-15.934
803
DM-31 17815
m0v
6.40
46.593
39.10
8.70
-23.80
42 A
DM-31 325 A
k3v
13.00
46.593
39.10
8.70
-23.80
42 B
DM-31 325 B
m0v
5.90
40.257
-21.10
27.10
-21.00
-31
20
24
-31.340
37.914
0.086
8
30
127.725
54
-19.814
25.613
-19.720
-31
20
24
-31.340
39.609
0.082
8
30
127.725
54
-20.700
26.758
-20.601
309
DM-31 6229
k0v
9.60
35.873
-30.10
3.50
-19.20
-32
15
6
-32.252
35.827
0.091
11
32
173.242
58
-30.089
3.565
-19.119
-32
15
6
-32.252
36.023
0.091
11
32
173.242
58
-30.253
3.585
-19.223
433
DM-31 9113
m2vi
11.09
28.867
15.50
-18.70
-15.60
-32
36
36
-32.610
28.851
0.113
20
38
309.683
44
15.518
-18.703
-15.548
-32
36
36
-32.610
26.536
0.123
20
38
309.683
44
14.273
-17.202
-14.301
799 A
DM-32 16135 A
m4v
11.20
28.867
15.50
-18.70
-15.60
-32
36
36
-32.610
28.851
0.113
20
38
309.683
44
15.518
-18.703
-15.548
-32
36
36
-32.610
26.536
0.123
20
38
309.683
44
14.273
-17.202
-14.301
799 B
DM-32 16135 B
m4v
7.03
25.479
20.70
-6.20
-13.50
-31
49
48
-31.830
25.461
0.128
22
53
343.404
37
20.731
-6.179
-13.428
-31
49
48
-31.830
25.461
0.128
22
53
343.404
37
20.731
-6.179
-13.428
879
DM-32 17321
k5v
12.30
28.910
-15.60
18.60
-15.70
-32
46
54
-32.782
28.851
0.113
8
39
129.900
36
-15.559
18.608
-15.621
-32
46
54
-32.782
29.014
0.112
8
39
129.900
36
-15.647
18.714
-15.709
318
DM-32 5613
a0vii
6.09
31.110
-26.00
3.10
-16.80
432
DM-32 8179
k0v
7.03
23.381
-3.70
-18.80
-13.40
-34
56
12
-34.937
23.276
0.140
17
15
258.888
33
-3.677
-18.724
-13.330
-34
56
12
-34.937
23.276
0.140
17
15
258.888
33
-3.677
-18.724
-13.330
667 A
DM-34 11626 A
k3v
7.90
23.381
-3.70
-18.80
-13.40
-34
56
12
-34.937
23.276
0.140
17
15
258.888
33
-3.677
-18.724
-13.330
-34
56
12
-34.937
23.276
0.140
17
15
258.888
33
-3.677
-18.724
-13.330
667 B
DM-34 11626 B
k5v
10.89
23.381
-3.70
-18.80
-13.40
-34
56
30
-34.942
23.276
0.140
17
15
258.892
34
-3.676
-18.723
-13.331
-34
56
30
-34.942
23.276
0.140
17
15
258.892
34
-3.676
-18.723
-13.331
667 C
DM-34 11626 C
m2v
4.40
44.679
-17.90
34.00
-22.80
-34
34
42
-34.578
44.662
0.073
7
50
117.600
24
-17.037
32.588
-25.347
-34
34
42
-34.578
46.651
0.070
7
50
117.600
24
-17.795
34.039
-26.476
292 A
DM-34 4036 A
f5v
7.00
44.679
-17.90
34.00
-22.80
-34
34
42
-34.578
44.662
0.073
7
50
117.600
24
-17.037
32.588
-25.347
-34
34
42
-34.578
46.651
0.070
7
50
117.600
24
-17.795
34.039
-26.476
292 B
DM-34 4036 B
k3vi
5.10
47.207
-9.30
37.30
-27.40
-35
26
24
-35.440
47.237
0.069
6
55
103.875
30
-9.229
37.362
-27.390
-35
26
24
-35.440
47.661
0.068
6
55
103.875
30
-9.312
37.697
-27.636
255 B
DM-35 3233 B
m0v
4.80
47.207
-9.30
37.30
-27.40
-35
26
24
-35.440
47.237
0.069
6
55
103.875
30
-9.229
37.362
-27.390
-35
26
24
-35.440
47.661
0.068
6
55
103.875
30
-9.312
37.697
-27.636
255 A
DM-35 3233 A
f8v
6.56
18.533
7.80
-12.80
-10.90
-36
13
42
-36.228
18.419
0.177
20
7
301.979
55
7.869
-12.603
-10.886
-36
13
42
-36.228
18.419
0.177
20
7
301.979
55
7.869
-12.603
-10.886
783 A
DM-36 13940 A
k3v
12.70
18.533
7.80
-12.80
-10.90
-36
13
42
-36.228
18.419
0.177
20
7
301.979
55
7.869
-12.603
-10.886
-36
13
42
-36.228
18.419
0.177
20
7
301.979
55
7.869
-12.603
-10.886
783 B
DM-36 13940 B
m5v
11.50
34.642
1.70
27.80
-20.60
-36
20
36
-36.343
34.686
0.094
5
45
86.471
53
1.720
27.886
-20.556
-36
20
36
-36.343
34.132
0.096
5
45
86.471
53
1.692
27.441
-20.227
218
DM-36 2458
m2v
12.10
44.736
-19.80
-29.30
-27.40
-37
45
36
-37.760
44.043
0.074
15
44
236.058
14
-19.442
-28.886
-26.970
-37
45
36
-37.760
44.369
0.074
15
44
236.058
14
-19.586
-29.100
-27.170
599 B
DM-37 10500 B
a0vii
5.34
44.736
-19.80
-29.30
-27.40
-37
45
36
-37.760
44.043
0.074
15
44
236.058
14
-19.442
-28.886
-26.970
-37
45
36
-37.760
44.369
0.074
15
44
236.058
14
-19.586
-29.100
-27.170
599 A
DM-37 10500 A
g6v
11.20
24.971
-8.70
-17.80
-15.20
-37
25
24
-37.423
24.874
0.131
16
16
244.196
47
-8.599
-17.784
-15.116
-37
25
24
-37.423
25.069
0.130
16
16
244.196
47
-8.666
-17.924
-15.234
618 A
DM-37 10765 A
m4vi
16.60
24.971
-8.70
-17.80
-15.20
-37
25
24
-37.423
24.874
0.131
16
16
244.196
47
-8.599
-17.784
-15.116
-37
25
24
-37.423
25.069
0.130
16
16
244.196
47
-8.666
-17.924
-15.234
618 B
DM-37 10765 B
m7v
4.60
44.798
-33.90
-10.60
-27.30
-37
32
18
-37.538
61.516
0.053
13
9
197.313
15
-46.569
-14.516
-37.481
-37
32
18
-37.538
57.083
0.057
13
9
197.313
15
-43.213
-13.470
-34.780
501.2
DM-37 8437
g3v
11.40
42.818
22.60
24.80
-26.60
-38
17
12
-38.287
42.902
0.076
3
10
47.625
30
22.696
24.877
-26.582
-38
17
12
-38.287
54.344
0.060
3
10
47.625
30
28.749
31.512
-33.672
130
DM-38 1058
m5vi
6.46
33.964
-17.20
20.10
-21.30
-38
42
24
-38.707
33.969
0.096
8
41
130.358
26
-17.165
20.199
-21.242
-38
42
24
-38.707
34.002
0.096
8
41
130.358
26
-17.182
20.219
-21.263
320
DM-38 4789
k1v
9.50
49.513
-10.60
-36.70
-31.50
-39
29
12
-39.487
44.043
0.074
16
55
253.858
26
-9.450
-32.651
-28.007
-39
29
12
-39.487
44.662
0.073
16
55
253.858
26
-9.583
-33.110
-28.401
646 B
DM-39 10940 B
m0vi
7.60
49.513
-10.60
-36.70
-31.50
-39
29
12
-39.487
44.043
0.074
16
55
253.858
26
-9.450
-32.651
-28.007
-39
29
12
-39.487
44.662
0.073
16
55
253.858
26
-9.583
-33.110
-28.401
646 A
DM-39 10940 A
k5v
8.75
12.447
7.20
-6.50
7.80
-39
3
42
-39.062
12.551
0.260
21
14
318.583
20
7.308
-6.447
-7.909
-39
3
42
-39.062
12.616
0.259
21
14
318.583
20
7.346
-6.480
-7.950
825
DM-39 14192
m0v
4.85
33.321
-25.40
1.70
-21.50
442
DM-39 7301
g5v
12.30
34.002
-20.90
14.90
-22.30
-40
50
42
-40.845
33.969
0.096
9
37
144.454
49
-20.908
14.939
-22.216
-40
50
42
-40.845
33.415
0.098
9
37
144.454
49
-20.567
14.695
-21.854
358
DM-40 5404
m0v
11.20
19.307
-8.90
-11.50
-12.70
-41
5
36
-41.093
19.299
0.169
15
28
232.242
58
-8.906
-11.499
-12.685
-41
5
36
-41.093
19.756
0.165
15
28
232.242
58
-9.117
-11.771
-12.985
588
DM-40 9712
m4vi
9.50
44.653
16.10
29.60
-29.30
-40
53
24
-40.890
69.373
0.047
4
5
61.338
21
25.154
46.018
-45.412
-40
53
24
-40.890
171.574
0.019
4
5
61.338
21
62.212
113.811
-112.314
161.2
DM-41 1288
k0vii
4.66
37.380
25.10
11.50
25.20
42
21
48
42.363
37.457
0.087
1
38
24.683
44
25.148
11.558
25.239
42
21
48
42.363
44.597
0.073
1
38
24.683
44
29.942
13.761
30.051
67
DM +41 328
Companion is 25% of solar mass.
g2v
8.30
43.442
31.60
6.00
-29.20
32
DM-42 249B
m0vi
7.80
44.589
32.40
6.20
-30.00
32
DM-42 249A
k5v
7.62
32.943
-20.20
12.90
-22.60
-43
15
42
-43.262
32.926
0.099
9
49
147.271
5
-20.171
12.964
-22.565
-43
15
42
-43.262
31.589
0.103
9
49
147.271
5
-19.352
12.437
-21.649
370
DM-42 5678
k5v
7.71
44.720
1.20
-32.40
-30.80
-43
27
6
-43.452
44.662
0.073
18
8
272.183
44
1.235
-32.399
-30.716
-43
27
6
-43.452
47.955
0.068
18
8
272.183
44
1.326
-34.788
-32.981
707
DM-43 12343
k7v
7.30
40.321
-28.80
2.60
-28.10
-44
7
54
-44.132
40.261
0.081
11
38
174.654
37
-28.771
2.692
-28.034
-44
7
54
-44.132
40.848
0.080
11
38
174.654
37
-29.191
2.732
-28.443
435
DM-43 7228
k5v
11.80
28.305
-5.00
19.60
-19.80
-44
13
18
-44.222
28.362
0.115
6
56
104.088
21
-4.947
19.714
-19.781
-44
13
18
-44.222
27.873
0.117
6
56
104.088
21
-4.862
19.374
-19.440
257 A
DM-44 3045 A
m4v
12.00
28.305
-5.00
19.60
-19.80
-44
13
18
-44.222
28.362
0.115
6
56
104.088
21
-4.947
19.714
-19.781
-44
13
18
-44.222
27.873
0.117
6
56
104.088
21
-4.862
19.374
-19.440
257 B
DM-44 3045 B
m4v
8.40
33.920
19.20
15.00
-23.60
103 A
DM-44 775 A
k6v
13.00
33.920
19.20
15.00
-23.60
103 B
DM-44 775 B
m0v
10.70
38.806
16.60
21.90
-27.40
-44
52
18
-44.872
38.794
0.084
3
31
52.821
17
16.614
21.905
-27.370
-44
52
18
-44.872
39.576
0.082
3
31
52.821
17
16.949
22.346
-27.922
145
DM-45 1184
m4vi
9.04
19.928
7.50
-11.80
-14.20
-45
18
48
-45.313
19.886
0.164
20
10
302.579
19
7.530
-11.784
-14.138
-45
18
48
-45.313
19.886
0.164
20
10
302.579
19
7.530
-11.784
-14.138
784
DM-45 13677
m0v
10.80
29.941
-17.30
11.80
-21.40
-45
32
18
-45.538
29.894
0.109
9
42
145.654
37
-17.288
11.813
-21.336
-45
32
18
-45.538
29.959
0.109
9
42
145.654
37
-17.326
11.839
-21.382
367
DM-45 5378
m4vi
11.00
43.519
-25.90
15.40
-31.40
-46
10
42
-46.178
43.456
0.075
9
56
149.142
34
-25.830
15.433
-31.353
-46
10
42
-46.178
47.172
0.069
9
56
149.142
34
-28.039
16.753
-34.034
375
DM-45 5627
m5vi
10.90
42.941
-29.70
-4.40
-30.70
-45
39
12
-45.653
42.902
0.076
12
33
188.313
15
-29.673
-4.336
-30.680
-45
39
12
-45.653
41.369
0.079
12
33
188.313
15
-28.613
-4.181
-29.584
477
DM-45 7872
m1v
6.12
24.928
-3.40
-16.80
-18.10
-46
35
6
-46.585
24.874
0.131
17
15
258.813
15
-3.317
-16.771
-18.068
-46
35
6
-46.585
24.711
0.132
17
15
258.813
15
-3.295
-16.661
-17.950
666 A
DM-46 11370 A
g8v
9.28
24.928
-3.40
-16.80
-18.10
-46
35
6
-46.585
24.874
0.131
17
15
258.813
15
-3.317
-16.771
-18.068
-46
35
6
-46.585
24.711
0.132
17
15
258.813
15
-3.295
-16.661
-17.950
666 B
DM-46 11370 B
m0v
11.03
15.227
-1.60
-10.30
-11.10
-46
50
36
-46.843
15.094
0.216
17
24
261.221
53
-1.576
-10.203
-11.011
-46
50
36
-46.843
14.833
0.220
17
24
261.221
53
-1.548
-10.027
-10.820
674
DM-46 11540
m4vi
9.30
46.614
10.10
-30.80
-33.50
-45
58
24
-45.973
46.585
0.070
19
13
288.263
3
10.146
-30.746
-33.495
-45
58
24
-45.973
44.890
0.073
19
13
288.263
3
9.777
-29.627
-32.276
750 B
DM-46 12902 B
m0vi
9.30
46.614
10.10
-30.80
-33.50
-45
58
24
-45.973
46.585
0.070
19
13
288.263
3
10.146
-30.746
-33.495
-45
58
24
-45.973
44.890
0.073
19
13
288.263
3
9.777
-29.627
-32.276
750 A
DM-46 12902 A
k9v
7.50
39.258
-8.80
25.30
-28.70
-46
53
42
-46.895
39.283
0.083
7
16
109.012
3
-8.745
25.379
-28.681
-46
53
42
-46.895
39.935
0.082
7
16
109.012
3
-8.890
25.800
-29.157
269 B
DM-46 3046 B
m0v
6.70
39.258
-8.80
25.30
-28.70
-46
53
42
-46.895
39.283
0.083
7
16
109.012
3
-8.745
25.379
-28.681
-46
53
42
-46.895
39.935
0.082
7
16
109.012
3
-8.890
25.800
-29.157
269 A
DM-46 3046 A
k2v
11.90
42.926
19.80
21.70
-31.30
-46
42
42
-46.712
42.902
0.076
3
9
47.388
33
19.916
21.649
-31.229
-46
42
42
-46.712
43.684
0.075
3
9
47.388
33
20.279
22.044
-31.798
126
DM-46 943
k4vii
4.90
44.679
25.00
-16.80
-33.00
-47
31
54
-47.532
44.662
0.073
21
45
326.254
1
25.074
-16.751
-32.945
-47
31
54
-47.532
45.412
0.072
21
45
326.254
1
25.495
-17.033
-33.498
838
DM-47 13928
g2v
10.00
49.375
30.80
13.90
-36.00
-46
45
42
-46.762
49.389
0.066
1
37
24.404
37
30.810
13.979
-35.981
-46
45
42
-46.762
49.845
0.065
1
37
24.404
37
31.095
14.108
-36.313
65.2
DM-47 502
m0v
8.29
37.016
14.60
19.60
-27.80
-48
35
18
-48.588
36.642
0.089
3
33
53.358
26
14.465
19.448
-27.480
-48
35
18
-48.588
38.207
0.085
3
33
53.358
26
15.083
20.278
-28.654
146
DM-48 1011
k7v
10.10
39.329
-3.30
-25.80
-29.50
-48
39
18
-48.655
39.283
0.083
17
31
262.850
24
-3.230
-25.748
-29.492
-48
39
18
-48.655
39.805
0.082
17
31
262.850
24
-3.273
-26.090
-29.883
680
DM-48 11837
m0v
10.60
39.344
6.20
-25.40
-29.40
-48
20
12
-48.337
39.283
0.083
18
55
283.833
20
6.244
-25.356
-29.347
-48
20
12
-48.337
37.425
0.087
18
55
283.833
20
5.948
-24.157
-27.959
739
DM-48 12818
m4vi
9.20
46.549
-4.70
29.50
-35.70
-49
59
42
-49.995
46.585
0.070
6
35
98.979
55
-4.674
29.580
-35.684
-49
59
42
-49.995
46.781
0.070
6
35
98.979
55
-4.694
29.705
-35.834
240
DM-49 2340
k0vii
14.40
38.409
-3.50
-23.60
-30.10
-51
35
36
-51.593
38.338
0.085
17
26
261.583
20
-3.486
-23.561
-30.042
-51
35
36
-51.593
39.120
0.083
17
26
261.583
20
-3.557
-24.041
-30.655
676 B
DM-51 10924 B
m0v
10.10
38.409
-3.50
-23.60
-30.10
-51
35
42
-51.595
38.338
0.085
17
26
261.563
15
-3.494
-23.558
-30.043
-51
35
42
-51.595
39.120
0.083
17
26
261.563
15
-3.566
-24.039
-30.656
676 A
DM-51 10924 A
m0v
6.40
46.599
23.40
-17.50
-36.30
-51
4
6
-51.068
44.043
0.074
21
33
323.321
17
22.196
-16.532
-34.261
-51
4
6
-51.068
42.543
0.077
21
33
323.321
17
21.440
-15.969
-33.094
833
DM-51 12998
k2v
9.60
47.243
25.10
-15.50
-36.90
841
DM-51 13128
m0vi
5.86
36.571
19.40
12.20
-28.50
-51
4
6
-51.068
36.642
0.089
2
8
32.104
25
19.505
12.237
-28.504
-51
4
6
-51.068
36.479
0.089
2
8
32.104
25
19.418
12.183
-28.377
86
DM-51 532
k0v
11.70
27.226
-16.90
1.40
-21.30
-51
33
18
-51.555
27.156
0.120
11
40
175.204
49
-16.825
1.412
-21.269
-51
33
18
-51.555
27.384
0.119
11
40
175.204
49
-16.967
1.424
-21.447
438
DM-51 5974
v0vii
11.06
26.990
-16.50
-2.60
-21.20
-51
43
36
-51.727
26.928
0.121
12
35
188.796
11
-16.483
-2.551
-21.140
-51
43
36
-51.727
26.928
0.121
12
35
188.796
11
-16.483
-2.551
-21.140
479
DM-51 6859
m3v
8.45
38.867
14.90
-18.10
-31.00
-52
51
48
-52.863
38.794
0.084
20
38
309.654
37
14.946
-18.032
-30.926
-52
51
48
-52.863
39.772
0.082
20
38
309.654
37
15.323
-18.487
-31.706
798
DM-53 8617
k7v
7.15
41.292
10.90
22.00
-33.20
-53
26
18
-53.438
43.456
0.075
4
14
63.662
39
11.485
23.199
-34.904
-53
26
18
-53.438
43.130
0.076
4
14
63.662
39
11.399
23.025
-34.643
167
DM-53 889
k5v
12.00
44.043
21.30
14.30
-35.80
-54
13
30
-54.225
44.043
0.074
2
15
33.958
50
21.356
14.382
-35.733
-54
13
30
-54.225
44.532
0.073
2
15
33.958
50
21.593
14.542
-36.130
93
DM-54 487
m0v
9.60
39.825
21.00
-10.40
-32.20
-53
52
6
-53.868
39.772
0.082
22
15
333.750
0
21.033
-10.372
-32.122
-53
52
6
-53.868
39.576
0.082
22
15
333.750
0
20.929
-10.321
-31.964
853 B
DM-54 9222 B
m0vi
4.90
39.825
21.00
-10.40
-32.20
-53
52
6
-53.868
39.772
0.082
22
15
333.750
0
21.033
-10.372
-32.122
-53
52
6
-53.868
39.576
0.082
22
15
333.750
0
20.929
-10.321
-31.964
853 A
DM-54 9222 A
g1v
6.83
21.316
10.70
4.80
-17.80
66
DM-56 328
k5v
6.64
49.494
-12.40
-23.60
-41.70
-57
25
30
-57.425
49.389
0.066
16
9
242.446
47
-12.301
-23.575
-41.619
-57
25
30
-57.425
46.651
0.070
16
9
242.446
47
-11.619
-22.268
-39.312
615
DM-57 6303
k0v
6.74
31.457
-13.40
-9.00
-27.00
-59
8
18
-59.138
31.361
0.104
14
15
213.875
30
-13.357
-8.967
-26.920
-59
8
18
-59.138
31.068
0.105
14
15
213.875
30
-13.232
-8.883
-26.669
542
DM-58 5564
k3v
11.10
46.677
2.70
-24.40
-39.70
-58
18
6
-58.302
46.585
0.070
18
25
276.462
51
2.755
-24.322
-39.636
-58
18
6
-58.302
47.107
0.069
18
25
276.462
51
2.786
-24.595
-40.080
714
DM-58 7076
k0vii
4.50
47.260
22.70
-10.50
-40.10
-58
2
48
-58.047
57.180
0.057
22
21
335.408
38
27.516
-12.593
-48.516
-58
2
48
-58.047
57.995
0.056
22
21
335.408
38
27.908
-12.773
-49.208
857
DM-58 8327
g4v
11.00
31.366
-12.00
10.00
-27.20
-60
4
12
-60.070
31.361
0.104
9
20
140.100
24
-12.004
10.037
-27.179
-60
4
12
-60.070
32.796
0.099
9
20
140.100
24
-12.553
10.496
-28.422
341
DM-59 2351
m1v
7.34
36.262
-17.20
2.80
-31.80
-61
22
24
-61.373
36.219
0.090
11
22
170.621
29
-17.121
2.828
-31.791
-61
22
24
-61.373
35.860
0.091
11
22
170.621
29
-16.951
2.800
-31.476
428 A
DM-60 3532 A
k7v
8.36
36.262
-17.20
2.80
-31.80
-61
22
24
-61.373
36.219
0.090
11
22
170.621
29
-17.121
2.828
-31.791
-61
22
24
-61.373
35.860
0.091
11
22
170.621
29
-16.951
2.800
-31.476
428 B
DM-60 3532 B
m0v
10.90
41.302
17.60
-10.70
-35.80
-59
59
24
-59.990
41.272
0.079
21
55
328.983
56
17.691
-10.637
-35.739
-59
59
24
-59.990
42.217
0.077
21
55
328.983
56
18.096
-10.880
-36.557
842
DM-60 7821
k0vii
8.45
42.247
2.40
19.50
37.40
62
13
42
62.228
41.272
0.079
5
41
85.271
5
1.585
19.165
36.518
62
13
42
62.228
45.542
0.072
5
41
85.271
5
1.749
21.148
40.296
215
DM +62 780
m0v
7.20
49.277
30.60
38.50
3.10
-63
40
6
-63.668
50.139
0.065
3
26
51.533
8
13.835
17.413
-44.937
-63
40
6
-63.668
54.507
0.060
3
26
51.533
8
15.040
18.930
-48.851
143
DM-63 110
k5v
6.30
47.971
-17.50
-2.40
-44.60
-68
28
30
-68.475
42.902
0.076
12
30
187.663
39
-15.600
-2.099
-39.910
-68
28
30
-68.475
42.739
0.076
12
30
187.663
39
-15.541
-2.091
-39.758
472
DM-68 1095
k0v
11.50
28.832
10.40
3.20
-26.70
-67
43
6
-67.718
28.851
0.113
1
8
17.142
34
10.453
3.224
-26.697
-67
43
6
-67.718
26.960
0.121
1
8
17.142
34
9.768
3.013
-24.947
54
DM-68 47
k0vii
6.90
35.859
10.40
-1.10
-34.30
-72
59
18
-72.988
31.655
0.103
23
36
354.171
41
9.213
-0.941
-30.270
-72
59
18
-72.988
30.351
0.107
23
36
354.171
41
8.834
-0.902
-29.023
902
DM-73 1672
k3v
12.80
15.329
-1.30
-10.90
-10.70
-44
16
36
-44.277
15.289
0.213
17
33
263.367
28
-1.264
-10.873
-10.674
-44
16
36
-44.277
15.420
0.212
17
33
263.367
28
-1.275
-10.966
-10.765
682
DM-44 11909
m5v
2.60
46.551
16.40
-43.50
2.40
760 A
Delta Aquilae A
Possible Delta Scuti flare star.
f0iv
13.00
46.551
16.40
-43.50
2.40
760 B
Delta Aquilae B
m0v
3.77
Rana
29.325
16.50
23.70
-5.10
-9
55
54
-9.932
29.373
0.111
3
40
55.213
51
16.507
23.762
-5.066
-9
55
54
-9.932
31.492
0.104
3
40
55.213
51
17.698
25.476
-5.432
150
Delta Eridani
k0iv
4.76
18.684
3.80
-6.50
-17.10
-66
18
42
-66.312
18.615
0.175
20
3
300.958
50
3.847
-6.413
-17.047
-66
18
42
-66.312
18.615
0.175
20
3
300.958
50
3.847
-6.413
-17.047
780
Delta Pavonis
Metal rich star.
g8v
4.80
33.497
23.20
15.30
18.70
92 A
Delta Trianguli A
g0v
13.00
33.497
23.20
15.30
18.70
92 B
Delta Trianguli B
m0v
1.54
Denebola
42.878
-41.40
2.40
10.90
14
51
6
14.852
42.902
0.076
11
46
176.629
31
-41.397
2.438
10.997
14
51
6
14.852
41.304
0.079
11
46
176.629
31
-39.855
2.348
10.587
448
Beta Leonis
Possible Delta Scuti class pulsating variable.
a3v
10.97
23.590
-6.50
-14.30
17.60
48
28
24
48.473
23.635
0.138
16
22
245.663
39
-6.457
-14.277
17.694
48
28
24
48.473
24.743
0.132
16
22
245.663
39
-6.760
-14.946
18.524
623
AC-48 1595 89
m3vi
4.80
47.171
35.70
29.20
-9.90
-12
5
0
-12.083
47.237
0.069
2
37
39.287
9
35.751
29.248
-9.888
-12
5
0
-12.083
47.531
0.069
2
37
39.287
9
35.973
29.430
-9.950
105.4 B
Epsilon Ceti B
m0v
4.77
47.171
35.70
29.20
-9.90
-12
5
0
-12.083
47.237
0.069
2
37
39.287
9
35.751
29.248
-9.888
-12
5
0
-12.083
47.531
0.069
2
37
39.287
9
35.973
29.430
-9.950
105.4 A
Epsilon Ceti A
f8v
6.13
10.730
6.40
8.40
-1.90
144 A
Epsilon Eridani A
k2v
13.00
10.730
6.40
8.40
-1.90
144 B
Epsilon Eridani B
m0v
7.00
11.181
5.20
-3.10
-9.40
-56
59
36
-56.993
11.214
0.291
21
59
329.888
33
5.284
-3.065
-9.404
-56
59
36
-56.993
11.280
0.289
21
59
329.888
33
5.315
-3.083
-9.459
845
Epsilon Indi
k5v
2.72
Mufrid
32.043
-26.80
-14.30
10.20
534 A
Eta Bootis A
g0iv
13.00
32.043
-26.80
-14.30
10.20
534 B
Eta Bootis B
m0v
4.60
Achird
19.058
10.00
2.00
16.10
57
33
6
57.552
19.169
0.170
0
46
11.512
3
10.078
2.053
16.176
57
33
6
57.552
19.364
0.168
0
46
11.512
3
10.180
2.073
16.341
34 A
Eta Cassiopei A
g0v
8.66
19.058
10.00
2.00
16.10
57
33
6
57.552
19.169
0.170
0
46
11.512
3
10.078
2.053
16.176
57
33
6
57.552
19.364
0.168
0
46
11.512
3
10.180
2.073
16.341
34 B
Eta Cassiopei B
m0v
2.72
45.261
14.10
-16.30
39.80
61
38
36
61.643
45.281
0.072
20
44
311.067
16
14.129
-16.215
39.848
61
38
36
61.643
42.836
0.076
20
44
311.067
16
13.366
-15.339
37.696
807
Eta Cephei
Optical pair
k0iv
2.03
Formalhaut
21.891
18.20
-5.40
-10.90
-29
53
18
-29.888
21.875
0.149
22
54
343.725
54
18.206
-5.315
-10.900
-29
53
18
-29.888
21.223
0.154
22
54
343.725
54
17.663
-5.157
-10.576
881
Alpha Piscis Austrini
The infrared satellite IRAS has detected a cool ( ~50 K ) shell of material about this star which may be a protoplanetary system.
a3v
11.90
38.213
22.70
29.30
9.30
14
9
42
14.162
63.537
0.051
3
28
52.246
59
37.720
48.709
15.545
143.3
G 5-43
m3vi
14.70
46.431
22.20
38.00
14.80
157.2
G 7-17
m9v
13.20
30.710
18.10
-24.30
5.00
9
31
12
9.520
28.558
0.114
20
27
306.837
21
16.886
-22.541
4.723
791.2
G 24-16
m6v
12.50
42.828
42.20
-6.30
3.70
4
58
30
4.975
44.858
0.073
23
26
351.567
16
44.206
-6.554
3.890
895.2
G 29-38
a0vii
13.50
38.393
-35.50
11.20
9.40
14
15
42
14.262
38.338
0.085
10
49
162.375
30
-35.412
11.250
9.445
14
15
42
14.262
38.957
0.084
10
49
162.375
30
-35.984
11.432
9.597
403
G 44-42
m4v
12.50
44.042
-26.20
28.50
21.00
324
G 47-9
m5v
13.20
43.412
-10.80
26.80
32.40
48
19
24
48.323
37.686
0.087
7
27
111.758
2
-9.289
23.273
28.148
275.2 A
G 107-69 A
m6vi
15.80
43.412
-10.80
26.80
32.40
48
17
48
48.297
37.686
0.087
7
27
111.775
6
-9.301
23.282
28.136
275.2 B
G 107-69 B
m5v
15.40
40.696
-10.10
25.10
30.40
275.2 C
G 107-70 C
a0vii
15.40
40.746
-10.30
25.10
30.40
275.2 D
G 107-70 D
m5v
13.00
46.574
-20.60
18.40
37.50
53
38
54
53.648
33.708
0.097
9
12
138.121
29
-14.876
13.338
27.148
339.1
G 195-19
a0vii
14.70
42.271
-24.40
-1.10
34.50
458
G 197-50
m3v
12.70
47.939
-23.10
-16.80
38.50
549
G 200-38
k1vii
4.05
26.507
1.80
24.40
-10.20
216
Gamma Leporis
f6v
4.53
28.095
8.90
-7.40
-25.60
-65
35
36
-65.593
28.101
0.116
21
22
320.583
20
8.971
-7.373
-25.590
-65
35
36
-65.593
28.232
0.116
21
22
320.583
20
9.012
-7.407
-25.709
827
Gamma Pavonis
f8v
3.40
40.330
-20.30
-33.10
10.90
15
49
24
15.823
40.261
0.081
15
54
238.533
8
-20.220
-33.039
10.978
15
49
24
15.823
38.761
0.084
15
54
238.533
8
-19.467
-31.808
10.569
603
Gamma Serpenti
f6v
3.46
Arich, Porrima
32.986
-32.50
-5.60
-0.70
-1
10
30
-1.175
32.926
0.099
12
39
189.779
7
-32.441
-5.591
-0.675
-1
10
30
-1.175
33.024
0.099
12
39
189.779
7
-32.537
-5.608
-0.677
482 A
Gamma Virginis A
Visual binary with highly eccentric orbit ( 171 year period ). Will appear as a single star in 2010.
f0v
3.48
32.986
-32.50
-5.60
-0.70
-1
10
30
-1.175
32.926
0.099
12
39
189.779
7
-32.441
-5.591
-0.675
-1
10
30
-1.175
33.024
0.099
12
39
189.779
7
-32.537
-5.608
-0.677
482 B
Gamma Virginis B
f0v
10.32
11.256
8.10
0.50
7.80
15
DM +43 44
m1v
13.29
11.470
8.30
0.50
7.90
15
DM +43 44
m6v
13.00
11.470
8.30
0.50
7.90
15
DM +43 44
m0v
13.91
15.270
13.00
7.30
3.30
12
50
6
12.835
15.289
0.213
1
57
29.367
28
12.991
7.310
3.396
12
50
6
12.835
14.572
0.224
1
57
29.367
28
12.382
6.968
3.237
83.1
L 1159-16
m8v
6.71
28.799
-22.70
0.90
17.70
451
DM+38 2285
g8vi
7.26
31.357
-24.90
-12.60
14.30
528
DM+27 2296
k6v
10.39
14.463
11.40
0.10
-8.90
-37
36
12
-37.603
14.474
0.225
0
2
0.617
28
11.466
0.123
-8.832
-37
36
12
-37.603
14.703
0.222
0
2
0.617
28
11.648
0.125
-8.972
1
DM-37 15492
m4v
4.63
46.529
22.30
18.90
-36.20
-51
0
54
-51.015
47.726
0.068
2
40
40.213
51
22.929
19.385
-37.098
108
Iota Horologii
g3iv
3.14
43.393
34.40
-19.00
18.40
848 A
Iota Pegasi A
f5v
13.00
43.393
34.40
-19.00
18.40
848 B
Iota Pegasi B
m0v
3.72
37.809
17.00
17.80
28.70
49
25
24
49.423
37.914
0.086
3
5
46.362
27
17.019
17.848
28.797
49
25
24
49.423
35.273
0.092
3
5
46.362
27
15.834
16.605
26.791
124
Iota Persei
g4v
3.39
45.825
45.40
-4.60
4.20
5
21
18
5.355
45.901
0.071
23
37
354.346
23
45.478
-4.502
4.284
5
21
18
5.355
44.955
0.073
23
37
354.346
23
44.541
-4.410
4.195
904
Iota Piscium
f7v
10.20
49.352
-22.90
23.60
36.80
331 D
Iota Ursae Majoris D
m0v
2.24
Talitha
49.352
-22.90
23.60
36.80
48
14
24
48.240
49.389
0.066
8
55
133.950
48
-22.829
23.682
36.841
48
14
24
48.240
45.738
0.071
8
55
133.950
48
-21.142
21.931
34.118
331 A
Iota Ursae Majoris A
a7v
9.90
49.352
-22.90
23.60
36.80
48
14
24
48.240
49.389
0.066
8
55
133.950
48
-22.829
23.682
36.841
48
14
24
48.240
45.738
0.071
8
55
133.950
48
-21.142
21.931
34.118
331 B
Iota Ursae Majoris B
m1v
13.00
49.352
-22.90
23.60
36.80
48
14
24
48.240
49.389
0.066
8
55
133.950
48
-22.829
23.682
36.841
48
14
24
48.240
45.738
0.071
8
55
133.950
48
-21.142
21.931
34.118
331 C
Iota Ursae Majoris C
m0v
10.85
12.732
1.90
8.70
-9.10
-44
59
54
-44.998
12.747
0.256
5
9
77.421
41
1.963
8.797
-9.013
-44
59
54
-44.998
12.616
0.258
5
9
77.421
41
1.943
8.707
-8.921
191
DM -45 1841
In constellation of Pictor. Nearest subdwarf to the sun
m0v
4.99
30.391
19.80
23.00
1.60
3
11
18
3.188
30.481
0.107
3
16
49.183
44
19.893
23.032
1.695
3
11
18
3.188
31.198
0.105
3
16
49.183
44
20.361
23.574
1.735
137
Kappa Ceti
g5v
8.20
25.497
-20.80
-3.60
14.30
480.2
DM +34 2342
k4v
8.15
24.545
-4.00
-24.20
0.90
2
10
12
2.170
24.515
0.133
17
23
260.817
16
-3.910
-24.183
0.928
2
10
12
2.170
25.298
0.129
17
23
260.817
16
-4.034
-24.956
0.958
673
DM +2 3312
k7v
11.87
12.813
6.30
-2.80
10.80
860
Kruger 60A
m3v
13.30
12.813
6.30
-2.80
10.80
860
Kruger 60B
m4v
13.00
41.299
4.10
-4.00
-40.90
-82
1
0
-82.017
56.300
0.058
21
5
316.300
12
5.653
-5.402
-55.754
820.1
L24 52
a0vii
12.10
26.730
6.30
-2.00
-25.90
-75
42
42
-75.712
26.732
0.122
22
52
343.050
12
6.311
-1.923
-25.905
-75
42
42
-75.712
27.188
0.120
22
52
343.050
12
6.418
-1.956
-26.347
877
L49 19
k0vii
14.40
21.456
-6.90
-0.80
-20.30
-71
12
12
-71.203
53.431
0.061
12
25
186.450
48
-17.107
-1.934
-50.581
467 B
L68 27 B
m0v
12.50
21.456
-6.90
-0.80
-20.30
-71
12
12
-71.203
53.431
0.061
12
25
186.450
48
-17.107
-1.934
-50.581
467 A
L68 28 A
k0vii
12.20
48.046
-4.70
-13.40
-45.90
-72
52
48
-72.880
47.955
0.068
16
42
250.625
30
-4.683
-13.317
-45.830
-72
52
48
-72.880
48.672
0.067
16
42
250.625
30
-4.753
-13.516
-46.515
637
L74 113
m0v
12.60
49.442
16.50
10.10
-45.50
-66
48
42
-66.812
49.389
0.066
2
5
31.483
56
16.584
10.156
-45.399
-66
48
42
-66.812
66.537
0.049
2
5
31.483
56
22.342
13.682
-61.162
85
L89 27
m0v
15.50
18.908
-3.40
6.30
-17.50
-67
38
0
-67.633
18.843
0.173
7
53
118.333
20
-3.403
6.311
-17.425
-67
38
24
-67.640
22.527
0.145
7
52
118.217
52
-4.052
7.551
-20.833
293
L97 12
m5v
12.50
43.518
8.80
-15.50
-39.70
-65
43
42
-65.728
43.456
0.075
19
59
299.833
20
8.887
-15.496
-39.615
-65
43
42
-65.728
43.684
0.075
19
59
299.833
20
8.933
-15.577
-39.823
774 A
L115 21 A
m0v
13.80
43.518
8.80
-15.50
-39.70
-65
43
42
-65.728
43.456
0.075
19
59
299.833
20
8.887
-15.496
-39.615
-65
43
42
-65.728
43.684
0.075
19
59
299.833
20
8.933
-15.577
-39.823
774 B
L115 21 B
m0v
12.70
37.543
14.40
-5.70
-34.20
-65
38
12
-65.637
37.457
0.087
22
34
338.737
57
14.400
-5.604
-34.121
-65
38
12
-65.637
36.251
0.090
22
34
338.737
57
13.936
-5.423
-33.023
865
L119 21
k0vii
10.30
39.719
12.80
11.80
-35.70
-63
53
30
-63.892
39.772
0.082
2
51
42.808
14
12.840
11.894
-35.714
-63
53
30
-63.892
40.261
0.081
2
51
42.808
14
12.998
12.040
-36.153
118
L127 97
m0v
13.01
15.842
-6.80
0.50
-14.30
-64
33
30
-64.558
15.811
0.206
11
42
175.742
58
-6.774
0.504
-14.278
-64
33
30
-64.558
14.931
0.219
11
42
175.742
58
-6.397
0.476
-13.483
440
L145 141
a0vii
12.20
45.274
-3.50
23.40
-38.60
-58
29
54
-58.498
45.281
0.072
6
33
98.279
7
-3.407
23.414
-38.608
-58
29
54
-58.498
45.901
0.071
6
33
98.279
7
-3.454
23.735
-39.136
238
L182 44
m0v
12.20
42.438
-22.50
4.50
-35.70
-57
17
30
-57.292
42.347
0.077
11
14
168.512
3
-22.424
4.557
-35.632
-57
17
30
-57.292
42.510
0.077
11
14
168.512
3
-22.510
4.575
-35.769
422
L192 72
m0v
14.00
38.036
-20.30
-9.60
-30.70
-53
51
0
-53.850
37.914
0.086
13
42
205.500
0
-20.187
-9.629
-30.615
-53
51
0
-53.850
45.151
0.072
13
41
205.400
36
-24.060
-11.425
-36.458
524
L258 146
k0vii
11.70
47.296
25.20
-15.50
-36.90
841
L283 7
a0v
13.70
44.096
-21.00
21.30
-32.40
-47
15
0
-47.250
44.043
0.074
8
57
134.467
52
-20.942
21.336
-32.342
-47
15
0
-47.250
44.792
0.073
8
57
134.467
52
-21.299
21.699
-32.892
333
L316 62
m2v
14.50
31.123
-7.70
-20.30
-22.30
-45
54
0
-45.900
31.035
0.105
16
37
249.375
30
-7.608
-20.213
-22.287
-45
54
12
-45.903
31.166
0.105
16
37
249.288
9
-7.670
-20.286
-22.382
633
L339 19
c0vii
14.90
18.691
4.30
-12.30
-13.40
-45
36
42
-45.612
18.615
0.175
19
17
289.279
7
4.299
-12.291
-13.303
-45
36
42
-45.612
18.549
0.176
19
17
289.279
7
4.284
-12.248
-13.255
754
L347 14
m7v
11.90
36.626
21.00
-13.30
-26.90
-47
14
0
-47.233
36.642
0.089
21
52
328.000
0
21.100
-13.185
-26.900
-47
14
6
-47.235
36.740
0.089
21
51
327.904
37
21.133
-13.255
-26.972
838.6
L355 62
m0v
13.48
26.738
19.40
-0.10
-18.40
-43
26
6
-43.435
26.732
0.122
23
59
359.892
34
19.412
-0.037
-18.379
-43
26
6
-43.435
25.428
0.128
23
59
359.892
34
18.465
-0.035
-17.483
915
L362 81
a0vii
12.50
38.391
-28.80
3.80
-25.10
-40
46
18
-40.772
38.338
0.085
11
29
172.346
23
-28.775
3.867
-25.037
-40
46
18
-40.772
34.556
0.094
11
29
172.346
23
-25.937
3.486
-22.567
431
L396 7
m0v
13.40
39.908
-18.90
-25.30
-24.40
-37
43
0
-37.717
39.772
0.082
15
33
233.458
50
-18.732
-25.277
-24.331
-37
43
24
-37.723
39.935
0.082
15
33
233.337
21
-18.861
-25.338
-24.434
590
L480 69
k0vii
15.00
43.536
7.30
-33.20
-27.20
-38
40
0
-38.667
43.456
0.075
18
50
282.625
30
7.416
-33.110
-27.151
-38
39
48
-38.663
43.358
0.075
18
50
282.563
15
7.364
-33.045
-27.087
732 B
L489 58 B
m0v
11.40
43.536
7.30
-33.20
-27.20
-38
40
0
-38.667
43.456
0.075
18
50
282.625
30
7.416
-33.110
-27.151
-38
39
48
-38.663
43.358
0.075
18
50
282.563
15
7.364
-33.045
-27.087
732 A
L489 58 A
g0vi
11.90
47.915
-5.60
42.30
-21.80
-26
59
30
-26.992
47.955
0.068
6
30
97.529
7
-5.599
42.363
-21.765
-26
59
30
-26.992
48.444
0.067
6
30
97.529
7
-5.656
42.795
-21.987
236
L597 31
m0v
15.00
19.057
-9.60
14.90
-7.00
-21
23
30
-21.392
19.071
0.171
8
10
122.621
29
-9.573
14.956
-6.956
-21
23
30
-21.392
19.169
0.170
8
10
122.621
29
-9.622
15.033
-6.992
300
L674 15
m0v
13.50
28.102
-16.50
19.80
-11.20
-23
17
18
-23.288
28.101
0.116
8
38
129.704
49
-16.489
19.858
-11.110
-23
17
18
-23.288
37.457
0.087
8
38
129.704
49
-21.979
26.470
-14.809
317
L675 81
m0v
13.10
26.741
-20.00
14.80
-9.80
-21
25
24
-21.423
26.732
0.122
9
33
143.429
43
-19.986
14.827
-9.764
-21
25
24
-21.423
29.210
0.112
9
33
143.429
43
-21.838
16.201
-10.669
357
L678 39
k0vii
14.00
43.484
32.00
-23.30
-18.00
-24
22
30
-24.375
43.456
0.075
21
36
324.025
6
32.033
-23.252
-17.935
-24
22
30
-24.375
45.477
0.072
21
36
324.025
6
33.523
-24.333
-18.769
836
L714 88
m5v
12.80
41.260
33.50
-19.60
-14.00
-19
43
30
-19.725
41.272
0.079
21
59
329.800
12
33.577
-19.542
-13.930
-19
43
30
-19.725
40.685
0.080
21
59
329.800
12
33.100
-19.265
-13.731
843
L715 89
m0v
11.80
27.090
23.60
-9.10
-9.70
867
L717 22
m4v
12.40
22.377
20.40
6.30
-6.70
-17
16
24
-17.273
12.192
0.267
1
9
17.496
59
11.104
3.500
-3.620
54.1
L725-32
m5v
12.10
39.239
10.90
35.70
-12.10
-17
50
42
-17.845
39.283
0.083
4
51
72.896
35
10.998
35.739
-12.038
-17
50
42
-17.845
38.892
0.084
4
51
72.896
35
10.888
35.384
-11.918
180
L736 30
m3v
11.90
35.711
7.80
33.00
-11.20
-18
12
54
-18.215
35.827
0.091
5
6
76.588
21
7.894
33.104
-11.199
-18
12
54
-18.215
35.990
0.091
5
6
76.588
21
7.930
33.254
-11.250
190
L737 9
m5v
12.90
34.707
-13.80
30.10
-10.40
-17
17
24
-17.290
22.950
0.142
7
38
114.508
2
-9.090
19.939
-6.821
-17
17
24
-17.290
29.112
0.112
7
38
114.508
2
-11.531
25.292
-8.652
283 A
L745 46 A
f0vii
18.40
34.794
-13.80
30.20
-10.40
-17
17
24
-17.290
22.950
0.142
7
38
114.508
2
-9.090
19.939
-6.821
-17
17
24
-17.290
29.112
0.112
7
38
114.508
2
-11.531
25.292
-8.652
283 B
L745 46 B
m0v
11.90
29.450
-16.00
-22.70
-9.80
-19
18
36
-19.310
29.373
0.111
15
39
234.833
20
-15.966
-22.661
-9.713
-19
18
36
-19.310
29.373
0.111
15
39
234.833
20
-15.966
-22.661
-9.713
595
L768 119
m5v
14.60
10.600
9.50
-3.70
-2.90
-15
35
36
-15.593
10.693
0.305
22
35
338.938
45
9.611
-3.701
-2.874
866
L789 6
m7v
12.30
39.712
-26.40
28.30
-8.90
-12
55
36
-12.927
39.772
0.082
8
51
132.925
42
-26.400
28.385
-8.897
-12
55
36
-12.927
47.466
0.069
8
51
132.925
42
-31.507
33.876
-10.619
326 B
L820 19 B
m0v
12.00
39.712
-26.40
28.30
-8.90
-12
55
36
-12.927
39.772
0.082
8
51
132.925
42
-26.400
28.385
-8.897
-12
55
36
-12.927
47.466
0.069
8
51
132.925
42
-31.507
33.876
-10.619
326 A
L820 19 A
m6v
10.80
38.411
-33.70
16.70
-7.80
-11
42
12
-11.703
29.894
0.109
10
14
153.583
20
-26.216
13.023
-6.064
-11
42
12
-11.703
36.349
0.090
10
14
153.583
20
-31.877
15.836
-7.373
386
L824 28
m0v
13.00
39.284
-38.40
2.50
-7.90
-13
43
36
-13.727
39.283
0.083
11
44
176.033
8
-38.070
2.640
-9.322
-13
43
36
-13.727
39.772
0.082
11
44
176.033
8
-38.543
2.673
-9.438
443
L829 26
m0v
13.90
45.945
11.60
-43.10
-10.90
-13
38
6
-13.635
45.901
0.071
19
0
285.121
29
11.636
-43.063
-10.821
-13
38
6
-13.635
61.386
0.053
19
0
285.121
29
15.562
-57.591
-14.471
741
L850 62
m5v
15.20
40.749
27.00
-28.80
-10.10
-14
15
0
-14.250
40.750
0.080
20
52
313.196
47
27.035
-28.793
-10.031
-14
15
0
-14.250
41.304
0.079
20
52
313.196
47
27.403
-29.185
-10.167
810 B
L856 54 B
m0v
14.00
40.749
27.00
-28.80
-10.10
-14
13
12
-14.220
40.750
0.080
20
52
313.200
48
27.041
-28.795
-10.010
-14
13
12
-14.220
41.304
0.079
20
52
313.200
48
27.408
-29.187
-10.146
810 A
L856 54 A
m5v
12.30
41.186
37.50
16.60
-3.80
-5
14
42
-5.245
49.389
0.066
1
35
23.858
26
44.980
19.893
-4.515
-5
14
42
-5.245
40.065
0.081
1
35
23.858
26
36.488
16.137
-3.663
64
L870 2
a0vii
15.20
46.548
-11.90
44.70
-5.20
-6
22
36
-6.377
46.585
0.070
6
59
104.871
29
-11.882
44.746
-5.174
-6
22
6
-6.368
41.272
0.079
6
59
104.863
27
-10.521
39.645
-4.578
261
L886 6
a0vii
12.80
31.736
-29.50
11.10
-3.70
-6
39
42
-6.662
31.655
0.103
10
37
159.300
12
-29.412
11.114
-3.672
-6
39
42
-6.662
36.838
0.089
10
37
159.300
12
-34.227
12.933
-4.274
399
L897 16
m0v
11.60
39.335
-39.00
1.50
-4.90
-7
5
18
-7.088
39.283
0.083
11
50
177.679
43
-38.951
1.579
-4.847
452
L901 10
m4v
14.90
42.846
41.60
-8.90
-5.10
-6
49
6
-6.818
42.902
0.076
23
11
347.962
51
41.662
-8.884
-5.093
-6
49
6
-6.818
79.707
0.041
23
11
347.962
51
77.403
-16.506
-9.462
893.1
L935 50
a0v
11.12
28.115
-24.90
13.00
-1.20
-2
25
42
-2.428
28.101
0.116
10
9
152.379
31
-24.876
13.017
-1.190
-2
25
48
-2.430
27.808
0.117
10
9
152.379
31
-24.617
12.881
-1.179
381
L968 22
m0v
11.70
40.316
-8.90
-39.30
-1.30
-1
47
18
-1.788
40.261
0.081
17
9
257.325
18
-8.830
-39.261
-1.256
-1
47
18
-1.788
38.207
0.085
17
9
257.325
18
-8.379
-37.258
-1.192
660 B
L989 20 B
m0v
11.50
40.316
-8.90
-39.30
-1.30
-1
47
18
-1.788
40.261
0.081
17
9
257.325
18
-8.830
-39.261
-1.256
-1
47
18
-1.788
38.207
0.085
17
9
257.325
18
-8.379
-37.258
-1.192
660 A
L989 20 A
g0vii
13.51
35.445
16.80
-31.20
-0.80
-1
10
0
-1.167
35.436
0.092
19
53
298.483
56
16.896
-31.140
-0.722
-1
10
0
-1.167
37.849
0.086
19
53
298.483
56
18.046
-33.261
-0.771
772
L997 21
a0vii
11.60
49.402
2.90
-49.30
1.30
1
30
48
1.513
56.202
0.058
18
13
273.450
48
3.381
-56.081
1.484
1
30
48
1.513
51.736
0.063
18
13
273.450
48
3.112
-51.624
1.366
708.3
L1064 75
m5vi
13.50
36.947
35.90
2.00
8.50
13
16
24
13.273
37.034
0.088
0
13
3.300
12
35.985
2.075
8.503
13
16
24
13.273
37.783
0.086
0
13
3.300
12
36.713
2.117
8.675
12
L1154 29
m5v
15.00
35.110
-20.00
-26.80
10.70
589
L1272 21
m6v
15.10
24.470
17.60
13.60
10.20
24
42
54
24.715
24.515
0.133
2
30
37.683
44
17.624
13.613
10.250
24
42
54
24.715
31.850
0.102
2
30
37.683
44
22.897
17.686
13.317
102
L1303 10
m6v
14.20
33.015
-15.40
-26.80
11.60
20
44
36
20.743
32.926
0.099
16
0
240.179
43
-15.312
-26.714
11.662
20
44
36
20.743
32.796
0.099
16
0
240.179
43
-15.252
-26.609
11.616
609
L1346 53
m4v
12.00
49.399
-9.90
-24.90
41.50
57
14
48
57.247
47.237
0.069
16
33
248.371
29
-9.420
-23.757
39.727
630.1 A
LP101-15 A
m4v
13.00
49.399
-9.90
-24.90
41.50
57
15
12
57.253
47.237
0.069
16
33
248.379
31
-9.415
-23.754
39.729
630.1 B
LP101-15 B
m0v
14.10
49.399
-9.90
-24.90
41.50
630.1 C
LP101-16 C
m0v
19.90
23.439
-14.10
17.20
7.40
18
35
0
18.583
23.439
0.139
8
38
129.542
10
-14.144
17.133
7.469
18
35
0
18.583
50.530
0.065
8
37
129.425
42
-30.417
36.997
16.103
316.1
LP425-140
m6v
15.62
19.567
0.60
19.50
-1.50
-4
8
48
-4.147
19.625
0.166
5
52
88.162
39
0.628
19.564
-1.419
-4
8
48
-4.147
21.060
0.155
5
52
88.162
39
0.674
20.994
-1.523
223.2
LP658 2
k0vii
9.59
11.434
8.90
-2.30
-6.80
-36
8
30
-36.142
11.671
0.279
23
2
345.663
39
9.131
-2.334
-6.883
-36
8
30
-36.142
11.475
0.284
23
2
345.663
39
8.978
-2.295
-6.768
887
CD-36 15693
m2v
3.84
48.604
7.10
36.50
31.30
40
3
24
40.057
48.672
0.067
5
15
78.904
37
7.170
36.557
31.323
40
3
24
40.057
46.911
0.070
5
15
78.904
37
6.910
35.235
30.190
197
Lambda Aurigae
g0v
4.30
34.795
-19.30
-28.60
4.50
7
30
30
7.508
34.686
0.094
15
44
236.004
1
-19.228
-28.511
4.532
7
30
30
7.508
38.859
0.084
15
44
236.004
1
-21.541
-31.941
5.077
598
Lambda Serpenti
g0v
15.00
47.166
18.90
40.30
15.60
19
21
54
19.365
47.237
0.069
4
19
64.813
15
18.966
40.328
15.663
19
21
54
19.365
46.520
0.070
4
19
64.813
15
18.678
39.715
15.425
168.1
Lowne 1
m6v
4.90
44.155
-2.40
-27.20
-34.70
-51
48
36
-51.810
42.902
0.076
17
40
265.042
10
-2.292
-26.426
-33.719
-51
48
36
-51.810
31.655
0.103
17
40
265.042
10
-1.691
-19.498
-24.880
691
Mu Arae
g5v
5.75
Marfak
25.007
13.90
4.00
20.40
54
40
30
54.675
25.069
0.130
1
4
16.233
56
13.917
4.052
20.453
54
40
30
54.675
24.222
0.135
1
4
16.233
56
13.447
3.915
19.762
53 A
Mu Cassiopei A
Metal deficient star.
g5vi
8.75
25.007
13.90
4.00
20.40
54
40
30
54.675
25.069
0.130
1
4
16.233
56
13.917
4.052
20.453
54
40
30
54.675
24.222
0.135
1
4
16.233
56
13.447
3.915
19.762
53 B
Mu Cassiopei B
m8v
3.89
26.349
-1.60
-23.30
12.20
27
44
54
27.748
26.276
0.124
17
44
266.125
30
-1.572
-23.201
12.234
27
44
54
27.748
28.329
0.115
17
44
266.125
30
-1.694
-25.014
13.190
695 A
Mu Herculis A
g5iv
11.26
26.349
-1.60
-23.30
12.20
27
44
42
27.745
26.276
0.124
17
44
266.117
28
-1.575
-23.202
12.232
27
44
42
27.745
28.329
0.115
17
44
266.117
28
-1.698
-25.014
13.188
695 C
Mu Herculis C
m4v
10.80
26.349
-1.60
-23.30
12.20
27
44
42
27.745
26.276
0.124
17
44
266.117
28
-1.575
-23.202
12.232
27
44
42
27.745
28.329
0.115
17
44
266.117
28
-1.698
-25.014
13.188
695 B
Mu Herculis B
m4v
8.32
14.599
-8.40
4.40
11.10
49
42
30
49.708
14.670
0.222
10
8
152.079
19
-8.383
4.442
11.190
49
42
30
49.708
15.289
0.213
10
8
152.079
19
-8.736
4.630
11.662
380
DM+50 1725
k7v
10.14
25.652
-2.60
-24.20
8.10
18
36
24
18.607
25.656
0.127
17
35
263.913
39
-2.578
-24.178
8.186
18
36
24
18.607
25.298
0.129
17
35
263.913
39
-2.542
-23.840
8.072
686
DM+23 3151
m1v
4.20
44.663
29.50
9.70
-32.10
-45
47
54
-45.798
47.237
0.069
1
12
18.233
56
31.280
10.304
-33.864
-45
47
54
-45.798
39.772
0.082
1
12
18.233
56
26.336
8.676
-28.512
55
Nu Phoenicis
f8v
16.68
7.649
-7.30
2.10
0.90
7
19
12
7.320
7.661
0.426
10
54
163.525
6
-7.287
2.155
0.976
7
19
12
7.320
7.791
0.418
10
54
163.525
6
-7.410
2.191
0.993
406
Wolf 359
m8v
5.99
Keid
15.806
7.00
14.00
-2.20
166
Omicron2 Eridani
k1v
3.76
25.005
7.70
23.60
3.00
6
52
30
6.875
25.069
0.130
4
47
71.779
7
7.782
23.641
3.001
6
52
30
6.875
24.483
0.133
4
47
71.779
7
7.600
23.088
2.931
178
Pi3 Orionis
Suspected Delta Scuti class pulsating variable.
f6v
0.98
Pollux
34.995
-13.40
27.80
16.50
28
8
54
28.148
35.045
0.093
7
42
115.567
16
-13.336
27.875
16.533
28
8
54
28.148
32.502
0.100
7
42
115.567
16
-12.368
25.852
15.333
286
Beta Gemini
k0iii
2.64
Procyon A
11.366
-4.70
10.30
1.00
5
21
18
5.355
11.443
0.285
7
36
114.171
41
-4.665
10.394
1.068
5
21
18
5.355
11.410
0.286
7
36
114.171
41
-4.652
10.364
1.065
280 A
Alpha Canis Minoris A
Suspected Delta Scuti class pulsating variable.
f5iv
13.00
Procyon B
11.366
-4.70
10.30
1.00
5
21
18
5.355
11.443
0.285
7
36
114.171
41
-4.665
10.394
1.068
5
21
18
5.355
11.410
0.286
7
36
114.171
41
-4.652
10.364
1.065
280 B
Alpha Canis Minoris B
f0vii
15.45
4.294
-1.60
-1.20
-3.80
-62
28
6
-62.468
4.271
0.761
14
26
216.579
19
-1.585
-1.177
-3.787
-62
28
6
-62.468
4.238
0.772
14
26
216.579
19
-1.573
-1.167
-3.758
551
Proxima Centauri
m5v
3.70
37.934
22.30
-26.00
-16.30
-25
27
6
-25.452
33.969
0.096
20
43
310.783
8
20.035
-23.225
-14.598
-25
27
6
-25.452
42.347
0.077
20
43
310.783
8
24.976
-28.953
-18.199
805
Psi Capricorni
f4v
4.37
48.539
-6.60
34.50
33.50
43
37
48
43.630
47.955
0.068
6
43
100.783
8
-6.494
34.097
33.089
43
37
48
43.630
49.259
0.066
6
43
100.783
8
-6.671
35.025
33.989
245
Psi5 Aurigae
g0v
15.27
8.784
7.60
3.40
-2.80
65
L 726-8
m5v
8.20
19.915
-13.70
-2.10
14.30
477.1
DM +46 1797
k4v
10.91
22.454
-3.20
-16.40
15.00
661
DM+45 2505
m3v
6.67
21.316
10.70
4.80
-17.80
66
P Eridani
k2v
12.70
41.191
11.60
22.20
32.70
52
29
42
52.495
49.389
0.066
4
9
62.287
9
13.984
26.620
39.180
52
29
42
52.495
43.293
0.075
4
9
62.287
9
12.258
23.335
34.344
164
Ross 28
m5v
12.78
28.311
4.20
27.60
4.70
9
36
48
9.613
28.362
0.115
5
25
81.317
16
4.222
27.643
4.736
9
36
48
9.613
32.698
0.100
5
25
81.317
16
4.867
31.869
5.460
203
Ross 41
m5v
10.73
46.471
6.00
45.40
7.90
206 A
Ross 42 A
m4v
13.00
46.471
6.00
45.40
7.90
206 B
Ross 42 B
m0v
11.50
33.974
-22.80
-21.20
13.60
23
45
30
23.758
33.969
0.096
14
51
222.921
41
-22.767
-21.172
13.685
23
45
30
23.758
34.719
0.094
14
51
222.921
41
-23.270
-21.640
13.987
568 A
Ross 52 A
m5vi
12.10
33.974
-22.80
-21.20
13.60
23
45
30
23.758
33.969
0.096
14
51
222.921
41
-22.767
-21.172
13.685
23
45
30
23.758
34.719
0.094
14
51
222.921
41
-23.270
-21.640
13.987
568 B
Ross 52 B
m5v
13.60
26.711
-2.40
24.40
10.60
23
28
6
23.468
27.873
0.117
6
21
95.404
37
-2.408
25.454
11.100
23
28
6
23.468
27.156
0.120
6
21
95.404
37
-2.346
24.799
10.815
232
Ross 64
m6v
15.50
35.480
-26.80
19.00
13.40
22
15
30
22.258
35.436
0.092
9
38
144.546
11
-26.715
19.023
13.422
22
15
30
22.258
39.674
0.082
9
38
144.546
11
-29.910
21.298
15.028
359
Ross 92
m6v
14.10
34.349
-33.80
1.20
6.00
10
5
42
10.095
34.328
0.095
11
51
177.892
34
-33.774
1.243
6.017
10
5
42
10.095
33.937
0.096
11
51
177.892
34
-33.389
1.229
5.949
452.1
Ross 119
m0v
13.50
10.924
-10.90
0.70
0.20
1
6
0
1.100
10.823
0.301
11
45
176.288
9
-10.798
0.701
0.208
1
6
0
1.100
10.823
0.301
11
45
176.288
9
-10.798
0.701
0.208
447
Ross 128
m5v
13.60
32.252
12.50
-25.90
14.60
27
1
12
27.020
32.274
0.101
19
43
295.929
43
12.572
-25.857
14.662
27
1
12
27.020
35.012
0.093
19
43
295.929
43
13.638
-28.051
15.906
766 B
Ross 165 B
m0v
12.60
32.252
12.50
-25.90
14.60
27
1
12
27.020
32.274
0.101
19
43
295.929
43
12.572
-25.857
14.662
27
1
12
27.020
35.012
0.093
19
43
295.929
43
13.638
-28.051
15.906
766 A
Ross 165 A
m4v
14.40
49.369
23.50
-30.80
30.60
38
22
54
38.382
49.389
0.066
20
29
307.392
34
23.511
-30.759
30.666
38
22
54
38.382
49.096
0.066
20
29
307.392
34
23.371
-30.577
30.484
792
Ross 188
m6v
11.00
49.359
33.80
-35.70
-4.40
812
Ross 193
m4v
13.50
45.164
21.10
-6.50
39.40
60
43
42
60.728
45.281
0.072
22
52
343.108
26
21.185
-6.433
39.499
60
43
42
60.728
45.901
0.071
22
52
343.108
26
21.475
-6.521
40.040
878
Ross 226
m4v
14.80
10.207
7.30
-0.70
7.10
43
55
12
43.920
10.236
0.318
23
39
354.858
26
7.343
-0.661
7.100
43
55
12
43.920
10.334
0.316
23
39
354.858
26
7.414
-0.667
7.168
905
Ross 248
m6v
11.50
42.277
27.80
-1.80
31.80
48
44
12
48.737
42.347
0.077
23
45
356.379
31
27.873
-1.764
31.832
48
44
12
48.737
49.682
0.066
23
45
356.379
31
32.701
-2.069
37.345
907
Ross 249
m1v
13.20
47.153
-3.50
46.70
-5.50
-6
37
36
-6.627
47.237
0.069
6
16
94.229
55
-3.460
46.794
-5.451
-6
37
36
-6.627
48.215
0.068
6
16
94.229
55
-3.532
47.762
-5.564
231.3
Ross 417
m5v
10.90
38.907
-36.20
-14.20
-1.30
-2
5
36
-2.093
38.794
0.084
13
25
201.442
46
-36.085
-14.172
-1.417
-2
5
36
-2.093
38.892
0.084
13
25
201.442
46
-36.176
-14.208
-1.420
512 A
Ross 486 A
m4v
13.80
38.907
-36.20
-14.20
-1.30
-2
5
36
-2.093
38.794
0.084
13
25
201.442
46
-36.085
-14.172
-1.417
-2
5
36
-2.093
38.892
0.084
13
25
201.442
46
-36.176
-14.208
-1.420
512 B
Ross 486 B
m6v
14.80
35.827
-21.80
-26.30
10.80
17
39
36
17.660
35.827
0.091
15
21
230.396
35
-21.763
-26.303
10.869
17
39
36
17.660
38.305
0.085
15
21
230.396
35
-23.268
-28.122
11.621
585
Ross 508
m6v
10.90
36.916
32.20
16.60
-7.10
-11
2
36
-11.043
37.034
0.088
1
49
27.329
19
32.291
16.687
-7.094
-11
2
36
-11.043
37.914
0.086
1
49
27.329
19
33.059
17.084
-7.262
78
Ross 555
m4vi
13.70
32.821
9.90
23.20
21.00
39
44
54
39.748
32.926
0.099
4
26
66.746
59
9.995
23.259
21.053
39
44
54
39.748
34.002
0.096
4
26
66.746
59
10.321
24.019
21.741
170
Ross 594
m7v
16.58
12.919
-1.60
12.80
-0.70
-2
46
12
-2.770
12.942
0.252
6
26
96.713
51
-1.511
12.838
-0.625
-2
46
12
-2.770
13.464
0.242
6
26
96.713
51
-1.572
13.356
-0.651
234 B
Ross 614 B
m0v
13.08
12.919
-1.60
12.80
-0.70
-2
46
12
-2.770
12.942
0.252
6
26
96.713
51
-1.511
12.838
-0.625
-2
46
12
-2.770
13.464
0.242
6
26
96.713
51
-1.572
13.356
-0.651
234 A
Ross 614 A
m7v
13.66
21.560
-11.40
18.00
3.30
8
59
42
8.995
21.581
0.151
8
9
122.296
11
-11.389
18.018
3.374
8
59
42
8.995
22.038
0.148
8
9
122.296
11
-11.630
18.400
3.446
299
Ross 619
m5v
13.90
38.831
-35.60
6.00
14.30
21
38
6
21.635
38.794
0.084
11
21
170.413
39
-35.557
6.006
14.303
21
38
6
21.635
43.945
0.074
11
21
170.413
39
-40.279
6.803
16.202
427
Ross 627
f0vii
11.90
29.700
-28.10
-2.80
-9.20
-17
56
0
-17.933
29.633
0.110
12
22
185.554
13
-28.061
-2.729
-9.124
-17
56
0
-17.933
29.079
0.112
12
22
185.554
13
-27.536
-2.678
-8.954
465
Ross 695
m4v
13.60
36.265
-20.90
-28.30
-8.80
-13
57
30
-13.958
36.219
0.090
15
34
233.554
13
-20.881
-28.275
-8.736
-13
57
30
-13.958
42.673
0.076
15
34
233.554
13
-24.602
-33.313
-10.293
592
Ross 802
m5v
12.80
45.348
-37.40
-23.90
-9.30
-11
47
12
-11.787
37.914
0.086
14
10
212.608
26
-31.264
-20.001
-7.745
540.2
Ross 845
m5v
12.80
35.509
-28.90
-19.80
-5.80
-9
22
48
-9.380
35.436
0.092
14
17
214.371
29
-28.858
-19.738
-5.775
-9
22
48
-9.380
35.795
0.091
14
17
214.371
29
-29.150
-19.938
-5.834
545
Ross 848
m5v
11.60
31.977
-7.10
-28.90
11.70
21
37
6
21.618
31.948
0.102
17
5
256.254
1
-7.057
-28.850
11.770
21
37
6
21.618
49.780
0.066
17
5
256.254
1
-10.997
-44.953
18.340
655
Ross 863
m3v
12.60
37.501
-6.20
-33.00
16.70
669
Ross 867
m5v
11.20
34.728
-5.70
-30.60
15.40
669
Ross 868
m4v
12.30
41.308
-39.90
-10.60
-1.40
-1
48
48
-1.813
41.272
0.079
12
59
194.863
27
-39.871
-10.581
-1.306
495
Ross 974
k0vi
11.48
37.001
-11.30
27.60
21.90
277
Ross 989
m4v
13.30
9.505
1.70
-8.50
-3.90
-23
53
30
-23.892
9.454
0.345
18
46
281.688
45
1.751
-8.465
-3.829
-23
53
30
-23.892
9.552
0.341
18
46
281.688
45
1.769
-8.552
-3.869
729
AC-24 2833-1
m4v
5.92
Alrakis, Alsafi
18.481
2.50
-6.00
17.30
69
34
36
69.577
18.517
0.176
19
32
293.117
28
2.537
-5.943
17.353
69
34
36
69.577
18.289
0.178
19
32
293.117
28
2.506
-5.869
17.139
764
Sigma Draconis
k0v
1.42
Sirius A
8.627
-1.60
8.10
-2.50
-16
38
48
-16.647
8.639
0.377
6
42
100.738
57
-1.542
8.132
-2.475
-16
38
48
-16.647
8.574
0.380
6
42
100.738
57
-1.531
8.071
-2.456
244 A
Alpha Canis Majoris A
Cadmium and titanium detected. Stellar atmosphere may be polluted by material ejected by companion. Effective temperature is about 32000 K
a1v
11.56
Sirius B
8.627
-1.60
8.10
-2.50
-16
38
48
-16.647
8.639
0.377
6
42
100.738
57
-1.542
8.132
-2.475
-16
38
48
-16.647
8.574
0.380
6
42
100.738
57
-1.531
8.071
-2.456
244 B
Alpha Canis Majoris B
a0vii
5.72
11.659
10.10
4.80
-3.30
-16
12
0
-16.200
11.769
0.277
1
41
25.438
45
10.206
4.854
-3.283
-16
12
0
-16.200
11.410
0.286
1
41
25.438
45
9.895
4.706
-3.183
71
Tau Ceti
g8v
3.70
47.224
33.90
29.10
-15.30
-18
47
0
-18.783
44.662
0.073
2
42
40.692
46
32.060
27.569
-14.380
-18
47
0
-18.783
44.662
0.073
2
42
40.692
46
32.060
27.569
-14.380
111
Tau1 Eridani
f6v
3.22
Asellus Primus
47.951
-23.90
-17.30
37.80
52
4
54
52.082
47.955
0.068
14
23
215.875
30
-23.879
-17.270
37.831
52
4
54
52.082
40.261
0.081
14
23
215.875
30
-20.048
-14.499
31.762
549 A
Theta Bootis A
f7v
10.30
47.323
-23.90
-17.30
37.00
52
3
42
52.062
47.955
0.068
14
23
215.871
29
-23.891
-17.276
37.821
52
3
42
52.062
40.261
0.081
14
23
215.871
29
-20.058
-14.504
31.753
549 B
Theta Bootis B
m3vi
0.90
Menkent
48.060
-33.30
-20.00
-28.30
-36
7
30
-36.125
50.954
0.064
14
3
210.933
44
-35.303
-21.156
-30.040
-36
7
30
-36.125
55.713
0.059
14
3
210.933
44
-38.601
-23.132
-32.846
539
Theta Centauri
k0iii
3.62
41.162
20.60
17.40
31.10
49
1
6
49.018
41.272
0.079
2
40
40.192
46
20.676
17.468
31.157
49
1
6
49.018
41.109
0.079
2
40
40.192
46
20.595
17.399
31.034
107 A
Theta Persei A
f7v
9.36
41.162
20.60
17.40
31.10
49
1
6
49.018
41.272
0.079
2
40
40.192
46
20.676
17.468
31.157
49
1
6
49.018
41.109
0.079
2
40
40.192
46
20.595
17.399
31.034
107 B
Theta Persei B
m2v
15.80
8.784
7.60
3.40
-2.80
65
UV Ceti
Typical flare star
m5v
10.80
49.305
6.10
48.90
1.60
1
54
48
1.913
49.389
0.066
5
31
82.787
9
6.198
48.971
1.649
1
54
48
1.913
49.161
0.066
5
31
82.787
9
6.169
48.745
1.641
207.1
V 371 Orionis
m3v
13.00
26.462
1.70
24.40
-10.10
216
VB 1
m0v
15.00
31.110
-26.00
3.10
-16.80
432
VB 4
m0v
15.00
33.321
-25.40
1.70
-21.50
442
VB 5
m0v
17.69
20.280
-5.80
-19.20
-3.00
644
VB 8
m0v
14.50
39.734
4.00
-27.50
28.40
720
VB 9
m0v
19.30
18.820
5.90
-17.80
1.60
752
VB 10
m5v
15.80
49.359
33.80
-35.70
-4.40
812
VB 11
m0v
14.26
13.624
13.30
2.70
1.20
5
9
12
5.153
13.627
0.239
0
46
11.629
31
13.293
2.736
1.224
5
9
12
5.153
14.116
0.231
0
46
11.629
31
13.770
2.834
1.268
35
Van Maanens Star
g1vii
0.50
Vega
26.280
3.10
-20.30
16.40
38
44
12
38.737
26.276
0.124
18
35
278.813
15
3.140
-20.254
16.442
38
44
12
38.737
25.167
0.130
18
35
278.813
15
3.008
-19.399
15.748
721
Alpha Lyrae
a0v
8.00
35.879
-29.60
-5.90
19.40
484.1
DM+33 2269
k3v
15.88
17.530
-12.30
3.10
12.10
412
WX Ursae Majoris
m8v
13.81
30.402
13.70
3.60
26.90
62
5
48
62.097
30.481
0.107
1
0
15.033
8
13.776
3.700
26.937
62
5
48
62.097
29.405
0.111
1
0
15.033
8
13.290
3.569
25.986
51
Wolf 47
m7v
14.50
45.147
24.30
35.30
14.20
18
17
42
18.295
45.281
0.072
3
41
55.421
41
24.400
35.397
14.214
18
17
42
18.295
57.898
0.056
3
41
55.421
41
31.199
45.260
18.175
151
Wolf 219
a0vii
12.42
22.972
-21.70
7.00
2.80
7
5
6
7.085
22.950
0.142
10
48
162.079
19
-21.670
7.008
2.831
7
5
6
7.085
22.461
0.145
10
48
162.079
19
-21.208
6.859
2.770
402
Wolf 358
m5v
11.50
41.856
-41.10
-4.80
6.30
8
42
24
8.707
41.793
0.078
12
26
186.613
27
-41.036
-4.758
6.327
8
42
24
8.707
41.793
0.078
12
26
186.613
27
-41.036
-4.758
6.327
469
Wolf 414
m5vi
15.20
14.103
-13.80
-1.90
2.20
9
17
36
9.293
14.116
0.231
12
30
187.712
51
-13.805
-1.869
2.279
9
17
36
9.293
14.051
0.232
12
30
187.712
51
-13.741
-1.861
2.269
473 B
Wolf 424 B
m0v
14.98
14.103
-13.80
-1.90
2.20
9
17
36
9.293
14.116
0.231
12
30
187.712
51
-13.805
-1.869
2.279
9
17
36
9.293
14.051
0.232
12
30
187.712
51
-13.741
-1.861
2.269
473 A
Wolf 424 A
m5v
10.90
39.752
-38.40
-6.20
8.20
11
58
24
11.973
50.139
0.065
12
36
189.104
25
-48.430
-7.761
10.401
11
58
24
11.973
40.652
0.080
12
36
189.104
25
-39.267
-6.292
8.433
480
Wolf 433
m4v
11.68
28.682
-27.70
-5.60
4.90
10
1
54
10.032
29.373
0.111
12
45
191.371
29
-28.356
-5.703
5.117
10
1
54
10.032
28.199
0.116
12
45
191.371
29
-27.223
-5.475
4.912
486
Wolf 437
m4v
15.50
39.837
-38.50
-9.90
2.60
3
45
30
3.758
39.772
0.082
12
57
194.408
38
-38.438
-9.875
2.607
3
45
30
3.758
51.019
0.064
12
57
194.408
38
-49.308
-12.668
3.344
492
Wolf 457
g2vii
13.00
36.256
-34.90
-9.10
3.70
493.1 A
Wolf 461 A
m5v
13.00
36.256
-34.90
-9.10
3.70
493.1 B
Wolf 461 B
m0v
15.36
24.732
-22.60
-9.90
1.70
3
57
0
3.950
24.157
0.135
13
34
203.554
13
-22.092
-9.631
1.664
3
57
0
3.950
26.667
0.122
13
34
203.554
13
-24.387
-10.631
1.837
518
Wolf 489
k0vii
13.90
43.522
-35.70
-24.30
-5.40
-7
3
48
-7.063
43.456
0.075
14
16
214.150
36
-35.690
-24.209
-5.343
-7
3
48
-7.063
60.245
0.054
14
16
214.150
36
-49.479
-33.563
-7.408
543
Wolf 534
m4v
12.73
20.265
-5.80
-19.20
-2.90
643 A
Wolf 629 A
m4vi
13.00
20.265
-5.80
-19.20
-2.90
643 B
Wolf 629 B
m0v
10.60
39.795
27.80
-28.10
-4.60
-6
30
36
-6.510
39.772
0.082
20
59
314.833
20
27.860
-28.023
-4.509
-6
30
36
-6.510
40.587
0.080
20
59
314.833
20
28.431
-28.597
-4.602
816
Wolf 906
m3vi
10.50
35.065
24.70
-23.50
-8.20
-13
28
42
-13.478
35.045
0.093
21
6
316.625
30
24.772
-23.405
-8.168
-13
28
42
-13.478
35.567
0.092
21
6
316.625
30
25.141
-23.754
-8.290
821
Wolf 918
m3vi
12.59
24.327
18.90
-14.70
-4.30
831
Wolf 922
m4v
10.60
40.721
40.40
-5.10
0.00
0
5
6
0.085
40.750
0.080
23
31
352.888
33
40.436
-5.045
0.060
0
5
6
0.085
45.966
0.071
23
31
352.888
33
45.612
-5.691
0.068
899
Wolf 1039
m4vi
10.54
40.677
34.70
5.50
20.50
30
20
30
30.342
40.750
0.080
0
36
9.054
13
34.730
5.534
20.585
30
20
30
30.342
41.011
0.080
0
36
9.054
13
34.953
5.570
20.717
26
AC +31 719
m4v
14.40
44.632
16.50
-19.50
36.60
55
8
48
55.147
44.662
0.073
20
41
310.471
53
16.566
-19.416
36.651
55
8
48
55.147
51.508
0.063
20
41
310.471
53
19.105
-22.393
42.269
802
Wolf 1084
m5v
10.70
43.973
-18.30
36.90
15.40
20
30
24
20.507
44.043
0.074
7
45
116.313
15
-18.286
36.978
15.429
20
30
24
20.507
48.867
0.067
7
45
116.313
15
-20.289
41.028
17.119
289
Wolf 1421
m2v
10.50
49.490
7.90
-48.00
-9.10
-10
30
18
-10.505
49.389
0.066
18
37
279.383
32
7.917
-47.911
-9.005
-10
30
18
-10.505
49.389
0.066
18
37
279.383
32
7.917
-47.911
-9.005
723
Wolf 1466
m0v
11.60
39.683
11.90
37.60
4.40
6
23
48
6.397
41.793
0.078
4
49
72.350
24
12.593
39.578
4.656
6
23
48
6.397
42.510
0.077
4
49
72.350
24
12.809
40.257
4.736
179
Wolf 1539
m4v
13.60
31.658
28.00
-13.90
-5.00
-9
3
0
-9.050
31.361
0.104
22
14
333.675
42
27.759
-13.734
-4.933
-9
3
0
-9.050
33.219
0.098
22
14
333.675
42
29.403
-14.548
-5.225
852 A
Wolf 1561 A
m4v
14.60
31.658
28.00
-13.90
-5.00
-9
3
0
-9.050
31.361
0.104
22
14
333.675
42
27.759
-13.734
-4.933
-9
3
0
-9.050
33.219
0.098
22
14
333.675
42
29.403
-14.548
-5.225
852 B
Wolf 1561 B
m5v
5.53
22.023
-15.40
-14.00
7.20
19
18
24
19.307
22.038
0.148
14
49
222.271
5
-15.390
-13.990
7.286
19
18
24
19.307
21.875
0.149
14
49
222.271
5
-15.277
-13.886
7.233
566 A
Xi Bootis A
g8v
7.69
22.023
-15.40
-14.00
7.20
566 C
Xi Bootis C
k4v
15.00
22.023
-15.40
-14.00
7.20
19
18
24
19.307
22.038
0.148
14
49
222.271
5
-15.390
-13.990
7.286
19
18
24
19.307
21.875
0.149
14
49
222.271
5
-15.277
-13.886
7.233
566 B
Xi Bootis B
m0v
4.90
Alula Australis
29.925
-25.00
4.90
15.70
31
48
36
31.810
25.656
0.127
11
15
168.879
31
-21.393
4.205
13.523
31
48
36
31.810
33.969
0.096
11
15
168.879
31
-28.325
5.568
17.905
423 A
Xi Ursae Majoris A
High lithium abundance
g0v
5.38
29.925
-25.00
4.90
15.70
423 C
Xi Ursae Majoris C
g0v
13.00
29.925
-25.00
4.90
15.70
31
48
36
31.810
25.656
0.127
11
15
168.879
31
-21.393
4.205
13.523
31
48
36
31.810
33.969
0.096
11
15
168.879
31
-28.325
5.568
17.905
423 B
Xi Ursae Majoris B
Low lithium abundance
m0v
13.00
29.925
-25.00
4.90
15.70
423 D
Xi Ursae Majoris D
m0v
10.32
15.252
7.80
-6.10
-11.60
-49
13
12
-49.220
15.224
0.214
21
30
322.558
14
7.895
-6.045
-11.528
-49
13
12
-49.220
15.159
0.215
21
30
322.558
14
7.861
-6.020
-11.479
832
DM-49 13515
m1v
8.26
47.223
-15.60
36.90
25.00
278 E
YY Geminorum E
k6v
9.80
47.223
-15.60
36.90
25.00
278 F
YY Geminorum F
k6v
12.29
19.672
-8.50
17.70
1.20
3
40
48
3.680
19.756
0.165
7
42
115.517
4
-8.493
17.792
1.268
3
40
48
3.680
20.245
0.161
7
42
115.517
4
-8.703
18.233
1.299
285
YZ Canis Minoris
m4v
4.10
47.932
6.10
24.90
-40.50
-57
32
24
-57.540
39.283
0.083
5
4
76.162
39
5.043
20.472
-33.146
-57
32
24
-57.540
44.662
0.073
5
4
76.162
39
5.733
23.275
-37.684
189
Zeta Doradus
f8v
4.70
35.143
-5.00
-11.00
-33.00
-69
58
30
-69.975
35.045
0.093
16
23
245.767
4
-4.926
-10.943
-32.926
-69
58
30
-69.975
35.273
0.092
16
23
245.767
4
-4.958
-11.014
-33.141
624
Zeta Trianguli Australis
g0v
13.00
35.143
-5.00
-11.00
-33.00
624 B
Zeta Draconis B
m0v
2.97
31.363
-9.20
-25.10
16.40
31
41
30
31.692
31.361
0.104
16
39
249.850
24
-9.192
-25.051
16.476
31
41
30
31.692
32.926
0.099
16
39
249.850
24
-9.651
-26.301
17.298
635 A
Zeta Herculis A
g0iv
5.57
31.363
-9.20
-25.10
16.40
31
41
30
31.692
31.361
0.104
16
39
249.850
24
-9.192
-25.051
16.476
31
41
30
31.692
32.926
0.099
16
39
249.850
24
-9.651
-26.301
17.298
635 B
Zeta Herculis B
k0v
4.96
23.324
9.70
0.70
-21.20
-65
10
6
-65.168
23.276
0.140
0
17
4.371
29
9.747
0.745
-21.124
-65
10
6
-65.168
23.439
0.139
0
17
4.371
29
9.815
0.750
-21.272
17
Zeta Tucanae
g2v
5.28
36.611
10.90
12.60
-32.60
-62
46
0
-62.767
36.642
0.089
3
16
49.171
41
10.963
12.688
-32.580
-62
46
0
-62.767
34.817
0.094
3
16
49.171
41
10.417
12.056
-30.958
136
Zeta 1 Reticuli
g2v
4.98
36.645
10.90
12.70
-32.60
-62
41
48
-62.697
36.642
0.089
3
17
49.279
7
10.965
12.738
-32.560
-62
41
48
-62.697
37.262
0.088
3
17
49.279
7
11.150
12.954
-33.111
138
Zeta 2 Reticuli
g1v
25 Tauri, Alcyone
407.911
203.50
311.70
166.80
Coordinates are approximate and based on a distance of 408 light years as per the Yale Bright Star Catalogue.
Eta Tauri
Member of the Pleiades Cluster
b7iii
Atlas
398.537
195.50
305.70
164.80
Coordinates are approximate
27 Tauri
Member of the Pleiades Cluster
b8iii
Electra
417.771
215.50
317.70
164.80
Coordinates are approximate
17 Tauri
Member of the Pleiades Cluster
b6iii
Maia
423.718
213.50
323.70
170.80
Coordinates are approximate
20 Tauri
Member of the Pleiades Cluster
b7iii
Merope
401.767
209.50
301.70
162.80
Coordinates are approximate
23 Tauri
Member of the Pleiades Cluster
b6iv
Taygeta
412.426
217.50
303.70
174.80
Coordinates are approximate
19 Tauri
Member of the Pleiades Cluster
b6v
Pleione
405.525
195.50
313.70
166.80
Coordinates are approximate
28 Tauri
Member of the Pleiades Cluster
b8var
Celaeno
414.384
217.50
309.70
168.80
Coordinates are approximate
16 Tauri
Member of the Pleiades Cluster
b7iv
Asterope
413.300
213.50
307.70
174.80
Coordinates are approximate
21 Tauri
Member of the Pleiades Cluster
b8v
(Asterope)
413.300
213.50
307.70
174.80
Coordinates are approximate
22 Tauri
Member of the Pleiades Cluster
b9v
436.073
217.50
329.70
184.80
Coordinates are approximate
18 Tauri
Member of the Pleiades Cluster
b8v
Galactic Core
-28
43
0
-28.717
26080.000
0.000
17
45
266.300
12
-1475.999
-22824.580
-12531.016
Galactic Core