Prof. Pr. C. Stechert: Definitive Bahnbestimmung des Kometen 1887 II (Brooks).
3
1*
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a
d
log \
Aberr.-Zeit
1SS7
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d
log A
Aberr.-Zeit
Jan. 21.5
>7
'52
"34% 7
+70° 55
7'-6
0.152S5
li
•■48'
Febr.23.5
-5
>
1 "’31.99
+62° 42'
42%
0.12855
n
" 9”
22.0
>7 5 6
32.51
71 21
56.4
O.T5C97
45
24.0
3
59.61
62 8
7-5
0.12995
I I
22.5
iS
0
42.68
71 48
47-4
0.1491 I
42
24.5
6
21.97
61 33
40.7
0.13139
14
23.0
5
6.17
72 15
38.5
0.14728
39
23.0
8
39-40
60 59
22.5
0.132S7
16
23-5
9
44-04
72 42
27.S
0.14549
36
25.5
IO
52.18
60 25
>3-6
0.13439
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24.0
14
37-45
73 9
12.9
O.M373
33
26.0
13
0.59
59 5>
14.6
o.i3595
21
24.5
>9
47.67
73 35
5i-4
0.14200
30
26.5
3
15
4.SS
+59 17 26.4
0.13756
11
23
25.0
25
16.04
74 2
20.6
O. I 4030
28
25.5
3i
4.05
74 2S
37-2
0.13S64
25
Febr,26.5
3
iS
4.S8
+59 17
26.4
0.13756
11
23
26.0
37
13-27
74 54
37-$
0.13702
23
27.5
10
2.05
58 10
24.4
0.140S7
29
26.5
43
45-4°
75 20
1S.5
O-I3S43
20
28,5
22
45-37
57 4
12,1
0 14431
34
27.0
5o
42.23
75 45
35.1
0.133,SS
1$
Marz 1.5
26
16.32
55 58
532
0147SS
40
27.3
iS 5»
5.66
76 10
22.9
0.13237
>5
2.5
29
36.16
54 54 3°-8
0.15157
46
2S.0
19
5
57.64
76 34
36.4
O. I 3090
>3
3-5
32
45-99
53 51
7.5
o.i5537
52
28.5
14
20.16
76 5S
Q.S
O. I 2047
11
4-5
35
46.77
52 48
45.5
0.15927
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58
29.0
23
15.20
77 20
56.6
0.1280S
9
5-5
3»
39-3 6
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0.16326
12
3
29.5
32
44.65
77 42
49- 8
0.12674
7
6.5
41
24-5>
5° 47
11.S
0.16733
12
30.0
42
50.25
7$ 3
41.6
0.12544
5
7.5
44
2.S6
49 48
2.4
0.1714S
19
3°-5
19 53
33-5°
7S 23
23.7
0.12419
3
8.5
46
35.02
48 49
59°
0.17570
26
3>.°
20
4
55-41
7s 41
47-2
0.12299
11
1
9-5
49
1.51
47 53
1.8
0.17998
3>-5
l6
56.47
78 58
42.7
0.121S4
IO
59
10.5
51
22.80
46 57
11.1
0.1S431
4'
Febr. 1.0
29
3 6 .44
7914
0.5
0.12073
57
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53
39.31
46 2
26.6
0.1SS69
49
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42
54.14
79 27
30.6
0.11966
56
>2.5
55
51.41
45 S 4S.2
0.19311
12
57
2.0
20
5<i
47-35
79 39
3-3
0.11S65
54
■3-5
0
57
59-45
44 16
*5.4
0.19756
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5
2.5
21
I I
12.64
79 4s
29-3
0.11770
53
14.5
4
0
3*75
43 24
47.7
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30
26
5-4»
79 55
4O.2
0.116S0
5>
1 5-5
2
4-57
42 34
24.1
0.20653
21
3-5
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0.11595
50
16.5
4
2.18
4i 45
4-0
0.21 104
29
4.0
21
56 49.06
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0.11515
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56.80
40 56 46.4
0.21556
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4-5
22
12
25.62
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36.8
0.11441
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18-5
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40 9
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O.22O08
46
5-0
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>55
79 59
50. S
0.11372
47
19-5
9
37.90
39 23
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0.22461
13
55
5-5
43
29.01
79 54
31.0
0.11 309
46
20.5
ir
24.73
38 37
57-9
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0.11251
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9.30
37 53
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29-39
79 36
21.5
0.11 199
44
22.5
14
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37 10
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0.23815
22
7.0
27
50.01
79 23
41.9
0.11153
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l6
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36 47
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0.24263
30
7-5
41
37-94
79 S
4S.3
0.11113
43
24.5
l8
10.83
35 46
18.6
0.24710
39
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2 3
54
49.96
78 51
48.7
0.1107S
43
25-5
19
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35 5
38.9
o. 2 5>55
48
s -5
0
7
24-02
78 32
51. 8
0.11050
42
26.5
21
22.87
34 25
50.7
0.25597
14
>8
9.0
>9
1 9.O9
7S 12
6.5
0.1102S
42
27-5
22
36.5t
33 46 52.5
0.26057
15
7
9.5
3°
35-05
77 49
41.S
0.11011
42
28.5
24
2S.67
33 8
43-0
0.26473
16
ro.o
4>
12.48
77 25
46.3
0.11000
41
29-5
25
59.44
32 31
20.8
0.26906
25
I0 -5
0
5i
12.50
77 0
2S.3
0.10995
41
30-5
27
2S.S9
3* 54 44.5
0.27335
34
1 1.0
I
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36.64
76 33
55-9
0.10996
41
3i.5
28 57.09
31 iS
52.9
0.27761
43
>i-5
9
26.67
76 6
16.4
0.11003
41
April 1.5
30 24.11
3° 43
44-5
0.2S184
15
53
12 0
»7
44.49
75 37
36.6
0.11016
42
2-5
3>
50.00
3° 9
18.i
0.2S602
16
2
12.5
25
32.11
75 S
3-°
0.11034
42
3-5
33
14.S2
29 35
32.5
0.29016
1 1
>3°
32
5«-Si
74 37
41.3
0.I105S
42
4-5
34
38.62
29 2
26.3
0.29426
20
*3-5
39
44.65
74 6
36.9
0.110S9
43
5-5
3°
1.45
28 29
58.4
0.2qS'42
29
14.0
46
ij-38
73 34
54-6
0.11126
43
6.5
37
23-36
27 58
7-5
0.30233
39
• >4-5
52
19.50
73 2
39-0
O.U16S
44
7.5
38 44-39
27 26
5 2 -4
0.30630
48
15.0
I
58
4.68
72 29
54.0
0.11216
45
8-5
39
4.59
26 56
12.0
0.31022
16
57
>5-5
2
3
30.50
71 56
43-4
0.11270
45
9-5
41
24.00
26 26
51
0.31409
17
6
16.0
s
38.41
7i 23
10.6
0.11329
46
10.5
4z 42.65
25 56
30.7
0.31792
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>6-5
13
29.75
70 49
1S.8
0. II394
47
11.5
44
0.59
25 27
27.7
0.32170
24
17.0
18
5.78
70 15
10.7
0.11465
4S
12.5
45
17.S5
24 58
SS- 1
0.32543
33
>7.5
22
27.63
69 40
49.0
O.II54I
49
>3-5
46 34.46
24 30
5I.S
0.32912
42
1S.0
26
36.36
69 6
16.1
ö.i 1623
5>
14.5
47
50.46
24 3
16.9
0.33V 5
17
5>
1S.5
30
32.92
68 31
34.1
0.11710
52
15.5
49
5.87
23 3 6
9-4
0.33634
1$
O
19.0
34
iS.20
67 56
45-2
0.11802
53
>6.5
50
20 72
23 9
28.4
0.3398s
9
>9-5
37
53-01
67 21
31.2
0.11899
55
■ 17.5
5i
35.03
22 43
13.0
0.34337
iS
20.0
41
18.09
66 46
53-9
0.12001
56
18.5
52
4S.S3
22 17
22 3
0.34680
26
20.5
44
34.12
66 11
54-9
O.I2I09
10
5s
19-5
54-2.13
21 51
55-4
0.3501 s
35
21.0
47
4'i.73
65 36
55-7
0.12222
II
0
20.5
55
14.96
21 26
5*-5
0-35351
43
21.5
5°
41.50
65 I
57-7
012339
1
21.5
56
27.34
21 2
9.7
0.356S0
iS
52
22.0
53
33-94
64 27
2.2
0.12461
3
22.5
57
39-29.
20 37
49-3
0.36003
19
0
22.5
59
>9-55
63 52
10.3
0.12588
5
23-5
4
58
50. Si
20 13
49-5
0.36322
9
23.0
2
5S 58.76
63 17
23.2
O.I2719
7
24.5
5
O
1.92
19 50
9-5
0.36636
1 7
23-5
3
I
31.99
+62 42
42.0
0.12855
II
9
25-5
5
1
12.64
+19 26
48.7
0.36944
19
25
§ 3. Aufstellung des Verzeichnisses der Vergleichsterne.
Zum Zweck der Aufstellung des Verzeichnisses der Vergleichsterne habe ich zunächst aus sämtlichen
mir zugänglichen Katalogen die in Betracht kommenden Positionen herausgeschrieben; es sind dann freilich
