Prof. Dr. C. Stechert: Definitive Bahnbestimmung des Kometen 18S7II (Brooks). 
No. 
Größe 
Katalog 
Zahl 
der 
Beob. 
Epoche der 
Beobachtung 
Rekt. 1 Dekl. 
Rektaszension 
ISS 
Deklination 
7.0 
Bemerkungen 
2 6 
9-5 
Konigsb.Hel.Anschl. 
an 25 
1SS7.1 
1SS7.1 
20 t, 43"'26^S6 
+79° 27'55-2 
+■ 
27 
8-9 
Bo VI* 79.735 
1.1 
61.9 
61.9 
22 iS 27.13 
-fSo 2 28.4 
4- 
AGKas 38S1 
3-3 
82.3 
82.5 
27.03 
30.0 
SS 306 
5-5 
99.9 
99.9 
27-33 
28.2 
22 iS 27,19 
+So 2 28.9 
Bo VI+ 4 AGKas + 5 SS 
38 
7.0 
RC 5S40 
2.4 
48.3 
45-5 
22 43 2.33 
+ 79 50 30-9 
AGKas 3984 
3-3 
69.6 
69.6 
2.3Z 
30.7 
22 43 2.32 
+79 5° 30-8 
3 R C -}- 7 AG Kas 
29 
8.3 
Bo VI* 79.700 
1.1 
6r.S 
61.S 
23 35 14-53 
+ 79 11 44-3 
AGKas 4193 
4-4 
70.2 
70.2 
14.44 
42.4 
23 35 H-45 
+79 11 42.6 
BoVI + 9 AGKas 
30 
7.0 
AOe 720 
I.I 
42.8 
42.S 
O 40 39.OO 
+77 51 2.9 
AGKas 127 
S9.0 
S9.0 
3S.77 
3-4 
0 40 3S.79 
+77 Si 3-3 
A Oe 4- 9 A G Kas 
31 
6.7 
Schw 35 
1.1 
2S.3 
2S.3 
0 42 46.20 
+77 20 17.3 
AOe 767 
1.1 
42.8 
42.s 
43-63 
'6.3 
RC 214 
3-4 
46.5 
47-4 
45-39 
I 7-0 
AGKas 136 
3-3 
S9.0 
S9.0 
46.15 
16.0 
0 42 45-S7 
+77 20 16.3 
A Oe 4- 3 RC-f-6 AG Kas 
32 
9-S 
Cambr. E. Mer. 
3*3 
94.9 
94-9 
0 52 9.95 
+77 4 58+ 
+ 
33 
S.i 
Bo VI* 76.33 
4.4 
63-5 
fi 3-5 
0 59 33-50 
+ 77 4 22.4 
+ 
AGKas 181 
3 7 3 
S9.1 
89.1 
33-41 
23.S 
0 59 33-45 
+ 77 4 23.2 
4 Bo 4- 6 A G Kas 
34 
S.9 
AOe 1230—31 
2.2 
42.8 
42.S 
1 7 20.iS 
•pjö 12 16.5 
+ 
Stb 2 47 
2.2 
&7-3 
S--3 
19-73 
'5-6 
AGKas 200 
3-3 
9O.O 
9O.O 
I9.4O 
15.2 
1 7 19.61 
476 12 15.5 
A Oe 4~ 4 Sib 4* 5 A G Kas 
35 
7.0 
AOe *289 
1.1 
42.8 
42.8 
i 10 5.S2 
+ 76 12 2.0 
+ 
AGKas 210 
3-3 
9o-5 
9°-S 
4.16 
1.4 
I 10 4.16 
+76 12 1.4 
10 AGKas 
36 
9.8 
Cambr. E. Mer. 
4.4 
94-9 
94.9 
s 24 3.74 
+75 18 8.4 
+ 
37 
9-5 
AGKas 232 
1.1 
78.0 
7S.0 
I 24 O.I9 
+75 2i 4-4 
+ 
3« 
8-5 
AOe 1720 
1.1 
42.8 
42.S 
s 30 39'OS 
+74 58 41-6 
+ 
AGKas 249 
3-3 
9i-3 
91-3 
39.04 
41.7 
AG Dorp 
2.4 
9S-S 
8S.6 
39-39 
41.2 
A R : A Oe 4- 5 A G Kas 4- 4 A G Dorp 
1 30 39.18 
+74 S 8 41-4 
Dekl: * A Oe + 4 AG Kas 4* 5 A G Dorp 
39 
8.0 
RC 492 
3*3 
50.6 
42.9 
1 33 55-86 
+74 :o 14.2 
Quet 656 
2.1 
69.9 
70.9 
55-76 
'3-7 
A G Dorp 
2.2 
74.8 
74.8 
55-69 
'3-5 
* 33 55-76 
+74 10 >3-8 
3 R C + 3 Quet -f 4 A G Dorp 
40 
6.8 
AOe 1809—10 
2.2 
43-J 
43-1 
1 34 13-73 
+74 2 2.5 
RC 493 
3*4 
48.3 
44-0 
13-65 
2.8 
A G Dorp 
3-2 
82.4 
75-2 
14.22 
0.6 
A R : 2 A Oe 4-3KC4"5‘^^ Dorp 
1 34 13-95 
+74 2 1.9 
Dekl: 2 AOe + 4 RC + 4 AGDoqi 
41 
7.0 
A G Dorp 
2.2 
74.S 
74-S 
1 34 50-43 
+75 18 9-5 
AGKas 261 
6.6 
78.0 
78.0 
5°-33 
8.6 
t 34 50-36 
+75 18 8.9 
3 AG Dorp + 7 AG Kas 
42 
S.4 
Gr 363 
1.1 
12.0 
12.0 
1 36 32.89 
+74 15 19-3 
+ 
AOe i860 
1.1 
43-* 
43-i 
30.9S 
14-5 
RC 503 
3*4 
51.2 
5°-4 
31.26 
'5-3 
Quet 671 
1.1 
69.9 
6S.9 
30-95 
15-9 
Stb 2 73 
2.2 
S7-3 
S7-3 
30-44 
14.9 
AG Dorp 
2.4 
97-7 
SS.i 
30.66 
■ 15-7 
AR : A0e42 RC4Quet4-3 Stbj4-3 Dorp 
1 36 30-77 
+ 74 IJ Ij-4 
Dekl: AOe+2RC-i-Quet+2Stb2+4Dorp 
43 
S.5 
AOe 2007- 09 
3-3 
43-° 
43-° 
1 42 31,44 
+74 15 1S.1 
A G Dorp 
2.2 
74-S 
74-S 
3I-52 
16.3 
1 42 31.49 
+74 15 (7-0 
4 A Oe 4* 6 A G Dorp