120 
SIR J. E. W. HERSCHEL’S CATALOGUE 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. 
Total 
No. oi 
times i 
of Obd 
by h. 
and B 
Sir J. H.’s 
Catalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m 
g 
8 
4118 
1929 
15 
30 
38*0 
+ 2-953 
1 
83 
33 
9-7 
+ 12-09 
1 
©; vF; vL; R; vgbM; rrr... 
If 
4119 
1930 
III. 634 
15 
30 
48*4 
2*172 
2 
49 
46 
12-3 
12*11 
2 
vF; S; R; gbM; 2 st 8 f 
3 
4120 
3608 
15 
31 
1 2-7 
7-159 
1 
165 
13 
11-1 
11-97 
1 
F : pL : R : vgbM 
1 
4121 
3609 
15 
31 
HI 
3-694 
1 
120 
5 
47-2 
12-04 
1 
vF; L; R; gbM; r 
1 
4122 
II. 76 
15 
32 
10-2 
2-834 
1 
77 
24 
9-7 
11-99 
1 
pF; pL; R; rr 
2 : 
4123 
1932 
15 
33 
25\5 
2-3Q6 
1 
57 
46 
40-6 
11-92 
1 
vF; vS; R; bM 
1 
4124 
1934, a 
R. nova? 
15 
34 
29*2 
1-214 
30 
6 
57-2 
11-76 
R; psbM (by diagram) 
0 
4125 
3610 
15 
34 
53-7 
5-014 
2 
150 
46 
24-5 
11-75 
3 
! ; O > pE ; vS; R ; r ? am 150 st 
3f 
4126 
1933 
II. 655 
15 
35 
0-3 
2-759 
1 
73 
45 
35-7 
11-79 
1 
F; pS; E 0 ° 
2 
4127 
1934, & 
15 
35 
33-7 
30 
s 
46-2 
1 1*77 
F; mE 
0 
4128 
1934 
II. 764 
15 
36 
18-6 
1 
30 
11 
55-2 
11-74 
1 
cB; S; R; psbM; r 
2 
4129 
II. 656 
15 
36 
21*3 
2-790 
1 
75 
20 
47-7 
11-69 
1 
pB; S; E 135°+; bM 
1 
4130 
II. 765 
15 
36 
24-1 
1-306 
1 
31 
29 46-9 
11-73 
1 
pF; cS 
1 
4131 
II. 766 
15 
36 
32*5 
1 
30 
13 
46-6 
11-72 
1 
pB: cL: iE: r 
1 * 
4132 
3611 
A. 552 
15 
36 
53-4 
3-904 
2 
127 
19 24-9 
11-63 
2 
!; ©; vB; L; R; vgbM; 
2 
st 13. ..15. 
4133 
1934, c 
15 
37 
1 8-3 
1-214 
30 
14 
28-0 
11-62 
(? if not = 11 . 766 ) 
0 
4134 
III. 378 
15 
38 
47*1 
1 -1 69 
1 
29 
47 
35-8 
11-56 
1 
vF : vS 
1 
4135 
1935 
II. 425 
15 
39 
16*4 
3-019 
87 
8 
54-4 
11-48 
2 
vF; vS; R; gbM 
5 
4136 
1936 
III. 635 
15 
39 
20-9 
2-103 
2 
48 
26 39-7 
11*49 
2 
vF; vS; R; bM; sp of 2.. 
3 
4137 
1937 
III. 636 
15 
39 
33*0 
2102 
1 
48 
26 
5-4 
11-48 
1 
cF; vS; R; bM; nf of 2.. 
2 
4138 
3613 
15 
40 
38*9 
3-334 
1 
103 
19 
13-4 
11-38 
1 
eF : S : R : vS * p 
1 
4139 
1938 
II. 97 
1 5 
40 
39.7 
2 
71 
40 
24-0 
11-40 
2 
pF; oS: R: r; bet 2D st 
4 
4140 
VII. 29 
15 
40 
56-1 
3*664 
1 
118 
10 
31*5 
11-35 
1 
Cl; pL; pRi; st vS 
1 
4141 
3612 
A. 343 
15 
41 
7.4 
4-716 
1 
146 
2 
39-3 
11-31 
1 
Cl; L; pRi; st 12... 14 
1 
4142 
3614 
15 
41 
11*3 
3-684 
1 
118 
57 
17-9 
11-33 
1 
vF; S; R; sbM 
1 
4143 
III. 371 
15 
42 
3*8 
2*459 
] 
60 
54 
51-7 
11-29 
1 
vF; S; R 
1 
4144 
3615 
A. 334 
15 
44 
34-9 
4-795 
3 
147 
0 
57-8 
11-06 
3 
Cl; pS; pRi; mC; stl 6 
3 
4145 
1939 
II. 583 
15 
47 
11-0 
+ 3-054 
1 
89 
1 
54-3 
10-91 
1 
pF; S; E 90° + ; gbM; r ... 
3 
4146 
III. 313 
15 
47 
35.7 
— 0-483 
2 
17 
24 
55-8 
10-96 
2 
vF; S; E 90°+ ; vS * f 
2 
4147 
II. 657 
15 
47 
49*1 
+ 2-772 
1 
74 
59 
59-1 
10-87 
1 
F; bet 2 B st~ 
1 
4148 
1940 
15 
49 
3.7 
2*948 
1 
83 
39 
30-4 
10-78 
1 
pB: pL: E 
1 
4149 
III. 739 
15 
49 
24-0 
0-892 
1 
27 
15 
50-0 
10-80 
1 
vF; pL; R; vgbM 
1 
4150 
1941 
15 
50 
1 9-6 
2-946 
2 
83 
35 
40-4 
10*68 
2 
!: vF: vS: R: s. smbM 
2 
4151 
1942 
III. 646 
15 
51 
5-5 
2*742 
1 
73 
42 
40-9 
10-63 
1 
vF: S: IE: p of 2 
2 
4152 
1943 
III. 73 
15 
51 
8*4 
2-741 
1 
73 
37 
40-9 
10-63 
1 
eF; vS; IE; f of 2 
3 
4153 
3516 
A. 304 
15 
51 
50-9 
5-056 
4 
150 
6 
0-6 
10-52 
4 
Cl; B; vL; pRi; 1 C; st 7 ... 
4 
4154 
3617 
15 
52 
18-5 
3-846 
1 
124 
8 
38-0 
10-50 
1 
F; S; R ; gpmbM ; A of st np 
1 
4155 
3618 
A. 359 
15 
56 
43-3 
4-641 
1 
143 
38 
28-8 
10-16 
1 
Cl; S; mC; stll.,.14 
1 
4156 
1944 
III. 622 
15 
57 
35*3 
2-182 
2 
52 
15 
33-5 
10-15 
2 
vF; S; R; ^ 10 sf 
4 
4157 
III. 33 
15 
58 
43*2 
+ 2-658 
1 
70 
16 
11-9 
10-14 
1 
eF; (?) 
1 
4158 
II. 873 
15 
58 
43-5 
— 0-284 
1 
18 
55 
6-9 
10-13 
1 
F; R; bM 
1 
4159 
1945 
15 
58 
49-9 
+ 2-901 
1 
81 
31 
23-2 
10-04 
1 
* 7 in photosphere 
1 
4160 
1946 
III. 637 
15 
59 
36*9 
2-065 
2 
48 
55 
52-0 
10-00 
2 
pF; vS; R; stellar 
3f 
4 1 6 1 
III. 140 
16 
0 
51*0 
2-629 
1 
69 
4 
1-0 
9-90 
1 
vF; vS; r; pB+sf 
1 
4162 
3619 
A. 360 
16 
2 
19-2 
+ 4-675 
2 
143 
50 
42*2 
9-74 
3 
Cl; vB; vL; vRi; 1 C; stlO... 
3 
4163 
III. 973 
16 
2 
40-3 
— 3-081 
] 
10 
38 
44-0 
9-90 
1 
vF; vS; IE 0 °; r 
1 
4164 
1'947 
III. 553 
16 
2 
48'9 
+ 3-051 
1 
88 
55 
4-2 
9-74 
1 
F; L; pmE; vgbM; r 
2 
4165 
III. 883 
16 
3 
32‘5 
— 0-266 
] 
19 
13 
44-8 
9-76 
1 
eF; vS 
1 
4166 
3620 
16 
3 
44-7 
+ 3-922 
] 
125 
52 
42-5 
9-65 
1 . 
pF: R: vgvlbM; r 
1 | 
4167 
1948 
III. 74 
16 
4 
5*4 
+ 2-713 
1 :: 
72 
55 
51-5 
9-65 
1 
vF; S; r 
2* 
4168 
III. 884 
16 
5 
50‘0 
— 0-147 
1 
19 
59 
34-4 
9-58 
1 
vF : vS 
1 
4169 
3621 
16 
6 
33-5 
+3-866 
1 
123 
53 
2*9 
9-43 
1 
eF; S; E ; lbM 
1 
4170 
3622 
A. 326 
16 
7 
16-0 
4-936 
2 
147 
32 
42-5 
9-35 
2 
Cl; B; L; 1 C; st7...10 ... 
2 
4171 
III. 812 
16 
18*1 
1-199 
1 
32 
8 
30-2 
9-44 
l 
vF; vS; IE 
1 
4172 
1949 
III. 889 
16 
7 
18*4 
2-293 
1 
56 
35 
35-9 
9-33 
1 
vF; S; R; bM 
2 
417„ 
3624 
M. 80 
16 
8 
41-9 
+ 3-567 
2 
112 
37 34-1 
9-27 
2 
!!!; ©; vB; L; vmbM(var*); 
2* 
rrr; st 14. 
4174 
III. 314 
16 
8 
49-3 
—0*740 
2 
17 
10 
21-4 
9-38 
2 
vF; vS; IE 
2 
4175 
3623 
A. 68 
16 
9 
54-3 
+ 6-720 
.3 
161 
51 
51-0 
+ 9-10 
3 
©; pF; L; ill; vgbM; rrr; 
3 
st 14 ... 
