108 
SIR J. E. W. HEKSCHEL’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. of 
times 
of Obs. 
by h. 
and H. 
Sir J. H.’s 
Catalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m s 
s 
f 1540") 
3430 
< = > 
I. 42 
13 
2 23-2 
+ 3-118 
2 
97 
5 
2-7 
+ 19*29 
2 
pB; pL; R; vgpmbM; # 8 np 
6 
L3472J 
3431 
III. 819 
13 
2 29-4 
2-616 
1 
38 
34 
19*7 
19-29 
1 
vF 
1 
3432 
1543 
11.537 
13 
2 32-9 
3-057 
1 
87 
35 
35-7 
19-29 
1 
cF; pL ; R; lbM; er 
2 
3433 
1544 
III. 366 
13 
3 5-6 
2-863 
1 
60 
20 
39-4 
19-28 
1 
cF; pS; IE 
2 
3434 
1545 
13 
3 37-6 
2-558 
1 
35 
44 
28-1 
19-27 
1 
pF; S; iR; gbM 
1 
3435 
III. 655 
13 
4P15-2 
2-704 
1 
47 
27 
18-5 
19*25 
1 
vF; pS; lbM 
1 
3436 
1546 
III. 305 
13 
4 20-5 
2-852 
1 
59 
36 
40-5 
19-25 
2 
vF; vS; vlE 
3 
3437 
1547 
I. 96 
13 
4 28-5 
2-781 
2 
52 
11 
9-2 
19*24 
2 
vB; vL; vmE 25°; vsbMN... 
4 
3438 
III. 848 
13 
4 34-7 
2-340 
1 
27 
7 
16-5 
19*25 
1 
vF ; vS i 
1 
3439 
D’Arrest, 93 
13 
4 37 
3-05 
[i] 
63 
51 
42 
19-24 
[1] 
pF; pL; R 
0 
3440 
1550 
III. 820 
13 
4 45*5 
2-610 
1 
39 
9 
53-2 
19-24 
1 
vF : R ; bet 2 vS st 
2 
3441 
1549 
I. 85 
13 
4 48-8 
2-907 
2 
66 
20 
21-9 
19-23 
2 
pF ; cL; E 17°-0 ; biN ; * 9 f 
3 
3442 
1548 
13 
4 50-5 
3-175 
1 
105 
3 
9-9 
19-23 
1 
vF; R ; bM ; * 1 0 np 5' 
1 
3443 
3473 
13 
4 51*7 
3-419 
3 
132 
21 
4.9 
19*23 
3 
pB ; cS : R. ; am 4 st, 
3 
3444 
1551 
11.414 
13 
5 2-2 
2-787 
1 
52 
58 
43-9 
19-23 
1 
pF ; S; E; psbM 
2 
3445 
1552 
II. 637 
13 
5 7-5 
3-097 
(]) 
93 
36 
2-6 
19-22 
1 
F; cL; iR; lbM 
2 
3446 
II. 356 
13 
5 7*9 
2-897 
1 ' 
65 
12 
1 5*6 
19-22 
1 
pB; S 
1 
3447 
1553 
III. 669 
13 
5 28-3 
3-183 
1 
106 
0 
52-6 
19*22 
1 
vF; Ii; bM 
2 
3448 
1554 
11.746 
13 
5 30-7 
3-203 
1 
108 
46 
4-3 
19-21 
1 
cB; S; R; mbMpBN 
2 
3449 
1555 
III. 545 
13 
5 36-5 
3-036 
1 
84 
31 
7-3 
19-21 
1 
eF ; vS ; R. : er 
2 
3450 
1556 
II. 129 
13 
5 42-5 
2-982 
3 
76 
39 
28-3 
19-21 
3 
cF; cL; vlE; lbM 
4 
3451 1 
1557 
13 
5 46-2 I 
2-663 
1 
43 
4 
i-3 
19-21 
1 
pF; cS; R; *12 nf 90" 
1 
3452 
1559 
11.664 
13 
2-692 
2 
45 
12 
45-3 
19-21 
2 
pF; L; mE 20°; vlbM ., 
4 
3453 
1558 
M. 53 
13 
6 J 2-0 
2-941 
71 
5 
3-0 
19-20 
5 
! ; ©; B; vC; ir; vvmbM; 
12 
st 12... 
3454 
1560 
111.649 
13 
6 10-1 
2-826 
3 
57 
26 
40-0 
19-20 
2 
vF ; S ; IE ; * 13 n ... 
4 
3455 
3474 
13 
6 13-8 
3-425 
3 
132 
12 
57-0 
19-20 
3 
nB ; pL ; R ; gbM ; * 7 nf ... 
3 
3456 
1561 
13 
6 16-8 
3-027 
2 
83 
1] 
34-0 
19-20 
2 
vF; S: R ; pp+M 
2 
3457 
1562 
13 
6 27*1 
2-646 
1 
42 
10 
39-0 
19-20 
1 
F; vS; R; gbM 
1 
3458 
1563 
III. 367 
13 
6 45-9 
2-861 
2 
61 
27 
30-7 
19*19 
2 
vF; pL; iR 
3 
3459 
1564 
I. 97 
13 
6 59-7 
2-775 
2 
52 
39 
40-4 
19-18 
2 
vB; pi; El66°-8; 
3 
smbMvBN ; * np. 
3460 
III. 909 
13 
7 19*4 
1*918 
1 
18 
36 
12*4 
19-18 
1 
vF; vS; R 
1 
3461 
1565 
11. 510 
13 
7 33-0 
3-185 
2 
105 
51 
1-8 
19-16 
2 
cF; pS ; vlE ; bM 
3 
3462 
II. 816 
13 
7 49-8 
2*568 
1 
37 
58 
10-8 
19-16 
] 
F; S; ir; vgmbM 
1 
3463 
3477 
13 
7 55*8 
3-243 
1 
113 
14 
29-5 
19*15 
1 
F; L; R; vgvlbM; * 9p 
1 
3464 
3476 
13 
7 56*4 
3-744 
1 
149 
19 
9*5 
19-15 
1 
Cl; P; E; sc st 1 1 
1 
3465 
1566 
11.511 
13 
7 56-9 
3-184 
1 
105 
38 
49-5 
19-15 
1 
pB; pL; R; bM 
3 
3466 
3475 
13 
7 59-4 
3-845 
1 
152 
40 
25*2 
19-14 
1 
Cl* vL ; vRi; st 11 
1 
3467 
3478 
13 
8 26*1 
3-283 
1 
117 
40 
52-2 
19-14 
1 
pF; R; sp of 2 
1 
3468 
III. 670 
13 
8 26-7 
3-185 
1 
105 
43 
13-2 
19-14 
1 
vF 
1 
3469 
11.512 
13 
8 31-7 
3-185 
2 
105 
37 
43-2 
19-14 
2 
cF; S 
2 
3470 
3479 
13 
8 46-5 
3-283 
1 :: 
117 
35 
33-9 
19-13 
1 :: 
Neb; nf of 2 
1 
3471 
1567 
13 
9 0-0 
2-837 
1 
59 
33 
42-9 
19*13 
1 
vF 
1 
3472 
1569 
VI. 7 
13 
9 30-5 
2-938 
1 
71 
35 
10-3 
19*11 
2 
Cl; vF; pL; iR; vgbM; 
3 
st 15... 
3473 
1568 
II. 513 
13 
9 31-1 
3-188 
1 
105 
53 
46-3 
19-11 
1 
F;pS;iR 
3 
3474 
1570 
M. 63 
13 
9 31-9 
2-699 
1 
47 
13 
45-3 
19-11 
1 
vB; L; pmE 120°+ ; 
3 
vsmbMBN. 
3475 
1571 
III. 306 
13 
9 38*0 
2-823 
1 
58 
18 
9-3 
19-11 
1 
cF : cS : R : p of 2 
2 
3476 1572 
III. 307 
13 
9 52*3 
2-821 
1 
58 
13 
1 6-0 
19-10 
1 
cF ; cS : R ; t‘ of 2 
2 
3477 
3480 
I. 138 
13 
10 27*4 
3-274 
1 
116 
6 
47-7 
19-09 
1 
vB; S; R; vsmbM; * 10 f... 
4 
3478 3482 
13 
10 33*7 
3-358 
1 :: 
124 
41 
30-4 
19-08 
] 
eF ; vS ; E ; r 
1 
3470 3481 
13 
10 33-9 
3-357 
1 
124 
35 
15-4 
19-08 
1 
p.F; vS; R ; * nr 
1 
348C 
1 3483 
13 
10 46-3 
3-519 
1 
137 
10 
22-1 
19*07 
1 
B; S; R; pslbM 
1 
3481 
1573 
III. 308 
13 
10 57-3 
2-817 
1 
58 
10 
2-4 
19-08 
1 
vF; cS 
3 
3485 
> 
III. 312 
13 
11 14-2 
3-227 
1 
110 
22 
7-8 
19-06 
1 
F; L; ill ; bM 
1 
3485 
S 1574 
III. 282 
13 
11 54-7 
3-178 
1 
104 
6 
53-5 
19-05 
1 
vF; pT.; pniF. 135° 4 - 
2? 
3484| 1575 
III. 309 
13 
11 55-9 
+ 2-810 
1 
57 
47 
16-5 
+ 19-05 
1 
eF ; vS .7 
3 
