466 
Müller und Kempf, Photometrische Durchmusterung 
466 
Nr. 
B.D. 
AR. 1900 
Deel. 
1900 
Gr. 
M. 
K. 
Zonen 
F arbe 
Grösse 
Bemerkungen 
2951 
o °4444 
20 h 
7 " 
31 s 
+ 
°o 
34 -' 1 
6.9 
6.51 
6.60 
350 411 
GW; GW 
6.56 
- 2644. 
2952 
15 4087 
7 
45 
15 
56.7 
7.0 
7-49 
7-58 
170 248 
G 
7-54 
2953 
15 4089 
8 
17 
15 
48.0 
7-3 
8.15 
7.92 
170 248 
GW 
8.04 
2954 
11 4180 
8 
20 
11 
32.8 
6-3 
6.70 
6.6 2 
170 248 
WG 
6.66 
2955 
13 4313 
8 
47 
14 
6.0 
7.0 
7.70 
7-65 
170 248 
GW 
7.68 
2956 
15 4096 
9 
0 
15 
58.0 
6.8 
7-03 
7.07 
170 248 
RG 
7-°5 
2957 
14 4227 
9 38 
14 
53-5 
5 -o 
5 -i 5 
5.10 
502 403 
W 
5.12 
q Aquilae. 
2958 
10 4224 
10 
5 
IO 
10.8 
7.0 
7.26 
7-44 
170 248 
W 
7-35 
2959 
9 446 i 
10 
36 
9 
51.0 
7-5 
7-63 
7-54 
350 411 
GW 
7.58 
2960 
7 4415 
10 
45 
7 
30.2 
7-3 
7-54 
7 - 5 1 
350 411 
GW 
7-52 
2961 
4 4395 
20 
11 
9 
+ 4 - 
16.6 
6.5 
6.72 
6.76 
350 411 
WG 
6.74 
2962 
8 4393 
12 
11 
8 
38.5 
6.7 
6.84 
6.82 
350 4 11 
GW 
6.83 
2963 
15 4120 
12 
35 
15 
33-5 
7.2 
7.81 
7-75 
362 181 
W 
7.78 
2964 
0 4475 
13 
3 i 
0 
19.4 
7-5 
7.09 
7.17 
350 411 
W 
7-!3 
2965 
17 4282 
13 
43 
18 
1.4 
7-5 
8.22 
7.98 
362 181 
GW 
8.10 
2966 
1 4255 
13 
57 
1 
55-5 
7-5 
7-53 
7-54 
350 4 11 
GW 
7-54 
2967 
16 4220 
14 
3 
17 
2.4 
7.0 
7 -i 3 
7.02 
362 181 
G 
7.08 
2968 
13 4355 
14 
30 
14 
4-3 
7.2 
7.46 
7 - 3 i 
362 181 
GW 
7-38 
2969 
13 4356 
14 
42 
14 
4.0 
7.0 
7.10 
7-03 
362 181 
GW 
7.06 
2970 
12 4289 
14 
48 
12 
55-7 
5.6 
6.02 
6.08 
502 403 
RG 
6.05 
2971 
13 4360 
20 
15 
19 
+ 13 
14.1 
6.2 
6.29 
6-39 
362 181 
W 
6-34 
2972 
11 4225 
15 
25 
11 
9-3 
6.6 
6.81 
6.68 
362 181 
G 
6-74 
2973 
7 4441 
15 
34 
7 
18.2 
7-5 
7.19 
7-39 
8 264 
WG 
7.29 
2974 
15 4137 
15 
38 
15 
* 3-7 
7.0 
6.88 
6.97 
362 181 
GW 
6.92 
2975 
14 4263 
15 
4 i 
14 
16.2 
6.7 
6.40 
6.46 
362 181 
GW 
6-43 
2976 
17 4294 
i 5 
50 
1 7 
28.2 
6.2 
6.11 
6.01 
362 181 
RG 
6.06 
2977 
1 4268 
16 
33 
1 
21.1 
7-5 
7.61 
7.64 
8 264 
W 
7.62 
2978 
14 4268 
16 
38 
14 
48.0 
6-5 
6.88 
6.94 
362 181 
W 
6.91 
2979 
6 4508 
17 
5 
6 
5 i -7 
7 -i 
7.69 
7 - 5 i 
8 264 
WG 
7.60 
2980 
13 4371 
17 
15 
13 
16.8 
7.2 
7.67 
7.66 
362 181 
W 
7.66 
2981 
11 4244 
20 
18 
2 
+ 12 
8.0 
7.2 
7.00 
6.83 
265 184 
WG 
6.92 
2982 
14 4275 
18 
13 
14 
13.2 
5-8 
6.21 
6.29 
502 403 
GW 
6.25 
2983 
4 4434 
18 
14 
5 
1.6 
5-5 
5-63 
5-38 
502 403 
WG 
5-50 
2984 
19 4389 
18 
18 
19 
3 i-i 
7-5 
7.41 
7-38 
265 184 
GW 
7.40 
2985 
9-4508 
18 
40 
10 
1.9 
7.0 
6.89 
6.84 
8 264 
WG 
6.86 
2986 
14 4278 
18 
42 
15 
3-5 
7.0 
7 - 5 ° 
7.41 
265 184 
GW 
7.46 
2987 
15 4148 
19 
19 
15 
43-8 
6.8 
7.06 
6.98 
265 184 
W 
7.02 
2988 
0 4495 
19 
33 
0 
44.6 
6-5 
6.56 
6.47 
8 264 
W 
6.52 
2989 
5 4503 
19 36 
5 
10.9 
7-3 
7-50 
7.48 
8 264 
W 
7-49 
2990 
0 4496 
l 9 
37 
1 
2.7 
6.9 
6.60 
6-45 
8 264 
G 
6.52 
2991 
8 4426 
20 
19 48 
00 
+ 
1 7-3 
6.9 
6.97 
6.90 
8 264 
GW 
6.94 
2992 
15 4152 
'9 
59 
15 
49.4 
7-3 
7-25 
7.16 
265 184 
G 
7.20 
2993 
8 4429 
20 
8 
8 
52.2 
7.2 
7.91 
7-83 
8 264 
GW 
7.87 
2994 
7 4462 
20 
12 
7 
9.4 
7-5 
8.01 
7.85 
8 264 
GW 
7-93 
2995 
6 4522 
20 
3 i 
6 
19.4 
7.0 
7.10 
7-05 
8 264 
W 
7.08 
2996 
7 4467 
20 
32 
7 
32.8 
7-5 
8.22 
7.90 
8 264 
W 
8.14*) 
2997 t) 
9 4526 
20 
55 
9 
44-5 
6-5 
6-43 
6.64 
11 366 
G 
6-54 
2998 
2 4164 
21 
14 
2 
37-6 
7.4 
6.91 
7.00 
11 366 
WG 
6.96 
2999 
13 4390 
21 
21 
13 
35 - 1 
6.5 
6.50 
6-55 
265 184 
WG 
6.52 
3000 
44 4293 
21 
21 
14 
37-4 
7-3 
7.58 
7-37 
265 184 
WG 
7.48