460 
Müller und Kempf, Photometrische Durchmusterung 
460 
Nr. 
B.D. 
AP. 1900 
Deel. 1900 
Gr. 
M. 
K. 
Zonen 
Farbe 
Grösse 
Bemerkungen 
2651 
1 6° 3 715 
i 8 u 59 m 33 s 
-f- i6°i9.'o 
7.2 
7.12 
7.02 
247 
517 
WG 
7.07 
2652 
17 
3842 
59 
42 
17 24.3 
7-3 
7.12 
7.21 
247 
517 
GW 
7.16 
2653 
15 
3683 
19 
0 
22 
15 35-2 
7-5 
7-32 
7.21 
247 
517 
W 
7.26 
2654 
9 
3979 
0 
23 
9 29.8 
7.0 
7.14 
7 - 3 i 
393 
229 
W 
7.22 
2655 
18 
3943 
0 
30 
18 59.6 
6.5 
6.71 
6.66 
247 
517 
WG 
6.68 
2656 
19 
3901 
0 
33 
19 7.1 
7.2 
7.41 
7-36 
247 
517 
G 
7-38 
2657 
4 
39 6 9 
0 
45 
4 7-5 
7.2 
7-59 
7-45 
390 
230 
W 
7-52 
2658 
11 
3727 
0 
49 
11 6.8 
7-5 
7.82 
7.89 
247 
517 
GW 
7.86 
2659 
13 
3899 
0 
49 
13 42.8 
3 -o 
3-29 
3-34 
516 
520 
W 
3-32 
'C Aquilae. 
2660 
6 
4014 
0 
55 
6 23.8 
7.0 
7.12 
7-°5 
390 
230 
WG 
7.08 
— 2446, np. 
2661 
6 
4021 
19 
1 
32 
+ 7 o -2 
7-49 
7.18 
390 
230 
GW 
7-34 
2662 
6 
4021 
1 
32 
7 0.2 
, 7-2 
8.19 
7.70 
390 
230 
GW 
7-94 
r 2449 W- 
2663 
6 
4023 
1 
42 
6 43-9 
7-3 
7 - 5 i 
7.26 
390 
230 
GW 
7-38 
2664 
i 5 
3690 
1 
48 
15 42.2 
7-3 
7-56 
7.42 
R25 
517 
W 
7-49 
2665 
0 
4106 
2 
4 
0 29.8 
7.0 
6.90 
6.76 
39 ° 
230 
GW 
6.83 
2666t} 
IO 
3787 
2 
16 
10 55 -i 
5-2 
Fundamentalstem 
W 
5 - 3 i 
18 Aquilae. 
2667 
4 
3979 
2 
25 
5 3-8 
7-4 
7-49 
7.21 
39 ° 
230 
WG 
7-35 
2 668 
5 
4035 
2 
33 
6 0.3 
6.9 
7.42 
7.26 
390 
230 
GW 
7-34 
2669 
6 
4026 
2 
47 
6 49.7 
7.0 
7-54 
7-53 
390 
230 
W 
7-54 
2670 
18 
3958 
3 
9 
18 23.3 
7-5 
7-49 
7.66 
30 
514 
W 
7-58 
2671 
1 
3899 
19 
3 
IO 
•+■ 1 8.7 
7-5 
7.27 
7-50 
39 ° 
230 
RG 
7-38 
2672 
9 
3992 
3 
27 
9 26.0 
7.0 
7.68 
7.48 
390 
230 
GW 
7.58 
2673 
16 
3752 
3 
28 
16 42.6 
5-5 
6.03 
5-92 
499 
515 
WG 
5-98 
2674 
19 
3919 
3 
30 
19 42.1 
7-3 
7-77 
7.87 
30 
514 
W 
7.82 
2675 
12 
3818 
3 
35 
12 5-5 
7-5 
7.69 
7.60 
30 
524 
WG 
7.64 
2676 
12 
3819 
3 
47 
12 56.6 
6.8 
7.46 
7.60 
30 
514 
W 
7-53 
2677 
14 
3797 
4 
2 
14 16.6 
6.8 
6.92 
7.01 
30 
514 
W 
6.96 
2678 
5 
4040 
4 
5 
5 55-5 
5 -o 
5-50 
5-33 
499 
515 
WG 
5-42 
19 Aquilae. 
2679 
16 
3758 
4 
12 
16 41.9 
6-5 
6.81 
6.92 
30 
514 
GW 
6.86 
2680 
11 
3749 
4 
16 
11 8.2 
6.6 
6.86 
6.76 
30 
524 
G 
6.81 
2681 
14 
3802 
19 
4 
25 
+ 14 3 6 -8 
7.2 
7-05 
6.88 
30 
5 H 
WG 
6.96 
2682 
IO 
3801 
4 
38 
10 4.5 
7.2 
7.26 
7.12 
30 
524 
G 
7.19 
2683 
11 
3752 
4 
38 
11 28.2 
7-4 
7-35 
7.41 
30 
521 
WG 
7-38 
2684 
IO 
3803 
4 
5 i 
10 57-3 
7-5 
7 - 5 i 
7-54 
30 
521 
GW 
7-52 
2685 
IO 
3813 
6 
6 
10 10.7 
7-5 
7-25 
7.10 
30 
521 
G 
7.18 
2686 
7 
3987 
6 
9 
7 57-7 
7.2 
7-65 
7-56 
227 
397 
GW 
7.60 
2687 
4 
4004 
6 
IO 
5 o-8 
7-5 
7-23 
7 -n 
390 
230 
G 
7 -i 7 
2688 
5 
4056 
6 
IO 
5 6.5 
7-4 
7-47 
7.26 
390 
230 
W 
7-36 
2689 
15 
3721 
6 
40 
15 36.8 
7-5 
7-65 
7-54 
406 
3 i 
W 
7 - 6 7 "') 
2690 
2 
3815 
7 
2 
2 27.4 
7.0 
7.19 
7-23 
227 
397 
GW 
7.21 
2691 
5 
4069 
19 
7 
43 
+ 5 52.1 
7-3 
7-73 
7-54 
227 
397 
GW 
7.64 
2692 
17 
3887 
8 
4 
17 50.3 
7-5 
7.81 
7.62 
406 
3 i 
GW 
7.66*) 
2693 
16 
3775 
8 
6 
16 39.8 
7.0 
7.02 
6.98 
406 
3 i 
W 
6.98*) 
2694 
2 
3824 
8 
40 
2 7.2 
5-6 
5-45 
5-35 
499 
515 
W 
5-40 
21 Aquilae. 
2695 
11 
3775 
8 
42 
11 10.8 
6.9 
7.42 
7.19 
406 
3 i 
WG 
7.29*) 
2696 
14 
3829 
8 
42 
14 52.4 
6.5 
7.00 
6.76 
406 
3 i 
G 
6.87*] 
2697 
H 
3830 
8 
44 
14 46.2 
7-5 
7-50 
7 -i 5 
406 
3 i 
G 
7.38*) 
2698 
14 
3831 
8 
49 
14 26.8 
7-5 
7.84 
7-56 
406 
3 i 
WG 
7 - 7 °*i 
2699 
5 
4081 
8 
49 
5 20.6 
6.0 
6.74 
6-73 
227 
397 
W 
6.74 
2700 
8 
4007 
9 
6 
8 52-6 
7-3 
7 - 3 i 
7.12 
227 
397 
WG 
7.22