50 
A. B E l о p о l s к y. Bearbeitung der in Pulkowo 
Spectrogramm О № 56, Dispersion = 430.8— 440.5p.fx = 29.916 SchraubeDrev. 
X 
= 427.2ja|a 
430.8[A|a 
432.6jj.fjt. 
434.ІЩЛ 
438.4|Л(Л 
440.5[aja 
441.5[A[a 
n = 1. 
Mess. 
_ 
—10 564 R 
—4.679 R 
0 
-+-13.163 R 
+19.372 R 
h-22.325 R 
2. 
1) 
— 
551 
691 
0 
246 
366 
330 
3. 
J» 
— 
536 
677 
0 
188 
371 
340 
4. 
)) 
— 
550 
677 
0 
184 
374 
327 
5. 
» 
— 
555 
682 
0 
170 
372 
>— 
6. 
)) 
— 
546 
675 
0 
195 
378 
336 
7. 
)) 
— 
531 
675 
0 
167 
359 
— 
8. 
» 
— 
539 
668 
0 
190 
389 
340 
9. 
)) 
— 
547 
679 
0 
183 
375 
327 
10. 
» 
—22.810 R 
541 
675 
0 
187 
376 
— 
11. 
» 
22.814 
539 
679 
•0 
174 
382 
337 
12. 
)) 
— 
533 
678 
0 
189 
373 
330 
Mittel 
—22.812 R 
—10.544 R 
—4.678 R 
0 
-4-13.172 R 
-4-19.374 R 
+22.332 R 
Hieraus nach den Linien X = 
430. 8[J. JA, 
434.07p.p. und 440.5p.jA berechnet man die 
Coefficienten der Hartmann’sclien Formel. 
n, = 441.977 +- 
[4.79178551 
X—293.989» 
und erhält 
für X = 
427.2 jj-ij. 
430.8 jj.(x 
432.6 (jLjj. 
434.1 щл 
438.4 |Л|Л 
440.5 [A[A 
441.5 (AJA 
n i = 
22.804 R — 
10.544 R 
— 4.700 R 
0.000 
-4- 13.162 R 
-4- 19.373 R 
-4- 22.349 R 
Spectrogramm O № 77. Dispersion = 430.8ptp. - 
- 440.5pip. = 
= 28.825R. 
X 
= 427.2|aja 
430.8[A[a 
432.6ja|a 
434.1jj.(x 
438.4|л|л 
440.5[A[a 
441.5JAJA 
n = 1. Mess. 
— 
—10.162 R 
—4.502 R 
0 
-4-12.703 R 
-4-18.661 R 
-4-21.507 R 
2. 
» 
—22.003 R 
164 
504 
0 
706 
655 
509 
8. 
)) 
— 
165 
503 
0 
698 
661 
— 
4. 
)) 
— 
166 
506 
0 
701 
655 
— 
5. 
» 
— 
164 
503 
0 
698 
663 
— 
6. 
» 
—22.010 
170 
504 
0 
709 
662 
509 
7. 
D 
21.995 
157 
498 
0 
713 
673 
518 
Mittel 
—22.003 R 
—10.164 R 
—4.503 R 
0 
-4-12.704 R 
-4-18.661 R 
+21.509 R 
Hieraus erhält man 
• 
W 2 
=— 421.006 +- ч 4 ' /6 о 5 0 6 Лпе, un( i berechnet 
Л — 295.60b 7 
für X = 
427.2 jaja 430.8 |aja 
432.6 jJLfx 
434.1 |Л|Л 
438.4 |j.|A 
440.5 (j.|a 
441.5 [A[A 
n 2 = 
- 21.987 R - 
- 10.165 R - 
- 4.528 R 
0 
-4- 12.682R -4- 18.662 R 
+ 21.527 R 
Spectrogramm a Geminorum. Künstliche Linien. 
Dispersion = 
: 430.8p.p. - 
— 440.5jaja 
= 28.562B. 
X = 
427.2(a(a 
430.8|A|a 
432.6[A|a 
0 
438.4(aja 
440.5[A|a 
441.5{Л[х 
1899 März 2 
n = 
—21.876 R 
—10.069 R 
—4.487 R 
0 
-4-12.585 R 
-4-18.482 R 
— 
)) 
— 
089 
507 
0 
579 
505 
-1-21.301 R 
)) 
— 
070 
494 
0 
589 
496 
— 
» 
5 
21.846 
079 
493 
0 
564 
494 
21.321 
» 
— 
058 
486 
0 
590 
502 
— 
» 
6 
— 
059 
5.005 
0 
594 
508 
— 
)> 
— 
040 
4.480 
0 
585 
506 
— 
» 
8 
— 
072 
496 
0 
572 
483 
— 
» 
—• 
043 
457 
0 
600 
500 
— 
Mittel 
n = 
—21.852 R 
—10.064 R 
—4.488 R 
0 
-4-12.573 R 
+18.498 R 
-*-21.311 R 
