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ASTRONOMISCHE NACHRICHTEN. -
569.5 11.31 ~ 601.4 9.82
575.5 11.11 1 605.4 9.61 578.5 11.16 606.4 9.49 589.5 11.081 612.4 9.02
572.5 11.28' 602.5 9.88
Band 259. Nr. 6199-6200. 7-8.
623.5 8.79 684.4 11.08
627.5 8.71/8094.2 (12.5 653.4 9.241 655.4 9.27 ~
625.5 8.82 1 688.5 11.16
Beobachtungen von Mira-Veranderlichen. Von M Beyer.
.D. 242 .... Gr. '708.3 <12mz
715.3 <12.7
J.D. 242 .... Gr. 7977.5 <12mg
984.4 (12.5 J.D.242 .... Gr. 7546.5 < n m g 567.5 (13.3 590.5 ~ 1 3 . 6 593.4 "3.5 599,5 NI3.5
604.5 13.22 602.5 13.44
612.4 12.74
Beobacl .D. 242 .... Gr. 618.5 12m27
623.5 12.04 625.4 11.90 628.5 11.92 655.4 10.90 658.5 10.96 661.5 11.15 669.4 11.28
u n g e n . .D. 242 .... Gr. 677.4 11m8; 684.4 11.98 689.4 11.98 691.4 12.03 696.3 12.22
706.3 12.9: 950.5 13.37 954.5 12.92
J.D. 242 .... Gr. 7962.4 12m24 975.5 11.30 984.4 11.06
8020.5 11.88 025.4 11.96 032.4 12.17 049.4 12.70
B -R (Kat. u. Eph.) Maxima: J. D. 2427651 (Iom85)spitz; - I d
27986 (11.05) zieml.spitz; - I 0 Lichtkurve: U.
MU Aquilae. Vergle ichs te rne .
Bez. Ort 1855.0 phm. Gr. angen. Gr.
n 19 35 41 + I Z 56.7 1om85 1om86 1om86 m 19 35 11 +13 6.6 11.22 11.06 11.14 g 19 35 17 +12 57.4 11.42 11.51 11.47 k 19 35 20 +13 1.2 11.79 11.97 11.88 Y 19 35 29 1-13 0.8 11.83 - 11.83 s 19 35 y +13 0.5 SchBtzung 12.19
var . M U Aql 1 9 ~ ~ 3 5 ~ 2 7 ~ + 13' o l ~ -
B e o 1) a c h t u n g e n .
Maxima: J. D. 2427688:(11mo) spitzl) 27974 (10.4) ))
28117 (10.7) )) l) Keine Beob. im Lichtanstieg.
In Verbindung mit dem von HofZeit veroffentlichten Max. = J. D. 26260 [Harv. Bull. 887 (1932)] ergeben sich die verbesserten Elemente :
Max. = J. D. 2428117 + 142d9-E; Mira-Lichtlrurve PI. QT Aquilae.
V e r g l e i c h s t e r n e . Bez. Ort 1855.0 phm. Gr. angen. Gr.
var . m 19 35 48 + 2 2.6 IOm75 - 1om75 Y 19 36 14 + I 59.8 11.12 11?13 11.12
s 19 35 58 + 2 3.5 11.69 11.91 11.80 d 19 35 39 + 2 3.5 11.59 11.60 11.59 ,
QT Aql 1 9 ~ 3 5 ~ 4 9 ~ + z0 7i9 -
J.D.242 .... Gr.
602.5 11.37 7589.5 11m3:
625.j 12.10 655.4 (12.4 658.5 (12.0 677.4 (12.0 687.5 (12.5 688.5 (13.0 696.4 ( 1 2 . 0
.D. 242 .... Gr. i072.3 11m46 081.4 11.57 084.3 11.61 094.2 12.55 095.3 (12.3 097.2 (12.5 111.2 (12 .3
138.2 (12.3 145.2 (12.0
S
6199
J.D.242 .... Gr. 7589.5 ( ~ z m o 17926.5 <13mo
625.5 (12.5 948.5 <12.5 655.4 (12.5 962.5 <13.0 687.5 <12.5 984.4 (13.0 696.4 (12.5 8020.4 (13.5 708.3 <13.0 037.5 <13.0 715.3 <13.0 068.4 11.08 740.3 (12.0 069.3 10.99
IJ.D.242 .... Gr.
602.5 (12.5 932.5 (13.0
104
J.D.242 .... Gr. J.D.242 .... Gr. 8072.3 11m1o 8097.2 11m25
081.3 11.01 104.3 11.41 084.2 11.01 111.2 11.66 085.2 11.01 114.2 11.71 086.3 11.00 122.3 11.88 088.3 11.05 138.2 <12.2
094.2 11.07 095.3 11.12
077.4 10.98 099.3 11.37
J.D.242 .... Gr. 7589.5 <12mo 625.5 11.33 655.4 12.15 687.5 <12.5
Maxima: J. D. 2427630:(11m25) unsicher 27930 (10.8) spitz
Unter Beriicksichtigung der Angaben von Hofmeister (AN 6002) ergeben die vorstehenden Beobachtungen die vor- laufigen (noch unsicheren) Elemente :
Max. = J. D. 2427930 + 300d.E; Mira-Lichtkurve p1 (?). RS Aurigae.
V e r g l e i c h s t e r n e . Bez. BD-Nr. bzw. Ort 1855.0 phm.Gr. angen. Gr.
f +46 1092 9m50 9m82 9m67 9m66
g 5h54m19~ +46'22' 10.30 10.15 10.05 10.17 W 5 52 40 +46 3 2 Schatzung 10.55 m 5 53 28 +46 10 11.30 11.41 11.30 11.34
var.
4 +46 1085 9.73 9.99 10.09 9.94
RS Aur + 46" 1089 -
J.D.242 .... Gr. J.D.242 .... Gr. J.D. 242 .... Gr. 7715.3 N13m3 7950.5 12mo3 8094.2 <13mo 740.3 <12.5 952.5 1 2 . 1 2 097.3 <13.5 926.5 10.93 962.5 12.78 111.2 <IZ.O
932.5 10.84 8020.4 <13.8 138.2 < I I . ~
J.D. 242 .... Gr. 5670.4 1om3f 671.3 10.41 686.3 10.95 687.3 10.95 698.3 11.09 699.3 11.01
707.3 10.99 710.3 10.92 714.3 10.83 728.5 10.74 733.5 10.69
6275.4 9.43 281.4 9.50 314.4 10.04 367.2 11.49 930.5 11.29 947.5 11.15
948.5 11.24 976.4 9.75 978.4 9.56 979.5 9.66 984.4 9.48 985.4 9.58 986.5 9.56 998.3 9.82
7008.3 10.09 026.3 10.39 030.3 10.36 034.3 10.37 040.4 10.76 060.5 10.85 062.4 10.84 068.3 10.89 Maxima :
J. D. 2426284:
B e o b a c h t u n g e n . r.D.242 .... Gr. 7070.5 1om84 072.3 10.88 075.3 10.84 087.4 10.89 093.6 10.88
124.4 10.42
132.4 10.32
144.4 10.31 I 4 5 4 10.27
152.4 9.87 153.5 9.90 157.5 9.78 171.4 9.85
185.5 10.25
097.4 10.84
131.4 10.35
137.3 10.32
176.4 10.04 180.4 10.09
187.4 30.29
195.4 10.42 204.4 10.45
279.5 10.76 297.5 10.62 305.5 10.12
321.4 9.57 325.5 9.51 327.4 9.51 332.5 9.53 336.4 9.52 339.5 9.59 Gr. B - R 9m4) - 8d
190.4 10.32
213.4 10.81
26983 ( 9.5) 0
27162 ( 9.7) + 7 27330 ( 9.5) + 2
27490 ( 9.7) -11
27687 ( 9.7) + I 4 27839 (10.1) - 7 28019 (10.0) + I
- D. 242 .... Gr. 142.4 9m7s 144.5 9.85 148.5 9.99 i52.4 10.17 172.4 10.99 $4.4 10.94 182.4 9.72 183.4 9.74 i06.4 9.84 i12.4 9.84 i13.4 9.96 i29.4 10.33 i30.4 10.42 i33.4 10.58 i35.4 10.80 i43.4 10.85 i53.5 10.81: 54.4 10.79 i 59.4 10.90 i62.4 10.98 i67.4 11.08 i72.4 11.12
i75.4 11.22
~78.4 11.24: $8.4 < I I . I
i58.5 10.08 i77.5 9.79 i84.5 9.75 i89.5 9.75 192.5 9.74 i96.5 9.81 '06.4 10.11
'09.5 10.28 Minima :
J. D.24 25698 27082 27257
.D. 242 .... Gr. 715.4 104156 717.5 10.56 728.3 10.53 739.2 10.86 740.4 10.92 755.4 10.97 765.4 11.04 781.3 10.99 832.5 10.17 840.5 10.30 843.4 10.09 858.4 10.42 865.4 10.30 870.4 10.56 875.4 10.66 899.4 10.83 906.4 11.01
924.4 11.04 928.4 11.04 945.4 11.04 '023.5 10.00
032.5 10.01
044.5 10.29 053.5 10.31 069.5 10.62 081.5 10.89 086.4 10.95 095.4 11.19 122.4 11.12
919.4 11.02
140.4 10.45 145.3 10.10
164.3 10.45 Gr. B-R
(IIFI) + 4d
(10.9) + 7 (It.1) + I 0
27408: (11.1) - 1 2
27589 (11.3) - 4
27934 (11.1) - 4 27765 (11.1) o
28110 (11.4) o
6199
J.U.242 .... Gr. 7658.5 < I 2 m O
684.5 (12.5 696.4 ( 1 2 . 2
I 06
J.D.242 .... Gr. 1J.D.z.q~ .... Gr. J.D.242 .... Gr. 7740.4 IOm47 7928.4 <I2mg 18053.5 IomII 743.4 10.44 1 945.4 (12.0 069.5 10.96 755.4 10.69 18023.5 9.43 077.4 11.07
709.5 1 1 . 2 2 1 705.3 10 .77 1 025 .5 9.33
J.D. 242 .... Gr. 7533.3 <12?"6 535.4 (12.7 51.34 .'T.i.5
661.5 (12.8
684.4 13.31 688.6 12.71
692.4 12.41
696.4 12.37
507.4 (12.7
706.4 11.74
081.5 11.47
715.4 11.08
728.4 10.72
717.5 11.00
736.4 10.67
Gr. 9m97 9.90
10.37 10.50 11.25 11.24
11.89 12.67
10.00
840.5 "12 .0
866.4 (12.5 044.5 9.74 164.3 ( 1 2 . 5
855.3 <I2.5
899.4 (12.0 j 047.5 9.92
740.4 10.34 i 038.5 9.95 1 Maxima: J. D. 2427748(1om1) sehr spitz
28043 ( 9.9) flach , Erhebliche sekundare Schwankungen im Lichtanstieg.
Gegen die Elemente von Prager [G. u. L. ( 2 ) 1.1161 ergeben sich die Abweichungen: B - R = + 2sd und + Sd.
J.I).?42 .... (;r. j . l ) . q 2 .... t;r. 7709.4 I l"'13 7743.4 IOm20
710.4 11.14 1 755.3 10.34 715.4 10.75 ' 765.3 10.86 716.4 10.79 781.3 11.69
724.3 10.66 858.4 (12.0 728.3 10.66 8023.5 10.05 736.4 10.60 025.5 9.98
717.4 10.73 840.5 (13.1
739.2 10.49, 032.5 9.93
J.D.242 .... 8040.6 044.5 053.5 066.4
081.5 086.4 096.5
069.5
111.4
Maximum: J. D. 2424218:: (8119) sehr flach und un- sicher; keine Beob. im Lichtanstieg.
V Cancri. Forts. v. AN 5582; Vergleichsterne s. daselbst.
Beobachtungen .
Maximum: J.D. 2425523: (7m9) flach und sehr un- sicher; keine Beob. im Lichtanstieg.
TY Cassiopeiae. Forts. v. AN 6041; Vergleichsterne s. daselbst.
Beobachtungen .
J.D.242-.. Gr. IJ.D.242 .... Gr. J.D.242 .... Gr. 4213.3 8?90 4232.4 8m96:4249.4 8m96
J.D. 242 .... Gr.
535.3 (12.5 543.3 (12.8 564.5 ( 1 2 . 5
567.4 ( 1 2 . 7
575.5 (13.0 588.5 (12 .5
601.5 (13.0 612.4 (12.0 625.5 (1g.o 653.4 (12.3 658.4 (12.5 664.5 12.58 669.4 12.06 676.4 11.90 677.4 11.80
7529.3 <I2m5
J.D.242 .... Gr. 4276.4 91132
.D. 242 .... Gr. 681.4 11m6c 684.4 11.42
687.4 11.10
689.5 11.20
691.3 11.14 692.4 11.12
693.3 11.10
695.4 11.19 696.4 11.04 698.4 11.04 699.3 11.03 706.3 10.85 708.3 10.80 709.4 10.68 714.2 10.60 715.3 10.57
-.D. 242 .... Gr.
724.3 10.50 727.3 10.50
730.3 10.45 736.2 10.45 739.2 10.47
743.4 10.53 745.5 '0.47 750.2 10.57
764,~ 10.78 765.2 10.84 781.2 11.51 832.4 12.98 840.5 (12.5
1717.3 IOm5:
740.2 10.50
755.2 10.68
J.D. 242 .._. Gr. 7855.3 <12m3 899.3 (12 .5
952.4 (13.5 984.5 (13.0
8020.5 (14.0 055.4 <I3.5 066.4 (13.8 077.5 (13.5 083.3 <13.0 111.4 (13.0 122.4 (13.0
919.4 (13.0
140.4 (13.0
Maximum: J. D. 2427733 (10m4) rund; Zwischenzeit der letzten Maxima: 637d. Mira-Lichtkurve a.
Bez. VZ Cas
d a g S
72
t
VZ Cassiopeiae. Vergle ichs te rne .
BD-Nr. bzw. Ort 1855.0 phm.Gr.
+55 280 9m51 -
1 ~ 7 m 8 + 55'43' 10.46 10.58 I 7.5 +55 36 11.60 -
I 7.6 + 5 5 34 11.70 - B e o b a c h t u n g e n .
- + 5 5 O 275
+55 274 9.91 9m78
1 7.5 +55 37 11.64 -
angen. Gr. var . 9m5 1 9.54
10.52
11.60 11.64 11.70
J.D.242 .... Gr. 5670.3 11m8c 671.3 11.75 687.5 11.8: 698.5 (11.6 699.4 (11.6 707.4 11-35
715.4 11.01
714.4 11.15
718.4 11.00
.D. 242 .... Gr. 721.4 11mo7
730.4 11.03 734.4 10.99 738.4 10.92 739.4 10.95
742.4 10.79 750.5 10.67
723.4 11.05
740.4 10.87
.D.242 .... Gr. 751.5 1om64 753.5 10.62 754.4 10.64 757.4 10.57 758.5 10.67 768.5 10.64 773.5 10.72 774.5 10.72
780.5 10.87
.D. 242 .... Gr.
829.4 ~ 1 3 . 0 836.4 12.12
850.4 11.81 851.5 11.70 852.4 11.50
855.4 11.30 857.5 11.19
8"
784.4 1om94
854.3 11.35
6199 I 08
J.D.242 .... Gr.
863.5 11.08
871.3 10.67 873.3 10.67 880.3 10.20
882.3 10.10
883.4 10.01
885-4 9.94 886.4 9.69 887.4 9.74 892.3 9.64 896.3 9.69 897.3 9.64 900.5 9.67 905.3 9.68 921.4 9.76 922.2 9.73 928.4 9.78 936.2 10.04
961.4 (11.1 963.2 11.44 964.2 11.46
5859.4 IImI:
870.4 10.82
939.2 10.36
984.3 (11.1 6003.3 ~ 1 2 . 3
016.2 ~ 1 1 . 9
024.3 11.38 026.3 11.32
019.2 11.49
034.3 10.87 064.5 9.76 066.5 9.75 110.4 10.87 112.5 11.02
127.4 11.75 196.4 11.44
209.4 10.64
215.4 10.57 217.4 10.40
235.3 9.71 237.3 9.62 246.4 9.64 251.3 9.76 260.4 10.15 263.4 10.31 264.4 10.25
119.4 11.34
207.4 10.87
214.4 10.60
219.4 10.12
.D. 242 .... Gr. 1351.3 NI3m3 360.3 ~ 1 3 . 3 447.4 1 1 . 1 2
456.4 11.14 467.4 11.2:
475.4 NI2.5
485.5 (12.0
584.4 10.40
604.4 10.82 608.4 10.97 624.4 1 1 . 0 2
928.4 10.18 929.4 9.98
478.5 (12.5
580.4 10.37
595.5 10.64
930.5 10.05 938.4 10.29 940.4 10.23
944.4 10.28 946.5 10.30 948.4 10.27
951.4 10.37 956.4 10.57 959.4 10.62 960.4 10.73 967.4 11.26 972.4 11.64 979.4 12.15 984.4 12.14 986.6 12.45 1026.3 (11.0 030.3 <11.3
040.2 12.09
060.4 11.14 061.2 11.08
034.3 -12.3
042.4 11.74
062.2 10.97 065.3 10.97 068.4 10.87
073.2 10.64 078.3 10.57 082.4 10.52
087.3 10.31 093.6 10.29 094.4 10.29 097.3 10.33 098.4 10.26 110.2 10.36
070.5 10.82
275.3 10.92 i 118.4 10.72
281.3 11.281 124.3 10.87 277.3 10.97 1 JZO.3 10.74
299.3 12.101 131.3 11.08
.D. 242 .... Gr.
137.3 11.42 152.4 12.04
'132.3 IIm2;
153.4 12.1:
177.4 < I 2 . 2
180.5 (12 .2
187.4 <12.4 189.5 12.43 195.4 (11.4 204.5 11.42 213.5 10.82 260.5 9.36 262.5 9.36 263.5 9.58 2734 9.74 274.5 9.89 277.5 9.94 279.5 10.03 281.5 10.09 295.4 10.80 298.4 11.30 299.5 11.34
307.4 11.89
325.4 (12.6 333.4 (13.0 342.3 (12.6 359.3 (12 .1
368.5 (12.1
372.3 ( 1 2 . 1
481.3 (12.1 483.3 < I 2 4
305.4 11.74
321.4 < I Z . I
384.3 (11.7
506.3 (12.2
512.3 < I Z . I
529.3 (11.9 534.3 (12.0 543.4 ( 1 2 . 1
546.4 (12.0
553.5 (11.9 562.4 11.23 567.4 11.00
569.4 10.87 572.4 10.84 575-5 10.57 577.5 10.67 578.4 10.72 588.5 10.22 592.5 10.26 599.5 10.24 604.4 10.34
612.4 10.42 617.5 10.57
606.5 10.37
.D. 242 .... Gr. 1623.5 1om80 627.5 10.82 657.5 (12.1
677.4 (11.6 684.3 ( 1 2 . 2
694.3 (12.8 699.3 (12.4 709.4 (11.9 715.4 11.79 717.3 11.64 724.3 11.42 727.3 11.40 730.3 11.27
736.3 11.21
755.4 10.20
765.4 10.09 781.3 10.22
840.5 (12.2 843.3 (11.6 855.3 (12.2 860.4 (12.1
866.4 (12.1
876.4 (12.0
870.3 (12.0
599.5 11.39 889.4 11.99
906.4 11.17 916.4 10.82 918.5 10.62
924.4 10.40 926.4 10.25 927.4 10.22
941.4 10.18 945.5 10.15 948.4 10.12
951.4 10.18 954.4 10.26 960.5 10.29 970.5 10.67 977.4 11.02
984.5 11.32
037.4 (12 .2
056.4 11.64 068.3 11.27
919.4 10.52
1019.4 (12.6
070.4 11.21
077.5 10.72
083.3 10.32 086.3 10.18
111.5 9.67 121.4 10.08
094.3 10.00
140.4 10.94
Die nachstehenden I I Maximumepochen wurden ge- meinsam mit 16 alteren Epochen von Lezner (BZ 2-12) und Gztz (NNVS 35) nach der Methode der kleinsten Quadrate
ausgeglichen. Fur den Zeitraum 1920-35 erhalt man auf diese Weise die folgenden Elemente :
Max. = J. D. 2422513.1 + 169d5.E; M - m = 76d; Grenzen d. Lichtwechsels : 9m9 (9?3-1om6)-1 zm8 (I 2m5-13m3). Die beobachteten Maxima werden durch die neuen Elemente mit den in Spalte B - R gegebenen Abweichungen dargestellt. Mira-Lichtkurve sz. EP. I9 2 0
2 1
2 2
23 26 2 7 28 30 31 3 2 33
vlaxima : J.D. Gr. 425760 (10m6) rund
25894 ( 9.6) s. breit u. flach 26066 ( 9.75)rund 26242 ( 9.6) spitz
26929: (10.0) rund 27096 (10.3) maI3ig spitz 27250 ( 9.3) rund 27595 (10.2) spitz 27765 (10.1) etwas flach 27940 (10.1) etwas flach 28108 ( 9.6) spitz
-
B-E + 26' - 9 - 7
0
+ 9 + 6 - 9 - 3 - 3 + 3 + I
vIinima : J.D. Gr. -
!425835: (IZ"5)
25993 (12.6) spitz 26159: 26356 (13.3) rund
27010 (13.0) rund 27178 (12.8) spitz
-
- - 27867: 28024:
SU Camelopardalis. Vergle ichs te rne .
Bez. BD-Nr. bzw. Ort 1855.0 phm.Gr. SU Cam 6h~9m38S + 74' I!I -
C + 73'341 9m46 9m61 g +73 337 9.71 9.79
9.83 10.16 a +73 339 f 6h20m~ + 74'14' 10.37 1 0 . 2 1
b + 74" 292 10.39 10.36 e 6h~71?7 +73'57' 10.94 10.93 m 6 2 2 . 4 +73 57 11.10 11.40 zer 6 19.0 +73 57 Schatzung
B e o b a c h t u n g e n . J.D. 242 _... Gr. 5672.5 <13m0 687.5 11.70 699.4 11.25 707.4 10.72
714.4 10.07 715.4 10.14 718.4 9.97 721.4 9.85
730.4 9.60 734.4 9.68 735.4 9.68 739.4 9.62 740.4 9.65 742.4 9.80
710.3 10.38
723.4 9.88
750.5 10.09
753.5 10.14 Maxima: J .D
751.4 10.08
.D. 242 .... Gr. ;754.4 IomI: 758.4 10.24 768.4 10.80 773.5 10.84 774.5 11 .12
784.4 10.98
215.3 <13.0 237.4 (11.8 246.3 ~ 1 3 . 3 250.4 ~ 1 2 . 7
251.3 12.09 260.4 11.89 263.3 11.45 264.4 11.45 275.3 10.62 277.4 10.48 281.3 10.29 292.3 9.59
i214.4 (13.4
J.D. 242 .... Gr. 6298.4 9m5; 303.3 9.60 305.3 9.62
609.4 9.90 314.2 9.68
624.4 10.57 626.4 10.62 629.4 10.62
7132.5 11.03 133.5 11.25 137.4 10.59 144.4 10.17 145.4 10.15 153.4 9.80
155.4 9.88 157.5 9.68
154.4 9.91
159.4 9.75 171.4 9.99
:425734( 9m6) spitz; 26296 ( 9.5) maL3ig spitz;
27725 (10.0) rund; 27159 ( 9.7) spitz;
angen. Gr. var. 9m53 9.75 9.99
10.29 10.37 10.94 11.25
12.29
.D. 242 .... Gr. '177.4 1om23 180.4 10.50 181.4 10.51 185.5 10.59 187.4 10.63 189.5 10.72
195.4 11.09 204.4 11.60 687.5 11.47 692.4 11.10
696.4 10.90 706.4 10.58 709.5 10.49 7 1 7 . 5 10.14 728.5 10.03 736.4 10.12
739.4 10.18 756.4 10.71
765.3 11.00
B - R = + ~ d B - R = -6 B - R = + 3 B - R = o
6199
618.5 (12.0
628.4 (12.0 658.5 (12.0
687.5 <12.o
709.5 (12.0
728.4 10.81 717.4 11.72
739.3 10.65
870.5 (12.0
927.4 (13.5 949.4 (13.5 975.5 (13.0
8020.4 11.62
026.4 11.14 025.4 11.24
032.4 10 .77
B e o b a c h t u n g e n .
J.D.242 .... ( ; r . ' J . I ) . 2 4 ~ ._.. ( ; r . ' J . 1 ) . ~ 4 2 . ._. Gr . 5687.5 9111X0r5734.4 1om14 7043.3 9m66 689.3 9.7oi 735.4 10.26 052.4 9.57 698.5 9.66 739.4 10.26 055.4 9.62 699.4 9.63 742.4 10.26 060.5 9.65 705.4 9.52, 751.4 10.65 061.2 9.67 707.4 9.52 753.4 10.61 062.4 9.66 714.4 9.59 758.4 10.76 065.3 9.69 715.4 9.61 768.4 11.35 068.3 9.68 718.4 9.74'6215.4 <13.4 070.5 9.71
723.4 9.86 314.4 10.06 082.4 9.91 721.4 9.77 303.2 10.08 078.3 9.79
J.D.242 .... Gr. 7093.6 I O ~ I I
095.3 10.33 097.4 10.51 336.5 10.00
339.5 9.76 342.3 9.71 343.4 9.67 352.4 9.65 359.3 9.66
372.4 10.10
368.5 10.01
.D. 242 .... Gr. i040.5 10'?77 044.4 10.99 047.5 10.94 048.4 10.78 051.4 11.01
053.5 I0.97 060.3 11.09 066.4 11.04 069.5 11.06 072.3 11.24
075.4 1 1 . 1 7
074.4 11.15
730.4 10.11 (7042.3 9.72
i10
.D. 242 .... Gr. 077.5 119122
083.3 11.43 086.3 11.52 094.4 11.61 096.5 11.65
111.4 11.94 121.3 12.22
122.3 12.08
140.3 12.66
104.3 11.97
087.4 10.13 ~ 384.4 10.32
photogr. Beob.: 26601.4 I 1m6 Mira-Lichtkurve Q.
692.2 (15.0 27739.3 1r.3
Maxima: J. D. 2427756(1om6) breit 28035 (10.7) spitz
7530.5 <12mo 7627.4 <12mo rom49 535.5 (12.0 687.5 10.49 728.4 10.48
BG Cygni. Vergle ichs te rne .
Bez. BD-Nr. bzw. Ort 1855.0 phm.Gr. DG Cyg 1gh33m 6" + 28" I I' -
Y + 28" 342 I 9m28 9m24 z u + 2 8 3420 9.68 9.71
P 19h33m21S +28'17:9 10.69 10.86 s +28 3426 10.04 -
P 19 33 19 + 2 8 8.5 11.40 - m 19 33 27 + z 8 13.1 12.00 - n 19 33 25 + 2 8 9.8 12.23 -
B e o b a c h t u n g e n
7872.6 I I ~ I O
906.5 11.68
angen. Gr. var. 9m26 9.70
10.04 10.78 11.40
12.23 12.00
546.4 (12.0 I 692.5 10.34
567.5 (12.0 I 696.5 10.44 559.4 <II.6 i 694.4 10.34
588.5 (12.0 1 706.4 10.29
J.D. 242 .... Gr. 6246.4 <12mo
251.4 <IZ .O
277.3 ~ 1 3 . 0 456.5 10.20
478.5 10.96 485.5 (12.0 582.5 11.9: 604.5 11.18 624.4 10.21
629.4 10.10
642.3 9.80 929.5 10.42 930.4 10.27 944.5 10.02
972.4 9.70 979.4 9.52 984.4 9.45 986.5 9.48
7009.3 9.55 026.4 10.00
030.2 10.21
034.2 10.42 037.2 10.45 041.2 10.56
475.5 10.88 739.4 10.44 10.81
765.3 164.3 10.44 755.3 10.47 j"::::: 10.83
841.3
.D. 242 .... Gr. .052.2 1om9E 054.2 10.98 060.2 10.98 061.2 10.93 063.3 10.98 068.2 11.03 072.2 11.13 078.3 11.08 094.2 < I I . O
097.3 (11.2 156.5 (13.0 158.5 ~ 1 3 . 0 161.5 <12.0
180.5 11.70 185.6 11.55 187.5 11 .25 188.5 11.26 195.5 11.18 204.4 10.78
259.5 9.57 262.4 9.65 274.4 9.52 277.4 9.52 279-5 9.48
213.4 10.49
.D. 242 .... Gr. ,281.5 9?45 295.4 9.49 298.5 9.41 305.4 9.51 307.5 9.55 309.4 9.55 319.4 9.57 324.3 9.75 325.3 9.78 326.3 9.80 332.5 9.80 333.4 9.85 334.4 9.85 336.3 10.09 342.3 10.18 343.3 10.24 359.3 1 0 . 5 2
363.4 10.93 372.3 11.24 384.3 11.75 5 3 2 . 5 10.23 5 35.5 10.1 5 536.5 10.16 543.5 10 .12
546.5 10.03
.D. 242 .... Gr. 553.5 1omo6 559.5 9.85 564.5 9.85 567.5 9.85 569.4 9.92 572.4 9-87 574.4 9.85 575.5 9.81 577.5 934 578.5 9.85 588.4 9.89 592.4 9.90 599.5 10.04 601.5 10.04 605.5 10.04 612.4 10.23 617.4 10.25 623.4 10.41 627.4 10.50
658.5 11.01
669.4 11.55 677.5 11.65 684.5 11.75 689.4 11.88
653.4 10.93
1 1 1
J.D.242 .... Gr. J.D.242 .... Gr. 8072.3 IIm40 8088.3 IOm93
6199 I12
J.D.242 .... Gr. J.D.242 .... Gr. 8108.3 IOm30 8138.2 9m9Z
J.D.242 .... Gr. 7694.4 1198: 708.4 12.30 709.3 1 2 . 2 0
717.4 12.25
728.4 12.30 736.2 1 2 . 2 5
755.3 1 2 . 2 0
765.3 12.00
781.3 (11.0 872.6 9.89 891.6 9.82 899.5 9.90
740.3 12.25
077.4 11.20 094.3 10.51 111.3 10.18 082.3 11.041 097.5 10.41 1 121.4 9.85
'.D. 242 .... Gr. '906.5 1om11
916.5 10.20
926.5 10.27
927.4 10.32 934.4 10.34 945.5 10.27
949.5 10.29 954.4 10.34 962.4 10.50 975.4 10.93 986.4 11.19
907.5 10.10
919.5 10.26
145.2 10.20
164.2 10.68
.D.242 .... Gr.
025.4 12.40 032.5 12.48 036.4 12.43
iOI9.4 I2mIE
044.4 12.40 047.5 12.48 055.4 12.43 068.3 11.89 069.4 11.82 077.3 11.13 081.4 11.15
086.3 10.78 083.3 11.08
.D. 242 .... Gr.
095.3 10.53 099.3 10.55
111.3 10.43 121.4 10.36 140.3 9.83 164.2 9.81 171.3 9.72 179.2 9.89
;094.3 I O m 5 2
108.3 10.49
B - R (Kat. u. Eph.) Mira-Lichtkurve p3 -y l . Maxima: J.D. 2426996( 9m4) rund;
27885 ( 9.8) rund; 28158( 9.6) rund; + 2
27730 (12.3) etwas flach; - 28042 (12.5) rund; -
+ IOd
27292 ( 9.4) etwas flach; +13 27577 ( 9.8) rund; + 6
+ 21
Minima: J. D. 2427142:
DU Cygni. Verg le ichs te rne .
Bez. BD-Nr. bzw. Ort 1855.0 phm.Gr. angen.Gr. var. DU Cyg 2 1 ~ 6 ~ 5 4 ~ +36' 817 -
72 + 36O4467 9m61 9m82 9m72 9m72 m +36 4462 9.65 9.86 9.97 9.83 P +35 4436 9.90 9.97 - 9.94 e 2 1 ~ 7 ~ 3 8 ~ +36' 618 10.47 10.63 - 10.55 0 2 1 7 8 +36 14.7 10.84 10.79 10.86 10.83 7 2 1 7 12 +36 12.0 11.19 11.26 11.29 11.25 S 2 1 6 59 +36 11.0 - 11.64 11.99 11.82 g 2 1 7 3 +36 7.6 - 12.35 12.38 12.36 K 2 1 7 9 +36 9.4 Schatzung 13.31
B e o b a c h t u n g e n . J.D. 242 .... Gr. 7052.3 1om2;
063.2 10.24 072.2 10.60 180.5 <13.0 262.4 10.36 263.5 10.16 273.5 10.13 274.5 10.12
277.5 10.08 279.4 10.11
281.5 10.13 282.4 10.14
307.4 11.16 309.4 11.37
060.3 10.44
305.5 11.02
320.4 12.05
321.4 (12.3 460.2 11.25
..D.242 .... Gr. 1470.3 IOm4l 483.2 10.48 532.5 11.82
535.6 11.85 543.5 <II .9 546.5 ~ 1 3 . 0 564.5 (12.5 567.5 (~13 .2 577.5 <I2 .7 600.5 (12.0
623.5 (12.5 628.4 12.76 653.4 10.68 655.4 10.64 658.5 10.63 661.5 10.53 669.5 10.43 677.4 10.39 685.4 10.04
..D.242 .... Gr. 1687.5 IOFOL
692.5 9,94 696.4 9.99 708.3 10.17 709.4 10.08 710.4 10.18 715.5 10.16
728.5 10.41 736.3 10.69 740.3 10.93 743.4 11.18
755.3 11.93 765.3 12.51 832.3 (12.0
841.2 (12.0 872.6 11.23 891.6 10.68
717.4 10.29
899.5 10.73
.D. 242 .... Gr. 1907.5 10m65 918.5 10.53 926.5 10.53 927.5 10.51
934.4 10.55 945.5 10.83 948.4 11.08
949.4 11.07 954.4 11.50 960.5 11.82 975.5 12.19 985.5 1 2 56 '020.4 13.91 026.4 13.36 047.5 12.71 053.5 12.20
060.4 11.87 066.5 11.54 069.4 11.53
EH Cygni. Forts. v. AN 6041.
Verg le ichs te rne . Bez. Ort 1855.0 phm. Gr.
EH Cyg 1 9 ~ 3 0 ~ 5 8 ~ + 27'4813 - m 19 30 55 +27 50.0 1om20 I O ~ I I n 19 31 12 + 2 7 49.9 10.71 10.53 1' 19 31 24 + 2 7 55.3 10.90 10.89 p 19 31 o + 2 7 51.0 11.73 11.44 o 19 31 6 +27 53.5 11.81 12.03 a 19 31 4 + 2 7 45.3 12.29 -
J.D. 242 .... Gr. 7532.5 <13m3 5434 (13.5 546.5 (13.3 559.5 (13.0 564.5 13.3 567.5 13.0 569.4 12.99
574.4 12.54 575.5 12.52
576.4 12.37 577.5 12.26 578.5 12.19 588.4 11.96
592.4 11.77
572.4 12.78
590.4 11.88
B e o b a c h t u n g e n . .D. 242 .... Gr.
601.4 11.73 '599.5 ISm8:
605.4 11.69 611.4 11.73 612.4 11.80 617.4 11.81 623.4 11.80 625.4 11.80 627.4 11.76 628.5 11.80 653.4 12.19 658.5 12.34 669.4 12.49
684.5 13.11 677.5 12.73
694.4 13.3
..D.242 .... Gr. 1709.3 <I2m5 717.4 (13.0 728.4 <13.0 740.3 <13.0 755.2 (12.5 765.3 <IZ .O
872.6 12.64 891.6 11.72 899.5 11.43 906.5 11.33 907.5 11.31 916.5 11.24 919.5 11.10
926.5 11.02
934.4 11.20
927.4 11.00
angen. Gr, var.
10m15 10.62 10.90
11.92 12.29
11.58
'.D. 242 .... Gr. '945.4 11m58 949.5 11.85 954.4 11.92 962.4 12.50 975.4 13.39
036.4 (13.5 047.5 (13.5 069.4 < 13.5 094.3 (13.0
111.3 (12.5 138.3 (12.0 164.2 12.02
1019.4 <I3.5
099.2 (13.5
Maxima: J.D. 2427608(11m7) flach 27925 (11.0) spitz
Unter Berucksichtigung der schon in AN 6041 mit- geteilten Maximumepoche J. D. 2427320 ergeben sich die vorlaufigen Elemente :
Max. = J. D. 2427318 + 30zd.B; Mira-Lichtkurve /3 (?).
6199
8019.4 (12.7 051.4 12.58 069.4 12.61
036.4 <12.7 055.4 12.41 077,~ 12.87
047.5 12.70 066.4 12.46 094.3 <13.1
032.5 (12.6 1 053.5 12.53 072.3 12.72
044.4 12.67 OhO.,J I 2 . < J I O8I.4 12.92
099.2 13.47
138.3 < I Z . O
111.3 <I2.5
J.D. 242 .... Gr. 6967.4 1omo9 972.5 10.13 979.4 9.79 7034.3 10.7 9 262.4 11.05 274.5 10.67 279.4 10.27
282.5 I0.49 299.5 9.67 307.5 9.50 320.3 9.50 325.4 9.60 335.5 9.77 342.3 9.96
Maxima: J .D
J.D.242 .... Gr. 7572.5 1om64
J.D.242 .... Gr. 1J.D.242 .... Gr. IJ.D.242 .... Gr. 7589.5 I O ~ I O 7618.5 9m55 7658.5 I O ~ I I
.D. 242 .... Gr. 985.5 I O ~ I I 020.4 11.45 026.4 11.68 036.4 11.85
069.4 12.74 083.3 12.39: 095.3 1 2 . 7 1 111.4 13.00: 122.4 <12.3
164.2 (12.7
060.4 12.49
140.3 (12 .5
066.5 10.82 246.4 9.34
264.4 10.00
275.4 10.23
251.5 9.42
B - R = +6d B - R = + I
B - R = - 4 B - R = o
281.3 10.36; 475.4 9.14 608.4 10.73 299.3 10.841 478.5 9.25 624.3 10.41
440.4 10.55 1 584.5 10.43 642.3 10.23 456.4 9.92 1 595.4 10.70
314.4 II.02 1 582.4 10.43 626.4 10.41
Die Lichtkurve vom Typus y1 zeigt erhebliche Unregel- mainigkeiten. Auf dem ansteigenden Aste sind kurz vor dem Maximum kraftige sekundare Wellen entwickelt. Durch An- schluin an die Maxima von SeZiwanow (AN 236.116) und Loreta (B Z 1931.16) ergeben sich die folgenden verbesserten Elemente: Max. = J. D. 2427967 +327d5-E.
.D. 242 .... Gr. 359.4 1om66 567.6 10.26 572.4 10.25
577.5 10.36 589.5 9.86 592.5 9.88 599.5 10.20
604.5 10.20
612.5 9.92
Bez. S Del
n
P
m
0
Y
ZeJ
'J.D. 242 .... Gr. 7685.4 10?64 691.4 10.98 708.4 11.79 717.4 12.10 841.3 <IZ.O
907.5 11.36 919.5 10.66 926.5 10.62 948.5 10.24
S Delphini. Forts. v. AN 6041. V e r g l e i c h s t e r n e .
BD-Nr. bzw. Ort 1855.0 angen.Gr. + 16'4351 var. +I6 43.50 8m7 I + I 6 4349 9.60 +I6 4354 9.91 +I6 4348 10.11
20~36~ 3s + 16'35% 10.58 20 36 2s +r6 41.9 11.48
B e o b a c h t u n g e n .
625.4 9.74 657.5 9.85 677.5 10.34
960.4 9.84 970.5 9.72 975.5 9.83 Gr.
7.83 7m88
7.83 8.28
J.D.242 .... Gr. 7567.4 9m95 745.5 10.08 755.4 9.50 781.4 8.22
J.D.242 .... Gr.
281.4 (11.5 984.6 (11.5 7061.3 7.44
6264.5 <IImO J.D.242 .... Gr. J.D.242 ....
145.4 8.01 483.4 152.4 7.98 458.3 155.4 8.251 506.4
7144.4 8 m O s 7482.4
1 ' 5
.D.242 .... Gr. IJ.D.242 .... Gr. 709.3 12m1817899.6 I Z ~ I I
6199
J.D.242 .... 8044.3
1.16
715.5 12.24 717.5 12.28
728.5 12.27 736.4 12.23 739.4 12.16
765.4 12.08
832.3 10.28 840.6 9.97 841.3 10.07 843.2 10.04 860.3 10.29
755.3 12.23
781.2 11.39
J.D.242 .... Gr. J.D.242 .... Gr. J.D.242 .... Gr. J.D.242 .... Gr.
7870.4 7m8417899.4 8m347907.4 8m6517926.3 gm60 876.4 7.941 906.3 8.63 1 916.4 8.9418140.4 8.29
B - R (Kat. u. Eph.) 889.4 8.181
Mira-Lichtkurve a. Maxima: J. D. 2427061:(7m4) breit; - 13d
27822 (6.9) rund; + 8 W Herculis.
Forts. v. AN 6041 ; Vergleichsterne s. AN 233.236. Beobachtungen .
918.5 (12.1 066.5 919.5 12.16 069.5 926.5 12.18 077.5 927.5 12.20 081.5 945.5 12.22 086.3
962.5 12.16 096.5
975.5 12.17 121.4
984.5 12.15 140.3 8020.4 11.72 149.4 023.4 11.52 164.2 025.5 11.52
952.5 12.21 094.4
970.5 12.15 111.4
Gr. I J.D. 242 .... 7599.4 11m54
604.4 11.05 611.4 10.64 612.4 10.59
618.4 10.37
J.D.242 .... Gr. J.D.242 .... Gr. J.D.242 .... Gr. 8048.4 1om17 8072.4 9m808086.3 9m75
J.D. 242 .... 7623.4 I 625.5 628.4 653.4 655.4 658.4 664.4
J.D.242 .... Gr. 8111.2 1om34
Gr. om04
9.99
8.60 8.58 8.63 8.68
939
J.D.242 .... Gr. /J.D.242 .... Gr. lJ.D.24~ .... Gr. 5469.4 8m13 5484.3 81117 5503.3 8m86 478.4 8.02 486.3 8.36 504.3 8.84
Maximum: J. D. 2427687 (8m4
J.D.242 .... Gr. 5517.3 9m18 524.3 9.47
- .D.242 .... Gr. JJ.D.242 .... Gr. 684.4 8m45~7698.4 81194 687.4 8.46 1 706.3 9.20 689.4 8.48 1 708.3 9.40 691.3 8.47 710.4 9.50 692.4 8.591 714.3 9.61 694.3 8.63 717.3 9.79 696.3 8.78 724.3 10.08
B - R (Kat. u. Eph.) spitz; - IOd
482.3 8.17 491.4 8.40 483,4 8.27 495.4 8.50
507.3 8.96, 525.3 9.74 508.3 8.91 1 530.3 9.97
RS Lacertae. Verg le ichs te rne .
Bez. BD-Nr. bzw. Ort 1855.0 phm.Gr. RS Lac 2zh6m5zs +43' 210 -
e + 42O43'7 1om26 109119 b 2~h6m29~ +4Z053!9 10.44 10.56 d 22 5 34 f42 58.8 10.93 11.11 C 2 2 6 27 +43 8.0 11.27 11.13 a +42"4328 Schatzung
22h6m3zs +43O 514 11.54 11.61 P - 12.50 g.
22 6 53 +43 0.4 12.53 m 2 2 7 5 +43 2.3 -
J.D.242 .... Gr. 1 J.D.242 .... Gr. 7907.4 1om62 7926.4 1omg7
918.5 10.681 929.4 11.36 916.4 10.63 I 927.4 11.18
J.D.242 .... Gr. 7591.5 11m3c 592.5 11.15 601.5 10.77 604 5 10.55 612.5 10.92 618.5 10.78 625.5 10.65 657.6 11.30 658.5 11.41
664.5 11.82 67'7.4 12.37: 685.3 12.27 689.5 12.28 691.4 12.27
693.3 12.27 696.5 12.29 699.3 12.21
708.4 12.10
J.D.242 .... Gr. J.D.242 .... Gr. 7931.4 11m48 7952.4 12m96
945.4 12.32 1 1 1 1 . 3 <12.5 936.4 12.07 8069.3 (13.0
Maxima: J.D.
765.3 (12.0 891.6 < I Z . O
907.5 (12.0 926.5 (12.5 945.5 (12.5
angen. Gr. var. 10m22 10.50
11.02 j1.20
11.30 11.57 12.50
12.53
036.4 11.91 066.4 <12.5 111.3 (12.0
Gr. 10m80 10.90 10.82 10.48 10.46 10.22
10.10
10.07 10.34 10.46 10.85 11.14 12.02
12.21
12.38
EPh.)
l) Aufgespaltcnes Masimum; eincm lcurzen und sehr spitzen Max. 27606 (1om5) folgt 7d spiter ein selcundares Min. (10m9), aus dem die Lichtkurve zu einem zweiten runden, aber etwas weniger hohen Ma- ximum 27628 (1om65) ansteigt.
2, Lichtanstieg weniger steil als Helligkeitsabfall. Auf dem an- steigenden Ast ist ein kraftiger Buckel ausgebildet.
In den Minima verharrt der Stern etwa 80 bis 90 Tage lang im kleinsten Licht r z m z . Mira-Lichtkurve y1 pec.
UW Lyrae. Forts. v. ,4N 6041 ; Vergleichsterne s. daselbst.
B e o b a c h t u n g e n . J.D. 242 .... 7531.5 532.5 535.5 536.5 543.5 546.5 553.5 559.4 564.5 567.5
Gr. 11m91 11.86 11.35 11.32 11.27 11.18
11.26 11.29 11.41
11.22
J.D.242 ..._ Gr. 7569.5 11m4t 572.4 11.57 574.4 11.65 576.4 11.81
577.5 11.76 588.5 12.26 599.5 NI3.0 612.4 <12.5 623.5 (12.0 657.5 <IZ .O
1 1 7 6200 1 1 8
.D. 242 .... Gr.
685.4 9.35 691.4 9.60
658.5 9m78
708.4 I O . 2 I
€3 - R (Kat. u. Eph.) -7d Maxima: J.D. 2427547 (11m2) etwas flach;
28014: (11.6) sehr unsicherl); -5 Keine Beob. im Lichtanstieg.
A1 Lyrae. Verg le ichs te rne .
J.D. 242 .... Gr.
8020.6 10.91 037.4 9.89
7949.5 11m95
044.5 9.56
- Bez. Ort 1855.0
A1 Lyr 1 9 ~ 8 ~ 4 6 ~ + 2 7 O 3416 o 19 8 58 + 2 7 32.7 n 19 8 5 1 + 2 7 32.5 !? I9 8 24 +27 31.9 s 19 8 18 t 2 7 36.0 t 19 8 40 I 2 7 34.2
739.5 11.19 755.4 11.65
J.D.242 .... G r . 695 I .4 I o'!'OL
000.4 J0.73
972.4 11.03 976.4 11.13 979.4 T I . 0 2
980.4 11.10
984.4 11.63 986.5 11.88 998.3 ~ 1 2 . 2
7007.3 ~ 1 2 . 4
967.4 10.73
034.2 (12.8 040.3 (12.8 087.2 (12.8 097.2 ( 1 2 . 8
155.5 ( I 2 . X
158.5 <12.s
I 0 1 5 i 1 2 . 0
,Maxima:
077.5 9.29 081.6 9.31
I\ c, 0 1, ; I (~
I ) 242 ... ( ; I .
I so.5 I I '!I$
187.5 11.56
189.6 11.58 195.5 11.73 204.4 11.63
188.5 11.73
213.5 11.73 214.4 11.78 259.5 N I 2 . 2
261.5 (11.5 274.4 (12 .5
282.4 <1z.8 295.4 < 1 2 . 0
30y.4 K I 2.S
~ 3 2 0 . ~ 3 . 12,s
.?4.3..3 12.0
355.3 --' 12.0 359.3 ( I 2 . 0
7 0 0 . 3 i 12.0 71 7.4 <: I 2.4
755.2 ( 1 2 . 2
740.4 ( 1 2 . 0
r i i . 3 12.27 145.3 10.86
, .D. 2426957 (1om6) rund
27194 (11.5) rund 27678. (12.0) unsicher (nur 3 Beob.) 27916 (11.5) spitz 28149: (10.8) unsicher (nur 2 Beob.)
575.5 9.591 602.5 1 0 . 2 1
578.5 9.41 I 605.5 10.33 592.5 9.791 612.5 10.62
684.5 (12.0 755.3 10.02
715.4 11.401 765.3 9.89 727.3 10.76 781.3 9.61
J.D.242 .... Gr. J.D.242 .... Gr. IJ.D.242 .... Gr. J.D.242 .... Gr. 7765.4 10m93,7963.5 1om5118122.4 IOm79 8164.3 9m98
B - R (Kat. u. Eph.)
Die hier beobachteten 4 Maxima folgen einer Periode
948.5 10.01 I Maximum: J. D. 2427734 (romo) spitz; + 31d
von P= 2 1 % ~ .
SS Pegasi. Verg le ichs te rne .
Bez. BD-Kr. bzw. Ort 185 5.0 phm. Gr. angen. Gr. var. SS Peg 2 ~ h 2 7 ~ 6 ~ + 23'4911 -
n + 23'4560 9moz 9mo7 9m05 b + 2 3 4564 9.40 9.40 9.40 C +23 4563 9.65 9.44 9.54 n 22h27m36s + 24' I ' - 10.06 10.06 g +24 4607 10.17 10.40 10.29 /z 2zh25mg +24' I' 10.64 10.66 10.65
2 2 27.2 +23 38 11.09 - I 1.09 e 2 2 26.4 + 2 3 47 11.80 - 11.80 f
J.D.242 .... Gr.!J.D.242 _... Gr. 6246.4 9m24'6264.3 9m59
263.4 9.49, 277.4 9.84 251.4 9.37 ~ 275.4 9.74
J.D. 242 .... Gr. 7052.3 < I I m O
261.5 9.12
'77.5 9.03 '79.5 9.00 307.5 9.54 326.4 IO.31
625.5 11.36
263.5 s.93
(103.5 12.00
J.D.242 .... Gr.IJ.D.242 .... Gr. 6281.4 9m94 6580.4 9?84
314.2 11.341 586.4 9.89 298.4 10.781 582.5 9.79
I .D.qz .... Gr. 3094.4 9m52 108.3 9.89 111.4 9.89 121.4 10.20 122 .4 10.20
164.3 J1.53
I '9
J.D.242 .... Gr. J.D.242 .... Gr. J.D.242 .... Gr. 7623.5 II'P92 7685.5 NI3m3: 17960.5 12m28
625.5 ~ 1 . 8 8 755.4 < 1 2 . 5 963.5 12.44, 655.5 11.64 1 841.3 < I Z . O 1 985.5 13.11 657.6 11.67 948.5 11.76 8023.4 (13.5 661.5 11.92 954.5 12.01 037.4 <13.0
6 zoo I 2 0
J.D.242 .... Gr. 8072.3 <I4mO 094.4 < 1 2 . 5
1 111.4 <13.0 122.4 <12.5 164.3 <12.5
J.D.242 .... Gr. 6604.4 101177 608.4 10.82
624.4 11.11 629.4 11.36 641.3 ~ 1 1 . 6 : 642.4 11.61 928.5 11.24 944.4 1 1 . 7 1 946.5 11.60 948.5 11.23 972.4 12.98 979.4 12.83 984.4 12.88
7030.3 12.46 034.3 12.18 040.2 12.08 041.2 12.03
052.3 10.90
055.2 10.67
061.2 10.28
042.3 12.06
054.2 10.79
060.3 10.34
.D. 242 .... Gr. 062.2 1om27 065.3 10.16 068.2 10.09 072.3 10.02
078.3 10.01
080.2 9.74 083.2 9.74 087.2 9.70 093.3 9.76 094.2 9.71
260.5 (11.5 273.5 (12.0
277.5 12.93
281.5 12.98
305.5 <13.0
333.4 (13.4 336.4 ~ 1 3 . 1 358.4 11.27 359-4 11.34
097.2 9.80
279.5 12.88
298.4 13.33
307.5 (13.0
.D. 242 .... Gr. 368.4 I I ~ I S 372.4 10.87 384.3 10.37 599.5 (11.5 604.5 <11.8 669.5 11.22
677.5 10.92 681.5 10.51 684.4 10.08 689.5 9.99 692.4 9.74 694.4 9.78 696.5 9.65 699.3 9.54 706.4 9.50 709.4 9.47 715.4 9.48 717.5 9.43 724,3 9.38 736.3 9.29 740.3 8.91 755.3 8.60 764.2 8.60
.D. 242 .... Gr. 765.3 81160 781.3 8.73 841.3 10.92 962.5 (12.0 984.5 10.89 ,020.6 9.62 025.5 9.74 032.4 9.58 036.4 9.49 044.4 9.49 051.4 9.29 066.4 8.93 069.4 8.90 077.5 8.85 081.6 8.87 088.5 8.85 094.3 8.95 097.5 9.05 108.3 9.36 111.4 9.51 121.3 9.95 138.3 10.43
B - R (Kat. u. Eph.) Maxima: J. D. 2427761 ( 8m6) zieml.flach; - 9d
28082 ( 8.8) rund; + 5 Minima: J. D. 2426987: (13.0) rund; -
27304: (13.4) rund; - Die Lichtkurve vom Typus yl verlauft ziemlich un-
regelmaoig. Im Lichtanstieg ist kurz vor dem Maximum ein kraftiger und breiter Buckel entwickeit.
WY Pegasi. Vergle ichs te rne .
Bez. Ort 1855.0 phm.Gr. angen. Gr. var.
p 2 1 54 2 1-32 45.2 1omo9 9m90 ~omoo o 21 54 3 1 3 2 40.2 11.29 11.31 11.30 p 21 54 4 +32 35.0 11.81 - 11.81 l 21 54 4 +32 43.3 Schatzung 12.91
WY Peg 21h54m23~ +3Z041!3 -
J.D. 242 .... Gr. 5257.3 (13%
3794 (12 .0 S92.4 11.8:
6217.4 12.20
275.4 (12.3 281.4 <12.3 478.5 (12.5 944.4 < I Z . O
948.5 (13.4
979.5 (13 .2 984.5 (13.4
219.4 1 2 . 2 0
972.4 <12.6
7030.4 <11.8 034.3 11.60 040.4 11.55
Beobac .D. 242 .... Gr.
043.2 11.48
052.3 11.55 059.3 11.45 060.4 11.52
061.3 Il.75 062.2 11.85 063.2 11.90 065.3 11.90 068.3 12.10
214.5 (13.0 262.5 < I I . ~
274.5 <I2.5 279.5 (13.3
'041.3 IIm5:
049.3 11.50
072.3 12.30
tungen . .D. 242 .... Gr. '281.5 <13m3 298.4 ( 1 2 . 5
305.5 ~ 1 3 . 3 : 307.5 13.0 309.4 12.76 320.4 12.10
321.4 12.24 324.4 12.04 325.3 11.92 326.4 11.69 327.5 11.58 332.5 11.28 333.4 11.15 335.5 10.90 336.4 10.89 339.5 10.85
..D. 242 .... Gr. '342.4 I O m 7 7
343.4 10 .77 345.4 10.74 352.4 10.76 356.3 11.02
355.4 11.06 359.4 11.00 363.4 11.18 368.5 11.20
372.4 1 1 . 1 2
384.3 1 2 . 1 7
567.6 <12.0 578.5 <13.0 589.5 <12.o 601.5 (12.0
605.5 < I I . ~
J.D. 242 .... Gr. 7273.5 <12mo
281.5 (12.5 298.5 (12.5 305.5 (13.2 309.4 (13.0 326.4 (12.6 335.5 (13.0 359.3 <I3.4 363.4 (13.0
384.3 (12.5 399.3 (12.0
460.3 11.86
479.3 12.18 481.4 12.23 483.3 12.29 506.3 <13.0
372.4 (12.5
470.3 12 .01
-.D. 242 .... Gr. 1512.3 <13m0 530.4 <I2.5 655.5 ( 1 2 . 5 669.4 <.12.5 684.4 < I Z . ~
696.4 (12.5 710.4 <12.5 715.4 (12.5
724.3 12.57 727.3 11.97 728.4 11.96 736.3 11.41 739.2 11.38 740.3 11.40 743.4 11.35 745.5 11.33 755.3 11.01
765.3 11.45
~ . D . 242 .... Gr. 7781.2 12m1:
832.4 <13.0 840.5 (12.5 841.4 (12.5 858.4 <12.5 866.4 <12.5 870.3 (12.0
j020.5 <13.0
038.5 12.08
039.5 11.97 040.6 11.98 044.4 11.77 047.5 11.73 049.5 11.61 051.4 11.56 053.5 11.36 055.4 11.51
037.4 1 2 . 2 2
..D.Z$Z .... Gr. 1066.4 11?45 068.3 11.59 069.4 11.69 072.4 11.72
074.4 '1.73 077.4 11.71 081.5 11.73 083.4 11.77 086.4 11.84 094.3 12.17 095.3 1 2 . 2 2
104.3 12.48 108.3 12.69 111.5 12.88 121.4 13.10
163.5 (13.0 140.4 (13.6
Maxima: J. D. 2427754(11mo) spitz 28061 (11.2) spitz
Die Lichtkurve (Typus U) zeigt zahlreiche, unregel- m&iBig verlaufende sekundare Wellen. Lichtanstieg sehr steil. In Verbindung mit dem bereits in AN 6041 gegebenen Ma- ximum J. D. 2427127 ergeben sich die vorlaufigen Elemente:
Max. = J. D. 2427751 + 312d.E.
I21
.D. 212 .._. (;r. .... Gr. 11m98 11.98
751.2 12.4,3'0,3O.4 r i . y g 5.32.4 .- 13.,3 ' 0.37.4 S q l , 4 i 13.0 1 038.5
1 2 . l < ? :
1 2 . 1 8
855.3 <12.8 039.5 12.21
858.4 (12.4 040.6 12.30 866.4 <12.6 044.4 12.40
899.4 (12.3 049.5 12.48 870.3 (12.4 047.5 12.50
6200
'J.D.242 .... Gr. 8055.4 12m86:
066.4 13.31 069.5 13.55 072.4 13.61 094.3 (14.0 108.3 (13.0 111.4 (13.0 121.4 (13.4
163.5 (13.3 140.4 (13.6
i22
[ . 1 ) . ~ + 2 .... ( ; I .
658.6 10.03 684.5 7.98 692.4 7.76 695.3 7.76
7027.4 I ~ ~ 1 ' 2 5
A1 Persei. Forts. v. AN 6041. V e r g l e i c h s t e r n e .
Bez. Ort 1855.0 phm. Gr. angen. Gr. A1 Per zh39m55S +37" 719 var .
o 2 39 7 +37 6.1 11m63 11m58 11m60 m 2 39 53 +37 13.4 11.91 11.76 11.83 n 2 39 57 +37 1 2 . 2 12.76 - 12.76
-
P 2 39 55 +37 6.1 SchHtzung 13.64
j . I ) .qz .... (;r. ] .1).242 .... (;r.
949.5 8.92 094.4 8.31 952.5 8.75 111.4 8.02 962.5 8.25 121.4 8.29 970.5 8.16 140.3 10.06
7740.4 10'?07~8086.4 1. 8m98
J.D.242 .... Gr. 7530.4 (1 2m6 655.5 < 1 2 . 8 658.5 <13.o 669.4 c r 2 . X
684.4 .- 12.5
087.5 <1$0
696.4 < I 2.9 710.4 (13.0 715.3 (13.0 724.3 (12.8 728.4 ( 1 2 . 8
739.2 <12.8
2
3 4 5 6 7
-0.OIlf0.02 + O . I Z
-0 .02~+0.09 + O . I O
-o.oI~+o.og +o . ro -0.03 +0.08 - 0.04, + 0.08
I 1 1
Maximum: J. D. 2428029 (11m9) spitz; glatte Kurvc.
R Vulpeculae. Forts. v. AN 6041 ; Vcrglcichstcrnc s. dascl1)st.
Vorlaufige Elemente: Max. = J.D. 2428026 + 226d.E
J.D.242 .... Gr. 7567.6 8?'1; 569.5 8.14 575.5 8.28 588.5 9.40 592.5 9.92 600.5 10.11
605.5 10.61 623.5 12.00
Maxima: J. D. 2427565: ( 8m1) rund?l) (unsicher) 27693 ( 7.7) spitz 27971 ( 8.1) rund 28107 ( 8.0) rund
') Keine Beob. im Lichtanstieg.
Minima: J.D. 2427628 (12 .2) spitz 28058 (11.7) spitz
Sehr glatte Kurve vom Typus p2 YZ Vulpeculae.
V e r g l e i c h s t e r n e . Bez. BD-Nr. bzw. Ort 185 j .0 phm. Gr. angen. Gr.
var.
b 1-27 3493 9.97 10.08 10.03 o 1 9 ~ 3 8 ~ 3s +27°211~ 10.51 10.80 10.66 IZ 19 37 57 + 2 7 24.6 11.62 11.76 11.69
YZVul 1 9 ~ 3 8 ~ 8s +27O25!4 -
a + 2 7 O 3487 9m40 9m59 9m50
J.D. 242 .... Gr. 6246.4 <13mo 277.3 (13.0 475.5 (12.6 478.5 (13.0 624.4 (13.0 929.5 (13.0
979.4 (13.0 984.4 12.39 986.5 (12.0
030.2 (12.0 041.2 (12.3 0 5 2 . 2 < I Z . O
063.3 <12.0
068.2 < I ~ . I
072.2 (11.9
156.6 9.76
161.5 9.90
972.4 (12.8
7009.3 ( 1 2 . 1
155-6 9.76
158.5 9.85
B e o b a c h t u n g en. .D.242 ..._ Gr.,J.D.Z?z .... Gr. 7180.4 ~ o m j o 7.546. j 11m5.
187.5 10.91 559.5 11.84 188.5 10.91 564.5 12.09
185.6 10.81 I 553.5 11.59
195.5 11.50' 567.5 12.19 204.4 12.04 I .j69.4 12.24 213.5 (12.3 274.5 < I 2 . j
277.4 < I 2 . 5
298.5 ( 1 2 . 7
307.5 < I 2 . 7
324.3 (17.7 343.3 (12 .5
355.3 (12.5 359.3 (12 .5
372.3 < I 2 . j
384.3 (12.7 532.5 11.00
535.6 11.43 536.5 11.33 543.5 11.53
Maxima: J. D. 2427154:
574.4 J2.54 575.5 12.5: 617.4 < I ~ . I
627.4 < 1 z . 5 658.6 <12.5 669.5 <12.7 677.5 (12.5 684.5 (13.0 689.4 (13.0 694.4 (12.7 709.3 (12.9
717.4 ( 1 2 . 9 728.4 <12.7 736.2 (12.9 730.4 (13.0
I.D. 242 .... Gr. 7755.3 < I 2 m 7 765.3 ( 1 2 . 2
781.3 < I Z . I
872.6 11.39 891.6 10.79
906.5 11.11
907.5 10.98
919.5 1r.50 926.5 11.61 927.5 11.59 934.4 11.84 945.5 12.34 949.5 12.79 962.4 (13.2 I019.4 (12.7
047.5 < I 3 4 069.4 (13.5 095.3 (13.0 111.3 (12.0
899.5 10.95
916.5 11.43
9 ~ 7 5 ) spitz; unsicherl) 27522:: (10.7 ) sehr unsicher2) 27887 (10.75) ziemlich spitz
?) Nur in1 ALstirg LeoL. l) Kcine BCO~J. im Lichtanstieg.
Hamburg, 1936 Jan. 10. M. Beyer.
Verbesserungen der Kurzwellen-Zeitsignale von P o n t o i s e 8 h (FYB, 28.35 m), Monte G r a n d e 11h45m (LQC, 16,99m), N o r d d e i c h 12" (DAN, 26.45 m), C a v i t e 1 3 h
(NPO, 33.82 m) u n d M o s k a u 14h (RKD, 28.10 m, vom 5. O k t o b e r 1936 a b : RKE, 25.95 i n ) n a c h A u f z e i c h n u n g e n d e r Deutschen Seewarte z u H a m b u r g .
1935 Juli-1935 Dezember (Forts. von AN 6154). Weltzeit. +: zu spat; - : zu fruh. J uli I Au
- FYB 1 LQC 1 DAN 1 NPO I I- O S O ~ ~ + OSOI I + OSIO/
RKD IE-FK31 FYB 1 LQC 1 DAN
- 0.02 I 1-0.04
1st
NPO I September
RKD IE-FK3 FYB I LQCA DAN 1 NPO - oS014
-0.013
-0.013
<KD I E-FK3 1-OOSOII
1-0.011
j - 0.01 I I-0.011
1 - 0.010 j 1 ::::: 9"
