BAV-Logo

Bundesdeutsche Arbeitsgemeinschaft für Veränderliche


Titelseite


Werner Braune,
Munsterdamm 90,
12169 Berlin

BAV - Kurzperiodische

Ephemeriden für die nächsten Tage

Aufgelistet sind die Minimazeitpunkte für Bedeckungsveränderliche und Maximazeitpunkte für RR Lyr-Sterne. Als Zeitzone gilt die MEZ (Mitteleuropäische Zeit), die Zeitpunkte sind in Stunden angegeben. Falls gerade die Sommerzeit gilt, muss jeweils eine Stunde zu den angegeben Zeiten addiert werden. Die Spalte Max/Min enthält den Helligkeitsbereich des Sterns in Magnituden.

The following table includes the times of minima for eclipsing binaries and the times of maxima for RR Lyr stars. Timezone is the Middle European Time, all times are given in hours.

SternKoordinaten 2000.0 Typ Max / Min 2022/05/25 2022/05/26 2022/05/27 2022/05/28
RT AND 23 855+5245.3EA8.8 / 9.80.922.2
XX AND 11436+3841.3RR10.1 / 11.10.3
XZ AND 15349+4151.4EA10.0 / 13.02.4
TZ AUR 7 8 7+4051.7RR11.1 / 12.42.7 / 21.51.7 / 20.5
CQ AUR 6 039+3119.9EA9.0 / 9.41.222.03.8
RS BOO 143125+3158.4RR9.7 / 10.84.3 / 22.41.64.7 / 22.8
TW BOO 144310+4114.4RR10.6 / 11.71.02.64.1
UU BOO 1515 7+3517.9RR11.5 / 12.84.32.20.1 / 22.1
UY BOO 135620+1311.7RR10.2 / 11.322.521.4
CM BOO 141338+2017.0RR11.6 / 12.42.722.6
CQ BOO 145145+1551.0RR11.5 / 12.02.4 / 22.71.7 / 22.0
CS BOO 14 340+2449.0RR12.0 / 13.320.923.52.0
CV BOO 152425+37 9.7EA10.2 / 11.02.9 / 23.2
SV CAM 63037+8218.8EA9.8 / 10.61.420.1
W CVN 14 421+38 4.0RR10.0 / 11.020.823.3
Z CVN 124725+44 2.8RR11.5 / 12.420.74.1
RZ CVN 134248+3254.3RR10.9 / 11.91.54.721.6
AB CAS 23255+71 5.2EA10.1 / 10.921.7
AQ CAS 11550+62 7.0EA10.0 / 10.91.8
IL CAS 12729+5950.6EA10.6 / 11.520.4
OX CAS 1 551+6112.3EA9.9 / 10.44.6
PV CAS 23 753+5855.8EA9.7 / 10.43.9
V 381CAS 030 7+49 3.1EA10.2 / 10.81.2
U CEP 05745+8136.4EA6.8 / 9.10.6
RZ CEP 223728+6435.7RR9.1 / 9.83.41.6 / 23.922.1
VW CEP 2038 3+7525.0EW7.2 / 7.80.4 / 20.43.1 / 23.11.9 / 21.9
ZZ CEP 224323+6752.2EA8.6 / 9.63.6
CW CEP 23 2 1+63 7.6EA8.0 / 8.51.9
RR CET 12934+ 1 5.1RR9.1 / 10.12.04.520.322.9
S COM 123017+2718.3RR10.9 / 12.13.021.21.4
ST COM 131525+21 2.8RR10.9 / 11.82.221.3
U CRB 1516 9+3149.7EA7.7 / 8.82.3
RV CRB 161727+2950.0RR11.1 / 11.722.822.622.522.4
Y CYG 2050 4+3428.1EA7.3 / 7.91.1
UY CYG 205422+3014.1RR10.6 / 11.53.122.4
XZ CYG 193127+5616.8RR8.9 / 10.22.40.8 / 23.221.6
BO CYG 214712+4054.2EA11.8 / 12.53.721.9
BR CYG 193925+4640.0EA9.4 / 10.520.24.2
DM CYG 2119 5+3158.7RR10.9 / 12.03.8 / 23.920.12.3 / 22.5
V 367CYG 2046 6+39 6.1EB7.4 / 8.00.7
V 477CYG 20 329+3149.7EA8.5 / 9.320.4
V 788CYG 202534+3141.5EA10.0 / 10.921.6
RW DRA 163437+5756.5RR11.1 / 12.12.3 / 23.620.8
SU DRA 1135 7+6736.4RR9.2 / 10.323.022.6
SW DRA 121526+6947.3RR9.9 / 10.922.11.4
TW DRA 1533 7+64 4.4EA8.2 / 10.52.822.2
VZ DRA 162024+5833.0RR11.4 / 12.22.41.50.6 / 23.822.9
WW DRA 163821+6047.8EA8.3 / 9.50.9
XZ DRA 19 924+6446.6RR9.6 / 10.71.30.2 / 23.021.920.8
AI DRA 1655 9+5246.5EA7.0 / 8.122.3
BK DRA 191811+6619.2RR10.6 / 11.94.022.63.0
DD DRA 184329+6043.1RR11.2 / 12.03.83.42.92.4
TW HER 175236+3025.1RR10.5 / 11.84.0 / 23.24.0 / 23.2
UX HER 175154+1657.1EA9.1 / 10.222.3
VX HER 162828+1828.1RR9.9 / 11.221.54.1
VZ HER 171118+36 2.2RR10.7 / 12.02.3 / 23.520.6
AK HER 171143+1624.5EW8.8 / 9.33.3 / 23.5
AR HER 1559 1+47 3.8RR10.6 / 11.621.3
V 842HER 16 439+5019.2EW9.8 / 10.40.7 / 20.83.0 / 23.1
V 874HER 171013+4854.0EB9.9 / 10.93.7 / 22.14.3 / 22.74.8 / 23.223.7
WZ HYA 101059-1253.6RR10.3 / 11.31.23.04.8
SW LAC 225123+3740.3EW8.5 / 9.322.221.320.44.1
CM LAC 2158 4+4418.7EA8.5 / 9.620.8
CO LAC 224429+5633.7EA10.5 / 11.12.54.5
CO LAC 224429+5633.7EA45.0 / 45.021.323.4
CZ LAC 221733+5113.2RR10.8 / 11.32.2 / 23.0
RR LEO 10 456+2414.2RR9.9 / 11.33.41.1 / 22.820.5
SS LEO 113121+ 014.6RR10.4 / 11.62.023.1
ST LEO 113558+1050.4RR10.7 / 12.020.5
UV LEO 103541+1431.7EA9.5 / 10.22.822.02.8
AM LEO 105934+10 9.9EW8.2 / 8.74.3 / 21.80.22.5 / 20.1
RR LYR 192352+4241.2RR7.1 / 8.121.30.53.7
RZ LYR 184146+3244.8RR10.6 / 12.04.7
CN LYR 183919+2840.4RR11.1 / 11.83.4 / 23.14.7
EZ LYR 184555+3556.1RR10.8 / 11.820.822.023.2
FL LYR 191038+4614.3EA8.7 / 9.30.3
HP LYR 191958+3950.4EB10.5 / 11.01.0
IO LYR 182047+3255.9RR11.3 / 12.220.50.23.9
BETA LYR 184814+3318.2EB3.3 / 4.23.4
VV MON 7 051- 539.7EA9.4 / 9.921.9
VW PEG 2254 2+3257.7EA9.9 / 10.621.423.1
AR PER 41338+4716.7RR9.9 / 10.84.91.4 / 21.84.4
AY PER 3 651+5044.6EA9.8 / 10.63.522.1
RU PSC 11142+24 9.1RR9.9 / 10.43.9 / 22.62.8 / 21.5
SS PSC 11810+2128.5RR10.7 / 11.20.7 / 21.44.41.1 / 21.84.7
AN SER 155111+13 7.1RR10.4 / 11.42.43.44.5
BH SER 151242+1938.2RR11.9 / 13.51.4 / 22.22.4 / 23.2
UX TRI 14535+3122.8RR11.5 / 13.00.4 / 22.821.2
W UMA 94015+5610.9EW7.9 / 8.622.322.322.322.3
RV UMA 133121+5414.7RR9.8 / 11.31.90.4 / 22.921.4
TU UMA 112710+3020.6RR9.3 / 10.24.320.523.2
TX UMA 104224+4549.8EA7.1 / 8.83.1
ST VIR 1425 5- 040.6RR10.8 / 12.11.5 / 21.32.8 / 22.6
AH VIR 121148+12 5.9EW9.2 / 9.72.7 / 22.23.6 / 23.1
AT VIR 125235- 511.1RR10.6 / 11.823.60.82.1
AV VIR 131742+ 927.0RR11.4 / 12.21.00.323.6
DR VUL 201141+2635.9EA8.7 / 9.223.8

Thorsten Lange, Bovenden