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The Galactic Nova Rate

Published online by Cambridge University Press:  12 April 2016

M. Della Valle
Affiliation:
Dip. di Astronomia, Padova, International School of Advanced Studies, Trieste
R. Claudi
Affiliation:
Oss. Astronomico di Padova

Abstract

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The recently estabilished values of M31 and M33 nova rate, rM31 = 29 ± 4 novae yr−1 (Capaccioli et al.,1989), rM33 = 4 ± 2 novae yr−1 (Della Valle, 1988), seems to be at variance with the present estimates for the galactic nova rate, r = 260 novae yr−1 (Sharov,1972) and r = 73 ± 24 novae yr−1 (Liller and Meyer,1987), if we take into account the luminosity class and the Hubble type of the Galaxy. Assuming the nova production per unit of B–luminosity about constant for spiral galaxies and adopting the derived values of the nova rate of M31, M33 and LMC as calibrators, we estimate a galactic nova rate of rGal = 15 ± 5 novae yr−1.

Type
1a. Basic Properties of Novae
Copyright
Copyright © Springer-Verlag 1990

References

- Capaccioli, M., Della Valle, M., D’ Onofrio, M., Rosino, L. 1989a, A.J. 97, 622 Google Scholar
- Ciardullo, R., Neill, J. Jacoby, G., Shatter, A. 1987, Ap. J. 318, 520 CrossRefGoogle Scholar
- Della Valle, M., 1988, proc.of the Symp. The Exlragalactic Distance Scale, eds. van den Bergh, S. and Pritchct, C. Google Scholar
- Graham, J.a., 1979 in Changing Trends in Variable Stars Rcsearh IAU Colloquium 46, eds Batcson, F.M., Smak, J., Urch, I.H., pag. 96 Google Scholar
- Liller, W., Mayer, B., 1987, Pub.a.s.p., 99, 606 CrossRefGoogle Scholar
- Sharov, A.S., 1972, Soviet Astron., 16, 41 Google Scholar
- van den Bergh, S., 1988, Pub.A.S.P., 100, 8 CrossRefGoogle Scholar