most citedOptical Line profile variability of the B1+neutron star binary system LS I+65 010 = 2S 0114+650

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astro-ph200638 cited

The X-ray binary 2S0114+650=LSI+65 010:A slow pulsar or tidally-induced pulsations?

G. Koenigsberger, L. Georgiev, E. Moreno +3

The X-ray source 2S0114+650=LSI+65 010 is a binary system containing a B-type primary and a low mass companion believed to be a neutron star. The system has three reported periodic…

astro-ph2005

Iron depletion in the hot bubbles in planetary nebulae

Leonid N. Georgiev, Michael G. Richer, Anabel Arrieta +1

We have searched for the emission from \fex and \fexiv that is expected from the gas emitting in diffuse X-rays in \bd, NGC 6543, NGC 7009, and NGC 7027. Neither line was detected…

astro-ph2003

Broad Halpha wings in Nebulae around Evolved Stars and in Young Planetary Nebulae

A. Arrieta, S. Torres-Peimbert

Eleven objects that have been reported as proto-planetary nebula or as young planetary nebulae that show very extended Halpha wings are presented. The extension of these wings is l…

astro-ph20024 cited

Optical Line profile variability of the B1+neutron star binary system LS I+65 010 = 2S 0114+650

Gloria Koenigsberger, Gabriela Canalizo, Anabel Arrieta +2

We present high resolution spectroscopic observations of the massive X-ray binary system LS I+65 010=2S 0114+650 in the optical wavelength region. A correlation between equivalent…

astro-ph1999

The WC6 Wolf-Rayet star MLA 1159 in M31 and its ionization nebula BA 1-642

J. Greiner, G. H. Tovmassian, S. Komossa +2

We report on optical imaging and spectroscopic observations of the Wolf-Rayet candidate star MLA 1159 and the surrounding ionization nebula BA 1-642 in the Andromeda Galaxy. Though…