k Z Camelopardalis, UV image Z Camelopardalis, far ultraviolet image. Z Camelopardalis centre, white is a doublestar binary system. It is composed of a dead star white dwarf and a companion star. This is an exploding binary system, in which mass is transferred from the companion star to the white dwarf. When the white dwarf reaches its mass limit, it explodes. In this image clouds of ionised gas, the remnants of an explosion, nova are detected surrounding the white dwarf at left and below. Such explosions usually occur either as recurrent small explosions recurrent dwarf novae or single large blasts classical novae. Z Camelopardalis is thought to have undergone both types of explosions. Image obtained by the Galaxy Evolution Explorer on January 25 2004. Stock Photo - Afloimages
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Z Camelopardalis, UV image Z Camelopardalis, far ultraviolet image. Z Camelopardalis  centre, white  is a double star  binary  system. It is composed of a dead star  white dwarf  and a companion star. This is an exploding binary system, in which mass is transferred from the companion star to the white dwarf. When the white dwarf reaches its mass limit, it explodes. In this image clouds of ionised gas, the remnants of an explosion,  nova  are detected surrounding the white dwarf  at left and below . Such explosions usually occur either as recurrent small explosions  recurrent dwarf novae  or single large blasts  classical novae . Z Camelopardalis is thought to have undergone both types of explosions. Image obtained by the Galaxy Evolution Explorer on January 25 2004.
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Z Camelopardalis, UV image

Z Camelopardalis, far ultraviolet image. Z Camelopardalis (centre, white) is a double-star (binary) system. It is composed of a dead star (white dwarf) and a companion star. This is an exploding binary system, in which mass is transferred from the companion star to the white dwarf. When the white dwarf reaches its mass limit, it explodes. In this image clouds of ionised gas, the remnants of an explosion, (nova) are detected surrounding the white dwarf (at left and below). Such explosions usually occur either as recurrent small explosions (recurrent dwarf novae) or single large blasts (classical novae). Z Camelopardalis is thought to have undergone both types of explosions. Image obtained by the Galaxy Evolution Explorer on January 25 2004.

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