物理
天文
极端紫外线
天体物理学
极紫外光刻
紫外线天文学
星际介质
银河系
银河天文学
航天器
探空火箭
白矮星
天文光谱学
星星
银河系
光学
激光器
作者
Stuart Bowyer,J. J. Drake,S. Vennes
标识
DOI:10.1146/annurev.astro.38.1.231
摘要
▪ Abstract Astronomical studies in the extreme ultraviolet (EUV) band of the spectrum were dismissed during the early years of space astronomy as impossible, primarily because of the mistaken view that radiation in this band would be absorbed by the interstellar medium. Observations in the 1980s from sounding rockets and limited duration orbital spacecraft began to show the potential of this field and led to the deployment of two spacecraft devoted to EUV astronomy: the UK Wide Field Camera and the Extreme Ultraviolet Explorer. The instrumentation in these missions, although quite limited in comparison with instrumentation in other fields of space astronomy, provided unique and far-reaching results. These included new information on solar system topics, stellar chromospheres and corona, white dwarf astrophysics, cataclysmic variables, the interstellar medium, galaxies, and clusters of galaxies. We summarize these findings herein.
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