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冰巨星大气研究进展
其他题名Research Progress on the Atmosphere of Ice Giant Planet
王聪; 熊明; 李力刚; 陈鼎
作者部门空间科学部
2017
发表期刊天文学进展
ISSN1000-8349
卷号35期号:3页码:288-303
摘要与类木行星等气态巨行星相比,冰巨星是由大量比氢氦重的气体成分(水、氨、甲烷等)组成的气体行星,天王星和海王星便是典型的冰巨星。天王星和海王星的大气中保存着太阳系形成初期的气体,对研究太阳系和行星的形成演化有很大帮助;研究其大气的动力学有助于了解大气内部的结构、热源驱动机制和对流机制;随着证认的系外行星数量逐渐增加,发现类海王星型系外行星是普遍存在的。介绍了天王星和海王星的大气结构、大气成分,以及太阳系外类海王星的研究进展,并对未来冰巨星的探测和研究进行展望。
其他摘要The giant planets being mainly composed of elements heavier than hydrogen and helium are defined as ice giant planets. The Uranus and Neptune are two typical ice giant planets in the solar system. Since the atmosphere of ice giant preserves the earliest gas when solar system formed, it would be great help to understand the formation and evolution of the planetary system. Study on the dynamics of the atmosphere can reveal the structure, convection mechanism and its thermal driving of the atmosphere. How different kinds of planets are ultimately generated from an initial primordial cloud of gas and dusts can be explored by a comparative study between the ice giant planets and Jupiter-like planets. The Neptune-like exoplanets are found to be ubiquitous from more and more exoplanets identified during the recent years, which provide a strong observation evidence for planetary migration theories. The ice giant planets not only play important role in the early stage of the formation of stellar system, but also their atmospheric compositions are important parameters in the study of their host stars. This paper reviews the research progress on the atmospheres of Uranus and Neptune, including the vertical thermal structure, chemical composition and wind distribution with latitude. The ice giant planets of the extrasolar systems are also discussed. Challenges and future observation are suggested based on our current understanding of the ice giant planets.
关键词行星 冰巨星:大气 成分 系外行星
收录类别CSCD
语种中文
CSCD记录号CSCD:6064559
引用统计
被引频次[CSCD]:0
文献类型期刊论文
条目标识符http://ir.nssc.ac.cn/handle/122/6174
专题空间科学部
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GB/T 7714
王聪,熊明,李力刚,等. 冰巨星大气研究进展[J]. 天文学进展,2017,35(3):288-303.
APA 王聪,熊明,李力刚,&陈鼎.(2017).冰巨星大气研究进展.天文学进展,35(3),288-303.
MLA 王聪,et al."冰巨星大气研究进展".天文学进展 35.3(2017):288-303.
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