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日冕的加热机制。

Heating mechanisms of the solar corona.

作者信息

Sakurai Takashi

机构信息

Professor Emeritus, National Astronomical Observatory of Japan.

出版信息

Proc Jpn Acad Ser B Phys Biol Sci. 2017;93(2):87-97. doi: 10.2183/pjab.93.006.

Abstract

The solar corona is a tenuous outer atmosphere of the Sun. Its million-degree temperature was discovered spectroscopically in the 1940s, but its origin has been debated since then without complete convergence. Currently there are two classes of models; the wave theory and the microflare/nanoflare theory. Both models have merits and disadvantages, but the essential issues are nearly pinned down. Recent revival of the wave theory is one of the many contributions from Japanese solar observing satellite Hinode launched in 2006.

摘要

日冕是太阳稀薄的外层大气。其百万度的温度在20世纪40年代通过光谱学发现,但自那时起其起源一直存在争议,尚未完全达成共识。目前有两类模型:波动理论和微耀斑/纳米耀斑理论。这两种模型都有优缺点,但关键问题几乎已确定。波动理论最近的复兴是2006年发射的日本太阳观测卫星“日之出”(Hinode)众多贡献之一。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/affd/5422629/9cfc23d7c577/pjab-93-087-g001.jpg

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