Stellar Wind

The Stellar Wind is common in every kind of stars , and has a great impact on Stellar Evolution , Interstellar Medium , and so on .

星风普遍地存在于各种类型的恒星中，对恒星的演化、星际介质等有巨大的影响。

Spectrum Analysis of the Binary Systems with Expanding Shell Due to Stellar Wind

有星风或膨胀气壳的双星系统光谱测定

A stellar wind streams outward from the star .

从那颗恒星上不断吹出恒星风。

A model of sporadic stellar wind increase of hard X-ray transient source

硬X射线暂现源的偶发性星风增强模型

Equation of motion for stellar wind under the condition of non-spherical symmetry

非球对称情况下的恒星风运动方程

Now an international team of astronomers says you can blame gusts of stellar wind .

如今，一个国际天文学家小组称这个问题可归咎为恒星风。

The change in the radiation temperature gradient and the criterion of convection , and the enhancement of stellar wind and angular momentum loss .

辐射温度梯度变化，并引起对流判据变化；星风物质损失和角动量损失增大。

What we studied includes the envelopes of Be stars , the nature of the stellar wind , formation mechanism and Be / X-ray binary material interaction etc.

研究内容包括Be星包层和星风的性质，以及包层形成机制，Be/X射线双星物质相互作用等。

It 's so hot that boiled iron and silicates are flowing into the stellar wind , much like a comet 's tail .

该星球表面的热度足以融化铁和硅酸盐，被熔物质随后流入恒星风，宛若彗星尾巴。

Based on a variable-mass two-body model , the effect of mass loss due to stellar wind on the orbit of the binary HD698 is discussed .

本文利用变质量二体问题讨论了由于星风造成的质量减少对双星HD698的轨道的影响。

The symbiotic binary is a special system , consisting of a hot early type star and a cool late type supergiant with strong stellar wind , which forms an expanding envelope .

共生星双星是一颗有强大星风物质损失的红巨星与一颗早型热星组成的特殊双星系统。

It 's a gas giant planet also called Osiris , and it 's orbiting so close to its star that some of its atmosphere gets blown away by the stellar wind .

它是颗气态大行星，也叫欧西里斯星。它的运行轨迹过于接近其恒星，致使它的部分大气层被恒星吹起。

The ζ Aur-type binary system consists of a hot early type star and a late type red giant or rad supergiant with strong stellar wind , which forms an expanding gas shell surrounding the binary system .

ζAur双星系统是一类特殊双星系统，由一颗晚型红巨星和一颗早型热星组成。红巨星有强大的星风物质损失，并在双星系统外部形成一向外膨胀的气壳；

The binary-technique is the line profile analysis method which is the most accurate one being applied in a ζ Aur / VV Cep binary system to detect the mass-loss-rates of the stellar wind of the red-giant or of the red-super-giants .

用双星技术（Binary－technique）的谱线分析方法来测定双星系统中的红巨星或红超巨星的星风物质损失率是目前最为精确的。