1.
Fine-Grained Rim(FGR) of Carbonaceous Chondrites:Witness to the Evolution of the Solar Nebula
碳质球粒陨石细粒边(FGR):太阳星云演化的见证
2.
INDICATOR OF EVOLUTION HISTORY OF EARLY SOLAR NEBULA--ACCRETION AND FORMATION PROCESS OF DIFFERENT TYPE OF METEORITE PARENT BODY
早期太阳星云演化历史的指示剂——不同类型陨石母体的吸积和形成过程
3.
inhomogeneity of chemical composition in the solar nebula
太阳星云化学成分不均匀性
4.
homogenization of the isotopic composition in the solar nebula
太阳星云同位素组成均一化
5.
During the early stages of planetary evolution they served to sweep the solar system.
在行星演化的早期，他们用来清扫太阳系。
6.
THE EVOLUTIONARY TRACK IN THE H-R DIAGRAM OF MODEL STARS OF 1.2 SOLAR MASS
1.2 太阳质量的模型恒星在赫-罗图上的演化程
7.
Black holes are the evolutionary endpoints of stars at least 10 to 15 times as massive as the Sun.
黑洞是恒星演化的终点，这些恒星的质量通常有10－15个太阳大
8.
(astronomy) the nebular hypothesis of the origin of the solar system.
（天文学）关于太阳系起源的星云假说。
9.
Satellite Data-Researching Effect on Solar Radiation by Clouds;
用卫星资料研究云对太阳辐射的作用
10.
Figure 2.1 illustrates the departures of chemical composition from solar values for five different clouds projected against bright stars.
图2．1揭示出五个不同的投影在亮星背景上的星际云的化学组成对太阳值的偏差。
11.
the theory that the solar system evolved from a hot gaseous nebula.
太阳系是产生于一个星云热气体的理论。
12.
Spatial-Temporal Variations of Solar Global Radiation in Yunnan Province During 1961-2007
1961—2007年云南太阳总辐射时空变化特征
13.
Jupiter is one of the sun's planets.
木星是太阳的一个行星。
14.
How can the comets,asteroids and meteorites, which fascinate us, kill us?
随着太阳的不断扩张，太阳系中其它的星球将发生怎样的变化？
15.
Solar Energy Resource and Its Utilization Progress in Yunnan Province
云南省太阳能资源及太阳能利用进展
16.
The cloud is stronger than the sun!
云朵比太阳更强壮！
17.
The clouds rolled away as the sun rose higher.
太阳升高时，云散去了。
18.
a sun bedimmed by clouds.
被云朵弄模糊了的太阳。