1.
Study on Quaternary Glacial Evolution in the Southeastern Tibet and Cosmogenic Nuclides Dating;
西藏东南部第四纪冰川演化序列与宇宙成因核素测年研究
2.
Cosmogenic Nuclides Method Applied to Quaternary Glaciation Dating: Review and Prospect
宇宙成因核素技术在第四纪冰川测年研究中的评述及展望
3.
Application of cosmogenic nuclide ~(10)Be in the earth sciences
宇宙成因核素~(10)Be在地学研究中的应用
4.
cosmogenic radioisotope
宇宙成因放射性同位素
5.
nuclides generated by cosmic ray irradiation
宇宙射线辐照生成的核素
6.
A study of Cosmogenic nuclides in the Kirin meteorite is presented in brief here.
本文概括地介绍了吉林陨石宇宙成因核素的研究。
7.
Regarding human beings as the central element of the universe.
人类中心说的把人类看成宇宙的核心元素的
8.
The deep observations have also traced the waxing and waning of star formation in the universe at large over cosmic time.
回溯宇宙年代的深度观测，同时也追踪了整个宇宙恒星形成率的变化。
9.
At some time more than five billion years ago the universe started.
在50亿年前的某个时候，宇宙开始形成。
10.
cosmic-ray charge composition detector
宇宙射线电荷组成探测器
11.
The cosmological argument does not stand up under scrutiny.
宇宙成因论经不起仔细推敲。
12.
This observational result provides a strong constraint on the theoretical models of nuclear reaction processes that produce heavy elements in the universe.
这一观测结果提供了强有力的制约,理论模型的核反应过程产生的重元素宇宙.
13.
The observable universe grows by a light-year every year as light from farther away has time to reach us.
可观测宇宙的範围，会因来自更远处的光线到达我们这里而每年向外长大一光年。
14.
The science of the chemical composition of the universe.
宇宙化学研究宇宙的化学组成的科学
15.
cosmic radiation measuring or detecting instrument
宇宙射线测量或探测仪
16.
The primary observation that the universe is expanding emerged between1910 and1930.
对于宇宙膨胀的首次观测，是在1910~0年间。
17.
THE MONITOR OF THE CME IN MARCH 1991 BY COSMIC RAYS
银河宇宙线对1991年3月日冕物质抛射的监测
18.
The number of cascade particles changes according to the incident cosmic ray energy, observation height, etc.
到达地面的簇射粒子数目会随不同因素而改变，包括原初宇宙射线的能量、观测高度等。