1.
A MODEL OF COSMIC GAMMA-RAY BURST EVENT ON 5 MARCH 1979
1979年3月5日宇宙γ射线爆发的一个模型(Ⅰ)
2.
The Shape of Cerenkov Light Front Wave on the Ground About Cosmic Gamma Ray Air Shower
宇宙γ射线大气簇射切仑科夫光波阵面的形状
3.
Because gamma-ray bursts are the most powerful explosions in the universe since the big bang, astronomers can detect them at very great distances.
由于γ线爆发是宇宙继大霹雳之后最强烈的爆炸，天文学家可以在非常远的距离外测量到它们。
4.
The Possible Contribution of Mature γ-ray Pulsars to Cosmic-ray Positrons;
成熟γ-射线脉冲星对宇宙线正电子的贡献
5.
ESTIMATION OF THE METHOD ERRORS FOR DEDUCTING THE RESPONSE TO COSMIC-RAY IN MEASURING TERRESTRIAL GAMMA RADIATION DOSE RATE
测量陆地γ辐射剂量率中扣除宇宙射线响应的方法误差估计
6.
VERY HIGH-ENERGY PARTICLE EMISSION FROM THE SOLAR COSMIC RAY FLARES
太阳宇宙线耀斑中的甚高能粒子发射
7.
Development of Cosmic Rays Shower Based on Monte Carlo Simulation;
基于Monte Carlo模拟的宇宙线簇射发展研究
8.
cosmic-ray neutron monitor
宇宙射线中子监测仪
9.
cosmic-ray high energy physics
宇宙射线高能物理学
10.
cosmic-ray intensity recorder
宇宙射线强度记录仪
11.
cosmic radiation measuring or detecting instrument
宇宙射线测量或探测仪
12.
cosmic-ray space physics
宇宙射线空间物理学
13.
cosmic-ray muon spectrometer
宇宙射线μ介子能谱仪
14.
fermi theory of cosmic ray acceleration
费米宇宙射线加速理论
15.
The spaceship blasted off.
宇宙飞船发射上天了。
16.
The magnetic field associated with these particles helps protect the Earth from cosmic rays by deflecting them from the planet.
地磁场同这些粒子相结合令宇宙射线发生弯曲，从而帮助地球避开来访的宇宙射线。
17.
Listen to the headlines: @Star War Tragedy. American Spaceship Challenger, Explodes 73 Seconds after Launch.
听大字标题：“星战悲剧。美国挑战者号宇宙飞船，在发射后73秒爆炸。
18.
Effect of the cosmic microwave background Radiation to the flux of the Superhigh Energetic Cosmic Ray
宇宙微波背景辐射对超高能宇宙线流强的影响