1.
The Method of Discriminating Primary Cosmic Ray at the "Knee" in ARGO Experiment;
ARGO实验中“膝”区原初宇宙线成分分辨方法研究
2.
charge composition of primary cosmic rays
初级宇宙线电荷成分
3.
latitude effect of primary cosmic rays
初级宇宙线纬度效应
4.
When did the universe come into being?
宇宙最初是何时形成的?
5.
cosmic-ray pathlength distribution
宇宙线路径长度分布
6.
Sensitivity of Cosmic Ray Knee Composition Seen by a Hadron Calorimeter Plus ARGO;
在羊八井设置强子量能器研究宇宙线膝区成分
7.
Adjustment of Parameters of Primary Cosmic Ray Energy Spectrum with Recent Direct Measurments
利用宇宙线直接测量结果对初级宇宙线能谱参数的调整
8.
cosmic-ray charge composition detector
宇宙射线电荷组成探测器
9.
nuclides generated by cosmic ray irradiation
宇宙射线辐照生成的核素
10.
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。
11.
Hence the properties, such as energy and incident direction, of the incident cosmic ray can be calculated according to data from stations.
因此，透过比较不同观测站的数据，可以推算原初宇宙射线的能量、入射方向等资料。
12.
THE PARALLEL UNIVERSES of your alter egos constitute the Level I multiverse.
你的众多分身所处的平行宇宙，共同构成了第一个层次的多重宇宙。
13.
that intelligent life is bound to be a natural part of the universe.
有的生命必然是宇宙的自然组成部分。
14.
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
15.
Cosmic Rays linked with the cosmogony, the evolution of stars, the matter distribution in space and the high energy physics processes in the cosmic environment.
宇宙射线联系于宇宙的形成、天体的演化、空间的环境和宇观环境中的高能物理过程。
16.
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
17.
The characteristics of hadron component in the cosmic ray high energy γ-ray families are presented.
本文给出了宇宙线高能γ族中强子成份的特征。
18.
cosmic-ray neutron monitor
宇宙射线中子监测仪