1) cosmic-ray self-confinement
宇宙线自约束
2) cosmic nature
宇宙自然
1.
It is divided into cosmic nature and human society and other different spheres and fields.
目前,人类对世界的认识仍是局限的,甚至是割裂的,世界被分成宇宙自然和人类社会等不同的层面和领域。
3) Cosmic ray
宇宙射线
1.
The impact of cosmic rays on the earth surfacemineral crystal and it s geological effect;
宇宙射线对地表矿物晶格及地质作用的影响
2.
Study on the cosmic ray s damage to the mineral crystal lattice of the earth s surface and its geological effect;
宇宙射线对地表矿物晶格的损伤及其地质作用的研究
4) cosmic ray
宇宙线
1.
Research on cosmic ray test technology of MRPC;
MRPC宇宙线测试技术研究
2.
Study on time variation of 1-10Tev cosmic ray using wavelets analysis;
小波分析在1-10TeV宇宙线时间变化研究中的应用
3.
detection of meteorological effect of 1-10TeV cosmic ray Application of wavelet analysis in;
小波分析在1-10TeV宇宙线气象效应研究中的应用
5) cosmic rays
宇宙线
1.
Strangelets could be one of the components of cosmic rays, especially of ultra-high energy cosmic rays.
已经有若干实验结果表明宇宙线中可能含有奇异滴成分。
2.
Recent advances in this area are reviewed, but due to length limits only selected topics are covered, including dark matter and relic particles, neutrino astronomy, γ astronomy, cosmic rays, cosmic microwave background and inflation, and the early universe.
限于篇幅 ,选择讨论的内容涉及暗物质与残骸粒子、中微子天文学、γ射线天文学、宇宙线、宇宙微波背景与暴胀、早期宇宙
3.
Because of the very steep energy spectrum ofcosmic rays,if only 10%cosmic ray pat.
近年来,在太阳大耀班期间,由地面中子记录装置及地下不同深度μ子记录器记录到宇宙线粒子的短期增长(GLE)现象,其能量范围已达几百GeV,甚至可达TeV能区。
6) cosmic rays
宇宙射线
1.
Physical phenomenon of cosmic rays “hiting” against CCD sensor is simply explained Statistical data of CCD sensor production, measure to avoid cosmic rays “hiting” is presente
研究了宇宙射线对面阵 CCD传感器的冲击伤害及产生白疵点的原因 ,并对宇宙射线冲击的物理现象作了初步的说明。
补充资料:宇宙膨胀理论(见大爆炸宇宙学)
宇宙膨胀理论(见大爆炸宇宙学)
theory of universal expansion
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说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条