膝区宇宙线,knee region cosmic rays英语短句,例句大全

膝区宇宙线,knee region cosmic rays
1)knee region cosmic rays膝区宇宙线
2)cosmic-ray knee宇宙线膝

英文短句/例句

1.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
2.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
3.latitude effect of primary cosmic rays初级宇宙线纬度效应
4.cosmic-ray neutron monitor宇宙射线中子监测仪
5.cosmic-ray high energy physics宇宙射线高能物理学
6.charge composition of primary cosmic rays初级宇宙线电荷成分
7.cosmic-ray intensity recorder宇宙射线强度记录仪
8.cosmic radiation measuring or detecting instrument宇宙射线测量或探测仪
9.millikan cosmic ray meter米利肯宇宙线测量计
10.cosmic radio noise recorder宇宙无线电噪声记录仪
11.cosmic-ray space physics宇宙射线空间物理学
12.cosmic-ray pathlength distribution宇宙线路径长度分布
13.escape pathlength of cosmic rays宇宙线逃逸路径长度
14.27 days recurrence of cosmic-ray flux宇宙线通量２７天重现性
15.cosmic ray albedo nuetron decay宇宙线反照中子衰变
16.diurnal variation of cosmic ray flux宇宙线通量周日变化
17.time variation of cosmic ray intensity宇宙线强度的时间变化
18.cosmic-ray muon spectrometer宇宙射线μ介子能谱仪

相关短句/例句

cosmic-ray knee宇宙线膝
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。