- 更多网络例句与宇宙线相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The annual variation of each meteorological parameter likes cosmic ray flux. There is obvious correlation existing between cosmic ray and each meteorological parameter. After the meteorological effect of cosmic ray being corrected by using multianalysis, there is no annual variation of cosmic ray.
论文还对1994-2004年间的气象数据进行了整理分析，气压、室内温度、室外温度与宇宙线触发率有着相似的年变化，存在较强关联；之后对宇宙线触发率进行了多元气象参量修正，修正后的宇宙线触发率不再有明显的年变化。
-
The origin, propagation and modulation of cosmic ray can be studied through its variation.
通过研究宇宙线变化可以帮助我们了解宇宙线起源及传播区域的有关信息。
-
This thesis introduces the status of the composition study in the "knee"region in cosmic ray energyspectrum.
本论文介绍了有关原初宇宙线成分在"膝"能区的研究现状，并就作者参与的两个实验，讨论了在"膝"能区附近的原初宇宙线成分。1。
-
The recent achievements of ultra-high energy cosmic ray are briefly reviewed.
极高能宇宙线是能量高于的带电或中性的宇宙线粒子。
-
The time variation of the cosmic ray flux is one of crucial problems in the field of cosmic ray physics, solar geophysics and astrophysics, etc.
宇宙线强度随时间的变化、时间变化的起源和与天体物理因素的联系是宇宙线物理、地球物理和天体物理学科中最复杂的问题之一，具有重要的物理意义。
-
The space energetic particle environment inducing SEU includes galactic cosmic ray, solar cosmic ray and high-energy trapped protons and heavy ions.
引发单粒子翻转的空间高能带电粒子环境包括银河宇宙线，太阳宇宙线和地球辐射带中的高能质子及重离子。
-
Thehigh-density array has threshold energy of about 2TeV. With the YangbajingAS γ array, upper limits of γ-ray fluxes from many high energy galacticcelestial objects including Crab Nebula and active galactic nuclei weremeasured at the energy around 10TeV, and the possible evidence of existing10TeV cosmic gamma ray burst was looked for. The Sun's shadow of cosmicrays has been observed and shift of the Sun's shadow resulted from the solarinterplanetary large scale magnetic field was found. And the ultra high energyspectrum of primary cosmic ray around the 'knee' was reached.
利用羊八井AS γ阵列已测量了包括蟹状星云在内的多个河内高能天体和活动星系核的10TeV γ流强上限，显示出可能存在的10TeV宇宙γ暴的线索，作出了宇宙线太阳阴影图，并得到了由于太阳及行星际空间大尺度磁场造成的宇宙线太阳阴影相对于太阳几何位置的偏移，测出了超高能宇宙线"膝"区能谱。
-
The main part of the generator isa nuclear interaction model MJSD. The inelastic collision process is dividedinto single diffractive dissociation and nonsingle diffractivedissociation in MJSD. Multiple minijets production and target-nu-clear effects in the NSD are treated carefully by PQCD method in MJSDmodel.
本工作用的各种成份初级宇宙线能谱都是拟合气球乳胶室直接观测结果得到的，直到〓能量初级宇宙线成份比例都是确定的，能谱光滑外推到超高能区，对重核能谱假设没有突然拐折，高于〓后氦核逐渐成为主要成份。
-
This paper intends to introduce and discuss some fundamental and important physics mechanism for cosmic ray influence on the atmosphere, including chemical reaction and cloud microphysics etc, and give some observational results of these effects.
对宇宙线影响地球气候的一些观测结果和物理机制的研究进行了总结和概述，主要讨论了宇宙线对大气中化学反应、云形成过程等的影响，并给出了羊八井宇宙线观测站对宇宙线流强和大气参量日变化的初步观测结果。
-
In this thesis, cosmic ray flux recored between 1994-2004 is collected and tided. The annual variation of the data is obvious. Meteorological parameters of 1994-2004 are also tidied in the thesis.
本论文收集整理了Tibet AS γ阵列1994-2004年间记录的宇宙线触发率数据，发现这段时间的宇宙线触发率存在明显的年周期变化。
- 更多网络解释与宇宙线相关的网络解释 [注：此内容来源于网络，仅供参考]
-
primary cosmic radiation：原宇宙线
primary component 主星 | primary cosmic radiation 原宇宙线 | primary cosmic rays 原宇宙[射]线
-
secondary cosmic radiation：衍生宇宙线
伴星 secondary component | 衍生宇宙线 secondary cosmic radiation | 次起伏 secondary fluctuation
-
cosmic ray：宇宙线
耆那教(Jainism)有数百信众及其寺庙. 各种形式的新纪元运动如母神教 (Modern Goddess), 宇宙线 (Cosmic Ray),臼井灵气 (Reiki) 和印弟安萨满教进, 在年轻人和知识分子中间逐渐流行开来.
-
cosmic ray：宇宙线[天]
cosmic dust 宇宙尘[天] | cosmic ray 宇宙线[天] | cotensor 协张量
-
cosmic ray background：宇宙线本底
cosmic radiation 宇宙辐射 | cosmic ray background 宇宙线本底 | cosmic ray produced nuclide 宇宙线源同位素
-
cosmic ray burst：宇宙线爆发
cosmic radio waves 宇宙无线电波 | cosmic ray burst 宇宙线爆发 | cosmic ray electron 宇宙线电子
-
cosmic ray burst：宇宙线爆炸
宇宙线 cosmic ray | 宇宙线爆炸 cosmic ray burst | 宇宙线射丛 cosmic ray shower
-
cosmic ray electron：宇宙线电子
cosmic ray burst 宇宙线爆发 | cosmic ray electron 宇宙线电子 | cosmic ray physics 宇宙线物理学
-
cosmic rays：宇宙线,宇宙射线
cosmic raybackground | 宇宙(射)线本底 | cosmic rays | 宇宙线,宇宙射线 | cosmic rocket | 宇宙火箭
-
cosmogenic nuclide：宇宙线源同位素
cosmochronology 宇宙年代学 | cosmogenic nuclide 宇宙线源同位素 | cosmogony 天体演化