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- Further application of pulsed laser technique to the study of high energy physics and cosmic ray physics are discussed. 最后,就脉冲激光技术在高能物理和宇宙线物理研究中的进一步应用作了讨论。
- 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。
- Study on the Production Characteristics of Cosmic Ray High Energy Family Events with Simulation and Experiment 宇宙线高能族事例产生特征的模拟与实验研究
- Institute for High Energy Physics. 高能物理研究所。
- One puzzling aspect of the image is the lack of evidence for thin filaments of high energy X-ray emission, thought to be an important site for cosmic ray acceleration in supernova remnants. 这张图片令人困惑的一点是,其中缺乏高能X射线辐射的精细纤维结构迹象,人们认为这样的结构是超新星遗迹中宇宙线加速的重要场所。
- Cambridge D.H.Perkins Introduction to High Energy Physics 4th ed. 高能物理学导论第4版。
- They consider isotopes of great value for the study of high energy physics. 他们认为同位素对研究高能物理学有很大价值。
- Another possible effect of discrete spacetime involves very high energy cosmic rays. 离散时空的另一个可能的效应,牵涉到极高能量的宇宙射线。
- Qi Nading: Professor, Institute of High Energy Physics, CAS,Beining 100039. 漆纳丁:研究员,中国科学院高能物理研究所,北京100039。
- The cosmic rays are mainly made up of high energy protons, plus some helium nuclei and heavy charged particles and ions, with atomic number equal to or greater than 3. 宇宙射线的主要成份是高能量的质子,其次是氦原子核及少量原子序数3或以上的重粒子和离子。
- Because ultra high energy cosmic rays are so rare and because their extrapolated directions are so imprecise, no progenitor objects have ever been unambiguously implied. 因为极高能宇宙射线很罕见,并且推测它们的方向很不确定,因此产生宇宙射线的天体仍未很明白的确认过。
- Dennis Kovar, Associate Director of the Office of Science for High Energy Physics at the U. 单顶夸克的产生涉及到弱核力,因此很难用实验进行证明。
- THE EXPLANATION OF ANOMALOUS ISOTOPIES OF HIGH ENERGY COSMIC RAY C, N AND O 高能宇宙线C,N和O的反常同位素的解释
- MULTI, this data acquisition and analysis packag? is used widespr-eadty in experiments of /nuclear physios and high energy physics. multi是一个在核物理和高能物理实验中应用较广泛的数据获取与数据分析软件包。
- New results from Auger, however, indicate that 12 of 15 ultra high energy cosmic rays have sky directions statistically consistent with the positions of nearby active galactic nuclei. 然而,从奥格观测站得到的最新数据表明12/15的极高能宇宙射线在统计上有天区位置分布,也就是与附近活跃星系核位置有关。
- Commodity hardware running the open source operating system Linux is playing various important roles in the field of high energy physics. 廉价的运行开放源代码操作系统Linux的硬件在高能物理领域中正扮演着各种各样重要的角色 .
- In order to compose the test systems for drift chamber readout used to high energy physics exeper iments, a CAMAC controller has been designed. 为了组成高能物理实验中所使用的漂移室读出系统的测试系统,研制了一种CAMAC控制器,作为TRS-80微计算机与CAMAC机箱的接口。
- Primary galactic cosmic rays enter the solar system from interstellar space, and are made up of protons with energies above 100 MeV, extending up to astronomically high energies. 主要的银河宇宙射线从星际空间进入太阳系,由能量在100兆电子伏以上的质子组成,直到高达天文数字的能量。
- Mathematic derivation and experimental results are given to show that the algorithm can meet the requirements of high energy physics grid. 理论证明和真实环境下的运行结果表明,该算法能够很好地满足高能物理网格的需求。