high energy physics

1. For regular readers of the New England Journal of High Energy Physics, I need no introduction.
   对于经常阅读《新英格兰高能物理学》杂志的人来说，我不需要介绍自己了。
2. Overview on major programs of high energy physics, synchrotron radiation and nuclear technology
   高能物理、同步辐射和核技术领域的重大项目综述
3. 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。
4. 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。
5. Full attention must be paid to theoretical research in the natural sciences, including such basic subjects as modern mathematics, high energy physics and molecular biology.
   要充分重视自然科学理论包括现代数学、高能物理、分子生物学等基础理论的研究。
6. There are three places on the planet that have the high energy physics equipment in order to make these, and these are the three places.
   在地球上有三个地方，有高能物理设备，为了制造出这些元素，有三个地方。
7. Cosmic-ray high energy physics Effect of the cosmic microwave background Radiation to the flux of the Superhigh Energetic Cosmic Ray
   宇宙微波背景辐射对超高能宇宙线流强的影响
8. This offers the prospect of compact setup for high energy physics and free electron lasers with unprecedented brilliance.
   这将有助于得到更小的高能物理实验装置以及超亮的自由电子激光器。
9. Laboratory of nuclear analysis techniques, Institute of high energy physics, Chinese Academy of sciences, beijing, 100080.
   中国科学院高能物理研究所核分析技术联合开放实验室，北京，100080。
10. 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。
11. High energy physics ( HEP) has always been the pioneer on the development and applications of computer science.
    高能物理一直是计算机技术发展与应用的先驱者。
12. Scintillation crystals have been extensively used in high energy physics, nuclear medical image and radiation detectors.
    闪烁晶体广泛应用于高能物理、核医学成像和辐射探测等领域。
13. ( high energy physics) the kinds of quarks. classify poetry psychologically.
    （高能物理学）夸克的分类。根据心理学来给诗分类。
14. This review covers the following topics: the large detectors for high energy particle detection, the electronics for high energy physics experiments, and the detector physics.
    文中讨论了以下问题：大型高能粒子探测器、高能实验电子学及探测器物理。
15. Scintillators are ideal candidates used in detectors for X-ray,γ-ray and high energy ray, and have been widely applied in nuclear medicine, high energy physics, geologic survey, security inspection and material flaw detection.
    闪烁体用于X射线和γ射线等高能粒子探测，在核医学、高能物理、地质探矿、安全检查和材料探伤等领域有着广泛的应用。
16. Scintillation crystals with high density and fast decay character have been attracted increasing interest due to the urgent needs in high energy physics experiments and nuclear medical imaging.
    近10多年来，由于高能物理实验、核医学成像的迫切需要，具有高密度和快衰减特性的闪烁晶体日益受到重视。
17. Finally, the prototype design of a file system used in data management of high energy physics grid is presented.
    最后，介绍一个用于高能物理网格数据管理的文件系统原型设计。
18. In high energy physics experiments, the scheme can ensure integrality of high-density and high-speed signals that are transmitted among different systems in long transmission.
    该方案解决了高能物理实验中，大量高密度高速信号在不同系统间远距离传输过程中保持较好完整性的问题。
19. Accelerators for High Energy Physics Research
    从事高能物理研究的加速器
20. A General Purpose Program System for High Energy Physics Experiment Data Acquisition and Analysis
    一个支持高能物理实验数据获取与数据分析的通用程序系统
21. Firstly, the paper introduces the requirements and development of high energy physics grid, then analyzes and discusses the key technology of data management, including name service, data replica, data transfer, storage resource management, user interface and so on.
    本文首先概要介绍高能物理网格的需求和发展，然后对其中数据管理的关键技术进行深入分析和探讨，包括名字服务、数据复制管理、数据传输、海量存储系统、用户访问接口等。
22. Application of pulsed laser technique to the study of high energy physics
    脉冲激光技术在高能物理研究中的应用
23. Although the systems studied in condensed matter physics, nuclear physics and high energy physics are quite different, many of the underlying basic concepts have much in common.
    尽管凝聚态物理、核物理和高能物理学的研究对象各不相同，它们的基本概念都是相通的。
24. Research on key technologies of data management in high energy physics grid
    高能物理网格数据管理关键技术研究
25. High energy physics and grid computing
    高能物理与网格计算
26. The research center for high energy physics should also provide other disciplines with advanced means and large platforms.
    高能物理研究基地还应当积极为其它学科提供先进手段和大型平台。
27. The performance of the particle detector becomes more and more important for high energy physics as the modern technology of computer and electronics grows; the discovery potential of new particles and physical phenomena is determined by the whole performance of the huge detector.
    随着现代计算机技术和电子学的发展，高能物理对粒子探测器的性能要求越来越高，能否发现新的粒子和物理现象取决于大型探测器的整体性能。
28. The development of the high energy physics is the result of pervasion and effect between theory and experiment each other.
    高能物理学的发展是理论和实验之间相互渗透、相互影响的结晶。
29. In certain areas, we cannot use the "check-retransmission" mechanism, such as wireless trigger and control facing large geophysical experiment and high energy physics experiments. These experiments often put forward higher requirements for reliability of system synchronization and data transmission.
    在某些特定领域，不能采用检错-重传机制，如大型地球物理实验、高能物理实验中面临的无线触发和控制技术，往往对于系统的同步性能和数据传输的可靠性提出了更高的要求。
30. Recently, radiation detection based on the digital signal processing has been widely applied in the fields as high energy physics, radiation imaging and so on.
    近年来，基于数字信号处理的辐射探测技术在高能物理、辐射成像等领域中应用的越来越广泛。

noun

1. the branch of physics that studies subatomic particles and their interactions

   Synonym:    particle physicshigh-energy physics