高能加速器

ɡāo nénɡ jiā sù qì
  • high-energy accelerator
高能加速器高能加速器
  1. 射波刀设备、进口高能加速器设备的购置费用及机房改造费用由乙方负责承担。

    The purchase cost of the cyber knife and imported high-energy accelerator as well as the cost of engine room rebuilding are assumed by Party B.

  2. 我国第一台高能加速器北京正负电子对撞机一次对撞成功的消息,在我国科技界引起强烈反响,并在国际高能物理学界引起轰动。

    The success of China 's first high-energy accelerator Beijing electron-positron collider evoked strong repercussion in domestic science and technology circles and also created a stir in the international high-energy physics .

  3. VARIAN高能加速器BMAG联锁的检修方法

    Trouble-Shooting Procedures for BMAG Interlock of VARIAN High Energy Accelerator

  4. 这对于谐振腔的设计(例如高能加速器)有一定的参考意义。

    The results are referential to design of accelerators cavity .

  5. 高能加速器脉冲磁体用超导扁平电缆

    A study of superconducting flat cable for pulsed magnet of high energy accelerators

  6. 厚针孔成像动态监测高能加速器束斑系统

    A Real-Time System for Measuring Beam Spot Size of High Energy Accelerator Using Thick Pinhole Imaging

  7. 离子束是化学元素的离子经高能加速器加速后获得的放射线。

    Ion beam can be defined as the radiation which was the product of accelerated ions of chemical element by high-energy ion accelerator .

  8. 金属光子带隙结构在高能加速器、微波真空电子器件和太赫兹波源等方面具有重要的应用前景。

    The metal photonic band gap structure has potentialities in the areas of high-energy accelerators , microwave vacuum electron devices , and terahertz radiation sources etc.

  9. 这些结果可用于电子束器件、电子光学仪器和高能加速器中的聚焦或偏转或聚焦兼偏转元件的设计。

    These results of this paper may be of use in designing focusing or deflection systems of electron ray devices , electron-optical instruments and high energy accelerators .

  10. 近几十年来,对撞机在粒子物理领域中崭露头角,已经成为一种占主导地位的高能加速器,对新粒子的发掘大部分来自e~+e~-对撞机。

    During the last two decades , colliding-beam machines have become important in the field of particle physics , become the leading high energy accelerator and digging new particles is most from e + e - collider .

  11. 目的在于为基于真空激光远场电子加速机制的小型化高能加速器的设计和优化提供可行性判断和理论支持。

    We hope the investigation is of interest in designing and optimizing the new type of small size , high energy laser-driven accelerator which is based on the far-field vacuum electron acceleration mechanism ( especially the CAS ) .

  12. 高功率毫米亚毫米波源,在雷达、等离子体加热、高能加速器、通信等方面有着重要的应用前景,一直以来受到各国的重视。

    High-power radiation sources in millimeter and sub-millimeter waves have a great prospect of applications to radar , plasma heating , high-gradient linear colliders , and communications , and therefore , attract more and more attention in many countries .

  13. 随着强激光技术的迅猛发展,研究利用激光的超强电磁场加速电子,并据此发展新一代小型化高能加速器已受到人们普遍关注。

    With the rapid development of ultra-intense laser technologies , there has been much interest in the study of making use of intense laser fields to accelerate electrons in order to develop new generation of high energy laser-driven accelerators .

  14. 作者用高能加速器实验和宇宙线实验总结出来的规律计算了宇宙空间中次级反质子的流强与质子流强之比。

    I have calculated the ratios α( E ) of the second anti proton flux to the proton flux in the cosmic space by means of the laws that had been summarized in the experiments of the high energy accelerators and the cosmic rays .

  15. 中国科学家近日宣布,中国高海拔宇宙线观测站(LHAASO拉索)在银河系内发现大量超高能宇宙加速器,这一发现可能颠覆人类对银河系的认识,并有助于揭示宇宙线起源这个困扰了科学家一个世纪的问题。

    Chinese scientists have detected a dozen ultra-high-energy ( UHE ) cosmic accelerators within the Milky ( LHAASO ) .

  16. 为了使X射线能谱硬化以利于放射治疗,国外中、高能医用加速器较多采用复合靶技术。

    The technology of composite targets is applied in many mid - and high-energy band medical accelerators to harden the energy spectrum of X rays for radiotherapy treatment .

  17. 采用高能直线加速器作为射线源的高能X射线工业CT机多采用窄角扇束扫描方式,其图像重建属窄角扇束扫描方式下的图像重建。

    High power X-ICT which adopts powerful beeline accelerator as radial source often uses narrow fan-beam scan mode . Its image reconstruction belongs to the image reconstruction under narrow fan-beam scan mode .

  18. 北京正负电子对撞机(BEPC)是我国第一次建造的高能粒子加速器。其储存环真空系统为周长240.4米的跑道形圆形。

    The Beijing Electron Positron Collider ( BEPC ) project was first made in 1988 , The circumference of its storage ring vacuum system is 240.4m .

  19. 描述了一种适用于高能粒子加速器周围杂散辐射场测量的改进型Andersson-Braun中子雷姆仪的原理与结构。

    This paper describes the principle and construction of a modified Andersson-Braun ( A-B ) neutron rem counter which is used for the stray radiation field of high energy accelerator .

  20. 高能质子加速器治疗系统应用中的环境安全问题

    The Problems of Environmental Safety for Applicationof High Energy Proton Accelerator Therapy System

  21. 高能电子加速器中的束流纵向不稳定性

    The Beam Longitudinal Instabilities in High Energy Accelerator

  22. 激光跟踪仪在航空航天、汽车制造、电子工业、高能粒子加速器工程以及大尺寸计量等行业中,已有广泛应用。

    It has been widely used in aviation , space , automobile and electronic industry and testing departments .

  23. 为了方便地测量封有内靶的高能电子加速器束斑,采用了一种基于厚针孔成像技术的动态监测系统。

    In order to easily measure the beam spot size of high energy electron accelerators with internal target enclosed , a real-time system , based on thick pinhole imaging technique , is employed .

  24. 通过对1台能量为235MeV的质子加速器治疗系统的辐射安全分析,阐明了高能质子加速器运行时可能带来的一些环境安全问题。

    The environment safety problems resulted from the operation of high energy proton accelerator are described based on the analysis of radiation safety for a 235 MeV proton accelerator therapy system in the paper .

  25. 随着大型超导核聚变装置、超导储能装置、超导强磁场装置及高能超导加速器技术参数的不断提高,大型超导磁体的应用也在加速发展中。

    Based on the requirements of the higher perimeters of large scale magnetic confinement fusion device , SMES , high magnets and high energy accelerators , the technologies of large scale superconducting magnets have been developing quickly .

  26. Moyer模式在高能重离子加速器辐射防护屏蔽设计中的应用

    Application of the Moyer Model to Shielding Design of High-Energy Heavy-Ion Accelerators

  27. 高能重离子加速器次级中子屏蔽的理论估算

    Theoretical Estimation of Shielding for Secondary Neutrons From High Energy Heavy Ion Accelerator

  28. 高能电子辐照加速器扫描电源的研制

    Development of scanning power supply for irradiation LINAC

  29. 高能电子直线加速器隧道内的灰尘会通过光核反应、中子核反应而被活化。

    The dust in the high-energy electron linac tunnel may be activated via photonuclear reaction and neutron nuclear reaction .

  30. 通常,利用调制反射法测量高能电子直线加速器波导网络的相长度。

    Modulated reflection method is used in general for measuring phase lengths of waveguide net-work in construction of electron linear accelerators .