粒子加速

lì zǐ jiā sù
  • particle acceleration
粒子加速粒子加速
  1. 质子耀斑爆发相的粒子加速

    Particle acceleration during explosive phase of proton flares

  2. 扩散激波加速过程中激波厚度和级联阿尔芬波对粒子加速影响的研究

    The Influences of the Shock Thickness and Alfven Waves on the Particle Acceleration by the Diffusive Shocks

  3. 物理学家使用这种超强力的磁石为粒子加速,控制X射线等射线。

    Physicists use super-powerful magnets to speed particles and control radiation like X-rays .

  4. 这个振荡的电场会把粒子加速推向碰撞点。

    This oscillating field would accelerate the particles toward the collision point .

  5. 这些系统的超强引力将气体粒子加速到非常高的速度,

    The extreme gravity of these systems is accelerating particles of gas to great speeds ,

  6. 然后,木星强大的磁场促使粒子加速进入木星的大气层。

    Jupiter 's powerful magnetic fields then accelerate the particles into the planet 's atmosphere .

  7. 高能粒子加速骑理学

    Physics of high energy particle accelerators

  8. 最后还讨论了共振自聚焦对拍频波加速器中粒子加速过程的影响。

    Finally , the influence of resonant Self-focusing on particle acceleration in beat wave accelerator also be discussed .

  9. 本文在评述桐荣良三和夏诚意方法的基础上,提出了计算粒子加速区管长和时间的新方法。

    A new method has been presented for calculating the length of the accelerating region in a flash drier .

  10. 每个场都产生一个能使粒子加速的力。磁场只作用于运动的荷电粒子。

    An electromagnetic field is generated when charges move . Each field produces a force that can accelerate the particle .

  11. 研究等离子体加热和粒子加速问题,是等离子体物理和等离子体天体物理中的重要课题。

    Both the heating of plasma and the acceleration of particles are important topics in plasma physics and plasma astrophysics .

  12. 随着超短超强激光技术的发展,人们对激光等离子体中的荷电粒子加速问题产生了浓厚的兴趣。

    With the continuing development of high-intensity , short-pulse laser technology , people play great interested in particles acceleration in laser-plasma interaction .

  13. 耀斑过程涉及能量释放、等离子体加热、粒子加速、物质运动、波动等现象。

    The eruption of a solar flare involves energy release , plasma heating , particle acceleration , mass flows , waves , etc. .

  14. 甚至连一颗超新星爆炸都无法完成这样的粒子加速任务,无论如何,如此高能的粒子应该会在传播过程中损失能量。

    Not even a supernova explosion is up to the task and , anyhow , particles of such potency should lose their energy in transit .

  15. 出于脉冲星中粒子加速问题,讨论外电场中注入的正负电子对静电不稳定性。

    Motivated by the particle acceleration problem in pulsars , it is numerically investigated for electrostatic instability of electron-positron pairs injected in an external electric field .

  16. 进行了非均质流固体粒子加速过程中的清水与固体粒子的速度变化、动量传递、相关质量计算等基本分析。

    The basis analysis on the change in momentum , velocity and other related factors of solid particles in settling slurry over the acceleration time is carried out .

  17. 这样,快磁声波在尾瓣中几乎不衰减,而在等离子体片中很快衰减,将波动能量耗散在等离子体片中使等离子体加热或者粒子加速。

    Hence , the fast magnetosonic waves dissipate very little in the tail lobe and decay rapidly in the plasma sheet , where the wave energies are converted into heat and kinetic energy of the particles .

  18. 对于耀斑热和非热木质的观测证认,涉及对耀斑的粒子加速、能量传输、耀斑区能态学等一系列有关耀斑理论的重大问题的认识。

    Observed identification on thermal and non-thermal natures of solar flares is concerned in the knowledge of the important questions on flare theory , such as acceleration of particles in flares , energy transmission , and energetics of flare region .

  19. 本文介绍了0.5-1.5GHz频段上的研究课题和技术方案.主要科学目标是:粒子加速过程及加速区位置的研究;

    In this paper , scientific objects and a technical scheme of a radiospectrograph with bandwidths from 0.5 GHz to 1.5 GHz are introduced . The main scientific objects are : ( 1 ) research on the positions of the acceleration regions ;

  20. 基于云南天文台射电频谱仪的频率设置,第23周太阳峰年期,我们作了下列观测研究选题:(1)质子耀斑的初始能量释放过程及粒子加速研究。

    In view of the frequency installation of radiospectrographs at Yunnan Observatory , the following radio subjects of observations and studies are suggested for the maximum phase of solar cycle 23 : ( 1 ) The study on releasing course of initial energy of proton flares and particle acceleration .

  21. a.He对粒子的加速性能优于N2;

    The ability of Helium to accelerate particles is better than N2 ;

  22. 由于动力学Alfven孤波允许平行电场存在,故它对等离子体中带电粒子的加速和能化起重要作用;

    Because of the SKAW having the parallel electric field , the solitary wave is important for the acceleration and energy transmission of charged particles in magnetic plasma .

  23. Alfv啨n孤波携带有平行电场,它对带电粒子的加速有重要作用,这给极光粒子加速提供了一种可能的物理机制。

    The Alfv é n solitary waves , accompanied by the parallel electric field , take an important part to accelerate the charge particles . This provides a possible physical mechanism for the acceleration of polar aurora in the auroral region .

  24. 电子回旋加速器粒子稳定加速的模拟计算

    Simulation of the Stable Acceleration of the Electrons in Microtron

  25. 等离子喷涂陶瓷粒子加热加速行为的数值模拟

    Numerical Simulation on Calefaction and Acceleration Process of Ceramic Powders in Plasma Spray

  26. 喷流内粒子同步加速辐射数值解研究

    Particle jet accelerated simultaneous numerical solution of radiation

  27. 磨料射流中磨料粒子的加速机理和运动规律

    The Acceleration Mechanism and Movement Pattern of the Particle in the Abrasive Water Jet

  28. 当阿泰放屁,科学家们就会恐惧,那些粒子会加速到导致世界末日的到来。

    When Ron Artests farts , scientists fear the particles become so accelerated that it may cause the end of the earth .

  29. 通过监测伽玛射线,我们可以找到宇宙中的强辐射区。在这里,粒子被加速,获得很高的能量。

    And looking at the universe with gamma-ray eyes , this reveals places in the universe where particles are accelerated to very high energies .

  30. 磁场分布需要满足粒子等时性加速和粒子径向、轴向聚集要求,同时避免危险的横向共振。

    The magnetic field distribution should fulfill the requirements of isochronisms and transverse focusing of the beam , as well as avoiding dangerous resonance crossing .