relativistic particle

美 [ˌrɛlətɪˈvɪstɪk ˈpɑːrtɪkl]

网络  相对性粒子; 相对论粒子

化学



双语例句

  1. Relativistic quantum-mechanical equations of particle and multiparticle system
    单粒子与多粒子体系的相对论量子力学方程
  2. The derivation and application of the density of quantum states for relativistic particle in n dimensions
    n维相对论粒子的量子态密度及其应用
  3. Two dimensional relativistic electromagnetic particle simulation of laser plasma
    激光等离子体二维相对论电磁粒子模拟
  4. The statistical property is studied for the resonance matter produced in relativistic heavy-ion collision. The relation between chemical potential of the resonant particle and net particle density is discussed.
    研究了相对论重离子碰撞中产生的共振物质的统计性质,讨论了共振粒子的化学势和净粒子密度的关系。
  5. The general expression of composition of velocities for relativistic particle
    相对论质点的一般速度合成公式
  6. The fundamental equation of relativistic velocity of a moving particle is derived by involving the velocity of light in Chenzi ( Pythagoras) theorem.
    通过巧妙地让陈子定理包含光速,可以得到粒子运动的相对论速度基本关系。
  7. Double Wave Description of a Relativistic Charged Particle in a Uniform Magnetic Field
    磁场中的相对论性带电粒子的双波描述
  8. Relativistic motion of a particle acted by a constant force
    恒力作用下质点的相对论运动
  9. The Study of a Coaxial Relativistic Backward Wave Oscillator by Particle-In-Cell Method
    同轴型相对论返波管的粒子模拟研究
  10. Relativistic test particle pattern
    相对论试探粒子模型
  11. The relativistic dynamics equation of the rotational variable mass particle is set up, the relativistic dynamics function of the rotational variable mass system is constructed, and the relativistic Hamilton principle for the system is given.
    建立了转动变质量质点的相对论性动力学方程,构造转动变质量系统的相对论性动力学函数T*r,给出转动了变质量系统的相对论性Hamilton原理。
  12. The classical orbital motion of a relativistic charged particle in electromagnetic fields is influenced by the radiation damping force as well as the Lorentz force, and the particle may be in equilibrium of forces in certain conditions.
    电磁场中相对论带电粒子的经典轨道运动受到洛伦兹力和辐射阻尼力的影响,在一定条件下会达到受力平衡状态。
  13. Relativistic virtual particle mechanics is established on the basis of virtual particle mechanics. It is proved that relativistic virtual particle mechanics is equivalent to Klein-Gordon equation.
    在虚粒子力学基础上,进一步建立了相对论虚粒子力学,证明了相对论虚粒子力学与Klein-Gordon方程的等价性。
  14. In the past few years, some papers challenged the relativistic particle physic's several equations, such as the mass-velocity relation, the kinetic energy equation, and the momentum formula of the electron's motion.
    近年来,一些论文对相对论性粒子物理学中的几个方程(如质量速度关系式、动能方程、电子运动的动量公式)提出了挑战。
  15. CONSTRAINED CONSTANT FORCE CONTROL OF END MILLING PROCESS Relativistic motion of a particle acted by a constant force
    有约束数控铣削恒力控制恒力作用下质点的相对论运动
  16. The above symmetry should be regarded as a starting point to construct the theory of special relativity, the relativistic quantum mechanics, the quantum field theory and the particle physics, including the very interesting superluminal theory for neutrino~ ( [ 1]).
    上述对称性应当作为构造狭义相对论,相对论性量子力学,量子场论和粒子物理的出发点,其中关于中微子的超光速理论又是特别有兴趣的。
  17. From the relativistic wave equations and the Lorentz transformation theory, the relativistic wave functions of spin particles are discussed, a solution for high spin states of relativistic particle is given.
    从相对论波动方程和Lorentz变换理论出发,讨论了自旋粒子的相对论波函数,并给出了求相对论粒子高自旋态的方法。
  18. The virtual cathode oscillation in relativistic electron beams is studied by a 1-D electrostatic particle simulation code with the finite-size-particle model.
    本文运用有限大小粒子模型,用等离子体粒子模拟方法,对相对论电子束的虚阴极振荡作了一维静电粒子模拟。
  19. The relativistic equations of particle dynamics, energy-mass relation, momentum-energy relation and Lorentz transformations are derived.
    根据这个相对论速度基本关系,可以推导出相对论质点动力学方程,能量质量关系,动量能量关系,洛伦兹变换等结果。
  20. This paper, on the viewpoint of uniformity of space-time, deals with the normal homogeneous Lorentz transformation group, and derives out the form of wave function of relativistic free particle under normal homogeneous Lorentz transformation by applying infinitesimal operator relative to the transformation group.
    本文从时空均匀性出发,讨论了正齐次Lorentz变换群,利用相应于该变换群的无穷小算符,导出相对论性自由粒子波函数在正齐次Lorentz变换下的表现形式。
  21. Based on the Lorentz-Dirac equation, an equilibrium condition of forces in relativistic covariant form for a charged particle ( it may be a free electron in conductor) in electromagnetic fields is presented with the radiation damping taken into account.
    基于洛伦兹-狄拉克方程,本文介绍了计及辐射阻尼力后电磁场中带电单粒子(包括导体中的自由电子)受力平衡条件的一种可能的相对论协变形式。
  22. Many Bodies Problem of a Relativistic Charged Particle System
    相对论带电粒子经典多体问题
  23. Second moments of relativistic dressed particle mechanical quantities
    相对论穿衣粒子力学量的二级矩量
  24. Bound states of the relativistic particle in the Sech~ 2(β r)-type potential
    Sech~2(βr)型势阱中相对论粒子的束缚态
  25. An 1 2/ 2D relativistic electromagnetic plasma particle simulation code is made. The system this code describes is cylindrical symmetric, and has non-periodic boundary.
    独立研制了一个柱对称、非周期边界12/2维相对论性电磁模粒子模拟程序。
  26. The turning character of electromagnetic field under relativistic transformation and its applications to solving the particle orbit
    相对论变换下电磁场的扭转性质及其在求解粒子轨迹中的应用
  27. To explore the signals of quark-gluon plasma ( QGP) phase transitions and the properties of heated and compressed nuclear matter transiently appeared in relativistic nucleus-nucleus collisions is the hot topic in the field of particle physics and nuclear physics.
    探寻相对论性核-核碰撞中夸克-胶子等离子体(QGP)形成的相变信号、高温高密极端条件下的核物质特性是目前粒子物理和核物理领域的研究热点。
  28. Relativistic virtual particle mechanics is a new equivalent theory of relativistic quantum mechanics.
    相对论虚粒子力学是相对论量子力学的另一种等价表述。
  29. Based on the analysis of principles of the multi-frequency relativistic backward wave oscillator, the physical model was established and particle simulation was carried out. Output of X-band tri-band and quad-band microwave was acquired.
    通过建立多频相对论返波振荡器的物理模型,在对其工作原理分析的基础上,进行了粒子模拟的研究,获得了X波段的三频和四频的微波输出。
  30. The Bethe-Salpeter equation is the traditional method to deal with the two-body relativistic bound state problems. It is widely used in the particle physics and has a lot of successful descriptions of the nature of a large number of mesons.
    Bethe-Salpeter方程是研究二体相对论束缚态的传统方法,目前在介子物理中广泛应用,成功描述了大量介子的性质。