Lorentz transformation

美 [ˈlɔrɪnts ˌtrænsfərˈmeɪʃn]

洛伦兹变换

化学



双语例句

  1. Compares new and old of Lorentz transformation type ( inference), described the irrationality of the old transformation type and the reasonableness of the new transformation type.
    对比新旧变换式(推论),阐述了旧变换式存在的不合理之处和新变换式的合理性。
  2. The derivation methods of Lorentz transformation according to invariance of light speed and principle of relativity are commented.
    评论了仅仅依据光速不变假设和相对性原理推导洛伦兹变换公式的方法。
  3. We shall discuss several of them below with the help of the Lorentz transformation.
    下面,我们借助于洛伦兹变换来讨论其中的几个结果。
  4. Hyperbolic form of Lorentz transformation
    洛伦兹变换的双曲形式
  5. The Variability and the Covariability of Electromagnetic Law Based on the Lorentz Transformation
    基于洛伦兹变换的电磁规律的可变性和协变性
  6. Study on Necessity of General Formulation of Lorentz Transformation
    研究Lorentz变换的一般形式的必要性
  7. In this paper the Doppler shift formula is derived from Galileo transformation and lorentz transformation ( the transverse Doppler shift formula included) and the difference between the Doppler effect in sound and the Doppler effect in light is discussed.
    由伽利略变换和洛仑兹变换导出了多普勒频移公式(包括横向多普勒频移公式)。讨论了声学多普勒效应和光学多普勒效应的异同。
  8. The phenomena of relativity in two mutually rotating coordinates are discussed by using the rotating Lorentz transformation.
    利用旋转洛仑兹变换讨论相对匀速转动参考系中的相对论效应。
  9. A method to derive Lorentz transformation from the basic principle of special theory of relativity
    由爱因斯坦狭义相对论的基本原理导出洛仑兹变换的一种方法
  10. The covariance of maxwell's equations relative to the generalized Lorentz transformation
    Maxwell方程组对于广义Lorentz变换的协变性
  11. Hyperbolic Euler formula and Lorentz transformation
    双曲Euler公式与Lorentz变换
  12. Based on the laws of energy conservation and momentum conservation, the mass-speed equation is derived through Lorentz transformation.
    从能量守恒和动量守恒出发,通过洛仑兹变换,推出了质量-速率关系式。
  13. The rotating noninertial frame of reference is presented as an instantaneous inertial system. By means of natural coordinates, the rotating Lorentz transformation is established.
    提出了把转动的非惯性参考系看成一个瞬时惯性系,采用自然坐标,建立了转动洛仑兹变换。
  14. The generalized Lorentz transformation
    洛仑兹变换公式的一个推广
  15. 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。
  16. The two important characteristics of Lorentz transformation are discussed from the viewpoints of mathematics and physics, which are the time space symmetry and the time space relativity.
    本文从数学和物理学的角度分析、讨论了洛伦兹变换的两个重要性质,即时空对称性和时空相对性。
  17. A class of multiplicatively closed Subsets S_2 that is isomorphic to a class of unitary matrix groups U_2 is given by Hyperbolic Euler transformation in this paper. The relation of linear transformation to Lorentz transformation on Hyperbolic plane H is also illustrated in detail.
    本文利用双曲Euler公式[1],给出了双曲平面H上的一类乘闭子集S2与一类幺正矩阵群U2[2]同构,证明并具体刻划了H平面上的线性变换与Lorentz变换的关系。
  18. A deriving method of Lorentz transformation
    洛仑兹变换式的一种推导方法
  19. An Application of the Lorentz Transformation
    洛仑兹变换的一个应用
  20. Rotating Lorentz transformation can be established in a relative rotating noninertial frame by using a natural coordinates.
    简要说明了采用自然坐标系可以在相对转动的非惯性参考系中,建立转动的洛仑兹变换。
  21. According to Lorentz transformation, we deduce the formulas of time expansion and length contraction by different ways.
    根据洛仑兹变换从不同角度推出时间膨胀及长度收缩的公式。
  22. The space-time unit sphere and Lorentz transformation
    时空单位球与Lorentz变换
  23. This paper discusses the transformation of the speed and force on the basis of the general lorentz transformation.
    推导了普遍情况下的洛伦兹变换,在此基础上讨论了速度和力的变换。
  24. The form of Maxwell equations under three-dimension vector form is proved to be equal in different inertial systems. In other words, these equations are covariant under Lorentz transformation.
    该文证明三维矢量形式的麦克斯韦方程组在不同的惯性系中具有相同的形式,即该方程组在洛仑兹变换下是协变的。
  25. And discusses the relation of two formulas: length contraction, time dilating and Lorentz transformation.
    讨论了长度缩短、时间延缓公式与洛伦兹变换公式间的关系。
  26. We have demonstrated that entropy is invariant under Lorentz transformation on the basis of the invariance of total number of particles in the system.
    以系统粒子数不随参照系改变为基础,论证了热力学熵的Lorentz不变性。
  27. A Derivation of the Lorentz Transformation
    建立洛仑兹变换的一种方法
  28. Because of some restrictive conditions, the special form of Lorentz transformation has certain limitation in the practical application.
    特殊Lorentz变换因受特定条件的限制,在实际应用中存在一定的局限性。
  29. After Lorentz transformation, it is concluded that the light speed is the limit of any objective's velocities.
    经过Lorentz变换,认为光速c是一切实际物体运动速度的极限。
  30. By extending stiffness coefficient into stiffness matrix, the deformation and elastic force of tensile-spring coincides with Lorentz transformation.
    通过把劲度系数扩展为矩阵形式,拉伸弹簧的形变与弹力在罗伦兹变换中得到了统一。