relativistic mechanics 中文意思是什麼

relativistic mechanics 解釋
相對論力學
  • relativistic : adj. 相對論（性質）的。
  • mechanics : n. pl. 1. 〈作單數用〉力學 〈cf. statics; kinetics; kinematics〉; 機械學。2. 〈作復數用〉結構；構成法；技巧。
  1. The relativistic mechanics in chapter 21 is circumscribed with primary emphasis on the concepts of energy and momentum.

    第二十一章的相對論性力學主要限於強調能量和動量的概念。
  2. In fact, every one of the principles of newtonian mechanics survives as a special case of the more general relativistic formulation.

    事實上，牛頓力學中的每一原理都可看作是更普遍的相對性公式的特例。
  3. Thus for energies in this range it is essential to use relativistic mechanics.

    所以，對這樣大的能量來說，必須應用相對論力學。
  4. The relativity of classical mechanics and relativistic quantum mechanics

    經典力學的相對論化與相對論量子力學
  5. Inertial frame in special relativity, spacetime, lorentz transformation, lorentz contraction, time dilation, velocity transformation, relativistic optics, relativistic particle mechanics, relativistic and electromagnetism

    特殊相對論之慣性座標、時空、勞倫茲變換、勞倫茲收縮、時間延伸速度變換、相對論光學、相對論質點力學、相對論電磁學。
  6. Self - contradictions of the relativistic quantum mechanics a further research into fundamental theoretical problem of the quantum field theory

    相對論量子力學的不自洽性量子場論基本理論問題再探討之一
  7. We will use the terms quantum mechanics, quantum physics, and quantum theory synonymously, to refer to both relativistic and non - relativistic quantum mechanics

    我們將會使用術語量子力學、量子物理學和量子理論同義，指的既相對又非相對量子力學。
  8. Quantum mechanics can be formulated in either a relativistic or non - relativistic manner. relativistic quantum mechanics ( quantum field theory ) provides the framework for some of the most accurate physical theories known

    量子力學要麼可以用相對論要麼用非相對論方式來闡明。相對論量子力學（量子場論）為某些熟悉的最精確物理理論提供了框架。
  9. Survey of basic electromagnetic phenomena : electrostatics, magnetostatics, electromagnetic properties of matter. time - dependent electromagnetic fields and maxwell ' s equations. electromagnetic waves, emission, absorption, and scattering of radiation. relativistic electrodynamics and mechanics

    簡單介紹電磁學的基本現象：包含靜電學、靜磁學、物質的電磁特性。時變電磁場與馬克思威爾方程式、電磁波、電磁輻射特性（發射，吸收及散射） 。相對電動力學與動力學。
  10. Still, non - relativistic quantum mechanics is also used due to its simplicity and when relativistic effects are relatively small

    盡管如此，也使用非相對性量子力學，由於其簡單而當相對論作用相對小時候。
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