粒子运动

The avuncular Bohr, with his inquisitive needling, had presided over the quantum revolution, revealing the strange workings within atoms, while the skeptical Pauli, who famously signed his letters "The Scourge of God," could always be counted on for a sarcastic comment.

酷似老伯父的玻尔，以他见缝插针的钻研精神主导了那场量子革命，揭示了原子内部粒子奇特的运动方式。

Extending the equations in linear regime of free-electron laser particle model to include arbitrary Betatron motions of electrons.

把线性化的、粒子模型的高增益自由电子激光方程推广到能包括电子任意三维运动。

After a careful solution of the movement equation of particles as well as the Klein-Gorden equation in curved space-time, and the analgesic continuation of out going wave in the complex number r plane, it reaches a conclusion that the radiation spectrum of black hole is rigorous black body radiation spectrum.

通过对弯曲时空中粒子的运动方程克莱因—高登方程的求解，并将出射波解在复平面做解析延拓，得出黑洞的辐射谱为严格的黑体辐射谱[1-2]。

It would be more like that of a bluebottle path described by a particle,such as a

假如我们真能看到诸如岩石中一个沙粒子的运动轨迹

Based on this model, I explain some phenomena relative to quantum theories, such as the probability of a particle, quantized energy, de Broglie relations, uncertainty principle, and the highest speed of matter\\\s motion.

给出了该作用力的方程，并由此解释了一些微观的量子现象，如粒子波动性的几率解释，能量的量子化，德布罗意公式，测不准原理和物质运动的最大速度。

Erwin Schrdinger was the greatest contribution scientist of Wave Mechanics, secondary was Louis de Broglie. The Schrdinger equation not only can treat the movement of microscopic particles, but also can analysed some of the macroscopic scientific problems.

对波动力学贡献最大者是物理学家Erwin Schrdinger，其次是Louis de Broglie；前者提出的Schrdinger方程不仅用于处理微观粒子的运动，而且早已用来分析一些宏观科学技术问题。

A striking manifestation of the motion of particles in liquids was given for the first time by the so-called Brownian movement, a remarkable phenomenon which would remain quite mysterious and incomprehensible without the kinetic theory of matter.

所谓的布朗运动，首先给液体内粒子的运动作了一个令人信服的说明。这个奇异的现象，如果没有物质动理论，便会是完全神秘和不可理解的。

In this paper it is shown that there are two vector constants of the motion for a charged particle in the central field of force.

证明了带电粒子在有心力场中运动时有两个守恒矢量。

When it is running at full strength, the Large Hadron Collider at CERN will certainly try to do this.

欧洲粒子物理实验室的大型强子对撞机就试图在其满荷运动时来达到这一目的。

At the beginning of the first chapter the derivation from the Lagrange and Hamilton to the motion equation of a charged particle in magnetic fields in classic mechanics is presented.

论文的第一章是基础理论，一开始是推导经典力学中的单个带电粒子在电磁场中的运动方程，分别从拉氏量和哈密顿量推导。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。