微观粒子

微观粒子探求中的形象思维

On the Effect of Thinking in Image in the Seek of Microparticle

首先我们使用薛定谔方程严格算出微观粒子的在缝中的波函数。

First we used Schr ? dinger equation to calculate wave function of microparticle in slit strictly .

Hamilton原理对经典粒子、微观粒子及引力场中自由粒子的运动方面所起的作用做了推导分析。

In this paper , it is analyzed that Hamilton principle has effect on particle .

本文首先使用微观粒子测速仪测量了微直管道中的电渗现象，通过流场中平均速度与外电场的关系间接测量了管壁的Zeta电势，并将之用于数值模拟。

In the thesis , EOF in a straight channel is measured . Zeta potential is obtained indirectly and used in following numerical simulation .

Schrodinger方程为我们描述了微观粒子的运动方式，并为我们从理论上通过计算了解微观粒子的运动状态和性质奠定了基础。

Schrodinger Equation , which describes particles of motion , theoretically is the foundation to give the state and nature of motion for us .

与传统数值方法的研究视角不同，LBM是从微观粒子运动的层面来对流体进行数值模拟的。

LBM simulates the fluid movement at the microscopic particle level that is absolutely different from the conventional numerical methods .

依据微观粒子贯穿势垒的透射系数，运用蒙特卡罗随机模拟方法，借助Matlab软件的编程及数据可视化功能，实现势垒贯穿动态随机过程的演示。

This paper demonstrates the dynamic and stochastic process of the potential barrier penetration of microcosmic particle , based on Monte Carlo method and the transmission coefficient of microcosmic particle potential barrier penetration , by using the programming and visualization of Matlab .

借助于Hamiltonian建立了微观粒子和宏观流体之间的能量守恒准则，发展了一个适合于热流场数值模拟的格子Boltzmann模型。

By means of Hamiltonian , an energy conservation criteria is established between micro and macro particles , and a lattice Boltzmann model suitable for the simulation of hot fluid field is developed .

对40MPa混凝土材料技术的评定表明，这种混凝土由于水泥基体中缺陷、孔洞以及各种低强度微观粒子而使其强度受到了限制。

A microstructure appreciation of Grade 40 concrete suggests that its strength is limited by flaws , voids and low strength micro-variations in the cement matrix structure and by weak transition zones between the aggregate and matrix .

非线性系统中微观粒子的特性和非线性量子力学

Properties of Microscopic Particles in Nonlinear Systems and Nonlinear Quantum Mechanics

求解球壳内微观粒子的能级与波函数

Energy Level and Wave Function of Particles in Spherical Surface

关于微观粒子波粒二象性的新解释与检验实验

New explanation about wave-particle duality in microcosm and test experiment

重力场中微观粒子的能级和波函数

Energy Level and Wave Function of Particle in Gravitational Field

经典粒子和量子微观粒子的运动轨道

Moving paths for a classical particle and a microscopic particle

基于微观粒子的固体弹性常数及尺寸效应研究

Study on the Elastic Constants and Size Effect of Solid Based on Microscopic Particle

这个貌视的怪事来自于试图理解微观粒子的运动。

This apparent paradox arises from attempting to understand the motion of microscopic particles .

微观粒子有波动性。

Microscopic " particles " have wave properties .

试论微观粒子的角动量耦合

Angular momentum on coupling of micro particles

首先我们来看看微观粒子，或者小球会有什么表现。

We first need to see how particles or little balls of matter , act .

人造量子系统是指在人工势场和人工边界条件下运动的微观粒子系统。

Man-made quantum systems are in fact microscopic particles controlled by the man-made potentials or boundary conditions .

微观粒子动量中的速度

Velocity of Micro-particle in Momentum

本文介绍作者最近发表的关于微观粒子非线性结合力的理论工作。

In this paper , the latest published paper on nonlinear binding force between microparticles is present .

不过，我们也可以将微观粒子的引入看成是基本含义上的类比的结果。

We can , however , put the matter as an analogy also in the primary sense .

一个微观粒子的稳定的状态，使得对电磁射线的吸收几率急剧增大。

An excited state of a stable particle causing a sharp maximum in the probability of absorption of electromagnetic radiation .

从宏观粒子和微观粒子的输运现象及等离子体化学入手，建立了宏观粒子沉降过程中的纯化模型。

The purification model of macroscopic particles in descending process is established from the transport phenomena of particles and plasma chemicals .

由于它是介于微观粒子和宏观粒子之间的一类新的物质层次，所以拥有了一些特殊的性质，因而受到人们的广泛重视。

Because it is a new material level between macroscopic material and microscopic particles , quantum dots have many different properties .

微观粒子不是波包，不能用波包的群速和相速描述粒子的运动速度。

Micro-particles are not wave packet , and group velocity and phase velocity cannot be used to describe the kinetic velocity of particles .

孤子也是一种“微观粒子”，有许多独特的性质，在许多科学领域中获得了重要的应用。

Soliton is also a kind of " micro-particle " with lots of unique characteristics , and it has been applied to mangy fields .

微观粒子波粒二象性理论的提出在物理学的发展史上具有重要意义。

It is of importance to put forward the theory of the wave particle duality of the microcosmic particle in the development of physics .

量子信息科学，正是利用了微观粒子所具的量子力学特性，并将它与传统信息科学相结合而产生了一门全新的学科。

Quantum information science is a new discipline that used of the quantum mechanical properties of micro-particles , and combinate with the traditional information science .