test particle

Using 3D test particle simulation , the interaction of slow electrons with the combined laser beam in vacuum is investigated .

采用三维测试粒子模拟，研究了电子和组合激光束的相互作用。

The present methodology results from the conception of the universality of the free energy density functional combined with test particle method .

目前的方法学是基于自由能密度泛函普适性概念与试验粒子方法。

Test particle diffusion across a single island in a tokamak

试探粒子横越单一磁岛的扩散

Improving study on the methods for using laser diffraction method to test particle size of water injection in oilfield

激光衍射法测试油田注入水粒度的方法改进研究

Electrostatic shielding of a test particle in an anisotropic plasma

各向异性等离子体中的静电屏蔽

The relations between the test particle velocity and shielding effect are shown in the kinetic shielding potential .

动屏蔽势明显地给出了屏蔽效应与试探粒子速度的关系，也显示出电子与离子对屏蔽的不同效果。

Relativistic test particle pattern

相对论试探粒子模型

A formula for calculating the excess Gibbs free energy with the test particle removal method has been derived in this paper .

本文推导了用移除粒子方法计算流体G~E的公式，并对模型流体进行了模拟。

In this paper , we investigate the motion of a test particle in curved spacetimes using the effective potentials and the phase-plane method .

本文利用等效势能曲线和相平面方法，研究了实验粒子在几种弯曲时空中的运动。

Using the Post-Newtonian approximation method to calculate the geodesic equations of a test particle in the gravitational field of a CM celestial body

CM天体引力场中试验粒子测地线方程的后牛顿算法

Recently , Yu and Ford have studied the electromagnetic vacuum fluctuations and the Brownian motion of a charged test particle near a reflecting boundary .

最近，余洪伟和Ford研究了一块全反射平面附近的真空电磁场涨落。

In this article , the acceleration of a neutral test particle moving radially in Reissner & Nordstrom spacetime is discussed .

本文讨论了中性的沿径向运动的粒子在Reissner-Nordstrom场中的加速度。

Using the dressed test particle approach to deduce the scattering power spectrum of radio waves by a quasi-equilibrium ionized gas in the presence of an external magnetic field

用试验粒子法求有外磁场影响时准平衡态下的等离子体气体的散射功率谱

Adopting test particle method , we simulate electron motion in magnetic mirror confinement and puts forward magnetic mirror as another factor for the asymmetry of radial near wall conductivity current profile .

采用单粒子模拟方法，模拟电子在磁镜场中的运动特性，提出磁镜效应是引起电子近壁传导径向非对称性分布的另一个原因。

In this paper , we studied the precession and gravitation acceleration effects of a test particle in gravitational fields . They are progressive failure , set out slide , and acceleration effects .

本文对试验粒子在引力场中的轨道进动效应和引力加速效应进行了研究。

The result obtained states clearly that intermediate-range force , in the case of linear approximation , effects only radial acceleration of test particle rather than effects Lense - Thirring precession angular velocity of it .

所得的结果表明，在一级近似下，中程力只影响试验粒子的径向加速度，而不影响Lense&Thirring进动角速度。

For the orbital precession of a test particle in the spacetime with the magnetic dipole and the electric charge , we are interested in the effects of the magnetic dipole on the orbital precession .

对于具有电荷和磁矩的引力场中试验粒子的轨道进动效应，我们特别感兴趣的是磁矩L对轨道进动的影响。

Using 3D test particle simulations , instead of solving analytically the relativistic Newton-Lorentz equation of motions , the characteristics and essential conditions under which the CAS ( capture and acceleration scenario ) may emerge have been thoroughly examined .

采用三维粒子模拟求解相对论Newton-Lorentz运动方程，对电子与强激光相互作用时CAS（CaptureandAccelerationScenario）出现的基本条件和特性进行了系统研究。

In this paper , the test particle core interaction model is used to study the beam transport problem of a space charge dominated beam in a one way self consistency by solving simultaneously the KV envelope and Hill ′ s equations in Hamilton dynamics .

本文采用束核－试验粒子模型，通过在哈密顿动力学系统中同时求解KV包络方程和Hil方程，单向自洽地研究了空间电荷控制的束流的传输问题。

In this paper , the phenomena of a test particle diffusion near a single magnetic island in a Tokamak is investigated by the method of Monte Carlo and an effective diffusion time is used to describe the effect of diffusion by the island quantitatively .

本文用试探粒子的蒙特-卡罗法计算了带电粒子横越单一磁岛的扩散，并用碰撞度和有效扩散时间来定量描述磁岛对扩散的影响。

Investigation on the alkane VDW parameters derived from high level ab initio calculation with test particle method . The purpose of this work is to solve the parameter coupling problem and multi-solution problem in the parameter fitting process of the existing force fields .

研究了从高水平的第一原理计算出发，采用试探粒子法，系统的推导烷烃分子范德华参数的方法，以克服现有力场范德华参数拟合中的参数耦合问题和多解问题。

The passing probability of nuclear fusion and the fission rate at the saddle point is calculated by an improved scheme with test particle muti passing over the saddle point , where a strong back streaming effect around the saddle is found and considered .

用实验粒子多次通过位垒的方法计算重核熔合与裂变过程中的熔合几率和裂变速率，结果发现位垒附近存在着一种强烈的回流现象。

As a test particle comes close to a holographic screen , of which the number of degrees of freedom proportional to its area , the entropy stored on holographic screen varies , and an effective interaction will be emer-gent , i. e. Gravity .

当探测粒子靠近一种自由度正比于面积的全息屏时，全息屏上的熵发生了变化，进而产生一种等效的作用力，也就是引力。

The NPT + Test Particle method of molecular dynamic simulation was used in the simulation of the vapor-liquid equilibrium data of five alternative refrigerants ( HFC-152a , HFC-143a , HFC-134a , HCFC-142b and HFC-227ea ) . The simulation results was proved in consistency with the law of thermodynamics .

利用NPT+TestParticle算法对五种制冷剂替代物（HFC-152a，HFC-143a，HFC-134a，HCFC-142b和HFC-227ea）的气液相平衡性质进行了计算，同时验证了计算结果的热力学一致性。

Test of particle precipitation scale and evaluation of its stability

颗粒沉积天平的调试及其稳定性的评价

A Comparability Investigation on Test of Particle Distribution of Ceramic Powder

陶瓷粉料颗粒分布测试的可比性研究

Test of particle classification by fluidic classifier is introduced .

介绍了利用自行研制的射流分级机进行颗粒分级的试验情况。

Test of Particle Size of Aeronautical Hydraulic Oils

航空液压颗粒度测试技术

On the basis of the impacting test of particle separator vortex blade , utilize ANSYS / LS-DYNA finite element software to carry on the value computation to the impacting process and the analysis to the computed result ;

在粒子分离器涡流叶片外物撞击试验的基础上，运用ANSYS/LS-DYNA有限元软件对撞击过程进行了数值计算，对计算结果进行了分析；

Test method for particle size and distribution of powder coating

粉末涂料的颗粒粒度和分布试验方法