1.
The individual particles are spread over an increasingly wide interval.
各个粒子扩散到一个越来越宽的范围。
2.
This simple result is at the root of the arithmetic and algebra of Brownian motion and particle diffusion.
这个简单的结果是粒子扩散和布朗运动的算术和代数基
3.
The velocity diffusion, current drive and wave absorption will result.
这可导致粒子的速度扩散、动电流及波的吸收。
4.
Film Diffusion of Ions as Considering the Impact of Electric Field from Soil Particle Surface;
考虑土粒表面电场作用下的离子液膜扩散
5.
Thermal Stability Study of the Granular Film Quantum Magnetic Disk by the Damage Spreading Method
颗粒膜量子磁盘热稳定性的损伤扩散研究
6.
Study on simulation of air pollution dispersion based on the particle system method
基于粒子系统的空气污染扩散模拟研究
7.
illuviation-diffusion argillan
淀积－扩散粘粒胶膜
8.
optically oriented clay of diffuse form
扩散状光性定向粘粒
9.
In an aerosol containing equal numbers of charged particles of both signs, the diffusive encounters for oppositely charged particles are more effective than for uncharged particles.
若气溶胶中含有等量正负带电粒子，那么正负带电粒子间的扩散碰撞比非带电粒子更容易实现。
10.
Sample or buffer is diffusing in and then out of the gel particle.
溶?液或样本分子，由胶体粒子外围均匀向内或外扩散。
11.
The importance of diffusion processes can be gauged by comparing the distances which a particle travels under the influence of gravity and diffusion.
扩散过程的重要性可以通过比较粒子在扩散和重力影响下经过的距离来衡量。
12.
An aerosol, natural or artificial is made to flow through a length of tubing, the aerosol particles diffuse to the walls.
让自然或人造气溶胶通过一段管道，气溶胶粒子就扩散到管臂上。
13.
The usual diffusion random walk treatment does not consider any interaction between the particles.
一般的扩散无规则运动理论并不考虑粒子间的任何作用。
14.
The Pseudospectral Mathod Calculation of Tide Field and Particle Random Walk Simulation of Materials in Daya Bay;
大亚湾潮流场拟谱法计算及物质扩散的粒子随机行走模拟
15.
The Pseudospectral Method Calculation of Tide Field and Particle Random Walk Simulation of Radionuclides in Daya Bay
大亚湾潮流场拟谱法计算及放射性核素扩散的粒子随机行走模拟
16.
Diffusion Properties of Interacting Brownian Particles in Concentrated Colloidal suspensions
浓悬浮液中相互作用布朗运动粒子的扩散特性研究
17.
Application of fractional Brownian motion particle tracking model to coastal contaminant dispersion
加速分数型布朗运动粒子追踪模型在水面污染扩散中的应用
18.
Source Term Identification of Heat Conduction (Convection-diffusion) Equation by Particle Swarm Optimization Algorithm
热传导(对流-扩散)方程源项识别的粒子群优化算法