Each particle cloud or simulated object can have multiple forces applied to it.
每种粒子云或者模拟物体都有多种类型力场影响。
The results of the numerical simulation and experiments show that the particle cloud model reasonably describes the motion of the charged particles.
数值模拟和实验结果的对比表明，颗粒群模型合理地描述了荷电颗粒的运动特性。
The southern part of the particle cloud, or solar wind, grazed Earth's magnetic field on the 14th and 15th, resulting in a particularly good night for aurorae.
这些带电粒子形成的粒子云（又叫太阳风）在14和15日掠过地球磁场，造就了观察北极光的美妙时刻。
The experiment on cloud formation also seems likely to undermine the particle physics laboratory's reputation for pursuing only blue skies research.
微粒物理实验室一直以研究晴空而著称，如今关于云层形成的实验似乎与它的这一名声背道而驰。
Water contents of stratiform cloud vary greatly, and have close positive relationship with particle number concentration.
云中含水量在水平方向上的变化大，且与粒子数浓度存在正相关。
During natural condensation part of the particle population become activated and grow into cloud or fog droplets while the remainder remain inactivated.
在自然凝结过程中，部分粒子活化并生长成云或雾滴，而余下部分保持没有活化。
The rapid motion of the electros causes the sluggish nuclei to "see" the electron as a charge cloud rather than as a discrete particle.
电子的快速运动使得缓动的核把电子“看成”象电核云，而不是象分立的粒子。
In the near infrared and middle infrared spectral region, the cloud reflection function depends mainly on the cloud particle effective radius.
在近红外和中红外光谱区，云的反射函数主要依赖于云滴有效半径。
In order to solve this problem, we choose the particle system as the modeling method of the important scenery of sky: cloud.
为了解决这个问题，选取粒子系统作为天空重要景物：云的建模方法。
The theoretical results of dust cloud height and particle ignition time are in good agreement with those of experiments.
另外，燃烧粉尘云轮廓及颗粒点火时间的理论值与实验结果较一致，说明此模型能很好地描述上述流动特征。
By glassy, the eruption cloud that coarse rock particle forms jams not only engine, still can wear away windshield, attaint plane navigation and communication system.
由玻璃质的、粗糙的岩石微粒构成的火山灰云不仅堵塞发动机，还会磨损挡风玻璃，损坏飞机导航与通讯系统。
As a result of the coupling, the single-particle states are clothed in a cloud of quanta.
作为耦合的结果，单粒子态被量子云覆盖起来。
In the continuum dielectric theory one considers the interactions between the test particle and its polarization cloud.
在连续统一体里非导电性的理论一考虑在试验粒子和它的极化作用云之间的相互作用。
Cloud optical thickness and effective particle radius are the important parameters to parameterize the cloud optical properties.
云的光学厚度与有效粒子半径是云光学属性参数化方案中的重要参数。
The 3-d cloud of the cloudy sky is created through the particle system, and its radiation is obtained by grey body approximation.
位于空中的三维云团则采用粒子系统生成，并用灰体近似的方法得到其红外辐射值。
The 3-d cloud of the cloudy sky is created through the particle system, and its radiation is obtained by grey body approximation.
位于空中的三维云团则采用粒子系统生成，并用灰体近似的方法得到其红外辐射值。
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