粒子运动

Then organisms, values, agency, meaning, doing, a couple in love walking the banks of the Seine, are all nothing but particles in motion and not "ontologically" real in their own right.

那么，生物体、价值观、机构、意义、行为、漫步在塞纳河畔的一对情侣，都只不过是运动中的粒子，而不是"存在论的"真实自我。

By using PSO method, the optimal control input signal is obtained and the optimal trajectory of the nonholonomic motion planning can be found.

利用粒子群算法确定最优控制输入信号，得到了系统非完整运动的优化轨迹。

The properties of their orbit and phase space transmission and the effects of space charge are calculated.

然后详细介绍了目前最常用的螺旋扇型静电偏转镜的基本工作原理，如参考粒子的运动轨道及偏转镜的光学性质等，讨论了螺旋线型静电偏转镜中空间电荷效应的影响。

This paper simulated the unsteady free water sheet flow on bucket surface using 3-D non orthogonal Body-Fitted coordinate system.

在水斗三维贴体坐标系中，还推导了流体粒子在水斗曲面上的运动控制方程。

If a spherical particle moves with high speed, the laser DSS due to movement of the particle could not be neglected.

如果运动粒子的速度存在速度起伏，那么多普勒效应和频谱展宽起着相当重要的作用。

What makes the technique so durable is that the particle's repeated movement does not damage the walls of the tube.

这项技术之所以能使信息如此长时间地保存是由于铁粒子的反复运动不会磨损毫微管的管壁。

The ultra-high atomic level stress in the phase boundary can ensure the movement of a pair of anti-parallel dislocations.

在被压缩的纳米粒子中还观察到了孪晶结构，经分析，它通过一对反平行的Shockley不全位错运动而形成。

Using the Poincare surface of section technique, an analysis of a particle motion in the phase plane has been presented.

借助Poincare截面技术，对粒子在相空间的运动进行数值分析。

Viral infection of the host cell may be switched on by the specific and stable combination of one or several viral envelope protein with one or several glycoprotein receptors available on the cell membrane, which is followed by viral pinocytosis or viral fusion with cell membrance, viral deenvelope, viral particle movement from cytoplasm towards nucleus and the viral gene passage.

病毒感染细胞可能是通过一个或几个病毒包膜蛋白与一个或多个细胞膜上的糖蛋白受体特异稳定地结合而启动，通过病毒胞饮作用或者病毒与胞膜融合、病毒脱包膜、病毒粒子从胞浆到胞核的运动和病毒基因通过核膜的传代将会发生；但参与这些动力过程相关的病毒、细胞结构和生化因子仍不清楚。

About a beam of light with frequency ,the energy of the photon is where is Planck s constant.

1905年爱因斯坦对光的本性提出了新的理论，他认为，光束可以看成是由微粒子构成的粒子流，这些粒子叫做光量子，以后就称为光子，在真空中，每个光子都以光速运动，对于频率为的光束，光子的能量为

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。