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流体现象
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  fluid phenomena
     Fluid phenomena of laser-induced Al plasma in ambient gas
     激光诱导Al等离子体在背景气体中的流体现象
短句来源
     Q switch Nd:YAG laser (wavelength 1.06 μm, pulse width l0 ns, energy 250 mJ/pulse) is used to ablate plane solid Al target in different ambient gas pressures. Using short focal length camera and optical multichannel analysis system(OMA), the fluid phenomena and spatial resolved emission spectra of laser induced Al plasma have been recorded in Ar ambient gas.
     调Q YAG脉冲激光 (波长 1.0 6 μm ,脉宽 10ns ,能量为 2 5 0mJ/ pu1se)烧蚀Al靶 ,用短焦距照相系统和光学多道分析仪 (OMA)记录了等离子体在氩气背景气体及不同压强下所呈现的流体现象及其等离子体辐射的空间分辨光谱。
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  “流体现象”译为未确定词的双语例句
     This model is used to simulate several typical fluid flow phenomena of hydrodynamics.
     我们用该模型仿真了流体动力学中的几个典型流体现象
短句来源
  相似匹配句对
     Phenomenon
     现象
短句来源
     Discussion on Fluid - induced Instabilities of Rotor in Turbogenerator Sets
     流体诱发失稳现象探讨
短句来源
     Supercritical Fluids and Supercritical Phenomena
     超临界流体与超临界现象
     R on T Phenomenon of The Older
     老年性R on T现象
短句来源
     ④fluid;
     4流体;
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  fluid phenomena
Experimental analyses of thermo-fluid phenomena of micro- and nano-flows with high Knudsen number need the measurement techniques based on interaction of atoms or molecules with photons.
      
MEMS are very small devices in which electric as well as mechanical and fluid phenomena appear and interact.
      
Numerical simulations are performed to predict the fluid phenomena in the mixing chamber and to estimate the mixing performance under various Reynolds number conditions.
      
In environments of decaying swirl, in particular, remarkable fluid phenomena have been observed.
      
In this paper, we introduced a novel technique for getting simple models of un steady fluid phenomena.
      
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Electrorheological fluids (ER fluids) are a class of emerging new materials which under a rapid and reversible change in theological behavior under the application of an electric field, Recent developments in both the engineering and science of these materials have resulted in a number of applications for ER devices becoming close to potential commercial exploitation. This paper is brief overview on the ER fluids. The rheology, electrical properties of ER fluids. and theories of ER behavior are given. The main...

Electrorheological fluids (ER fluids) are a class of emerging new materials which under a rapid and reversible change in theological behavior under the application of an electric field, Recent developments in both the engineering and science of these materials have resulted in a number of applications for ER devices becoming close to potential commercial exploitation. This paper is brief overview on the ER fluids. The rheology, electrical properties of ER fluids. and theories of ER behavior are given. The main problems which limit usefulness of current ER fluids are presented also.

本文简要介绍了ER流体现象及其力学和电学性能,给出了描述ER流体行为的一般理论,提出了ER流体应用中目前存在的主要问题。

In this paper, a parallel computer simulation model of hydrodynamic phenomena is introduced. This model is used to simulate several typical fluid flow phenomena of hydrodynamics. By using the computer visualization techniques, this model is able to demonstrate automatcally and dynamically the evolving process of fluid flow.It is easy to analyse a variety of hydrodynamic phenomena.

本文介绍一个流体动力学的格子Boltzmann并行仿真模型。我们用该模型仿真了流体动力学中的几个典型流体现象。利用计算机可视化技术该模型可动态显示流体的演化过程,可以很方便的用于分析各种流体动力学现象。

A parallel computer simulation model of hydrodynamic phenomena is introduced. This model is used to simulate Flow Past Three cylinder.By using the computer visualization technique,this model is able to demonstrate automatically and dynamically the evolving process of fluid flow. It is easy to analyse a variety of hydrodynamic phenomena.

介绍一个流体动力学的格子Boltzmann并行模拟模型.用该模型模拟了流体动力学中的绕三圆柱流体现象.利用计算机可视化技术,该模型可动态显示流体的演化过程,可以很方便的用于分析各种流体动力学现象.

 
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