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水波反射
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  “水波反射”译为未确定词的双语例句
     Progress on Analytical Models for Refraction and Diffraction of Water Waves
     模拟水波反射、折射和衍射现象的解析模型的研究进展
短句来源
     In this paper, a summary to the progress on analytical models for refraction and diffraction of water waves is given.
     本文对模拟水波反射、折射和衍射现象的解析模型的研究进展给出了一个简单的综述.
短句来源
  相似匹配句对
     Reflexion and Transmission of Water Waves by a Thin Curved Permeable Barrier
     渗透薄壁对于水波反射和射透
短句来源
     Reflection Hologram
     反射全息图
短句来源
     TFE VELOCITY OF WATER WAVE
     水波的速度
短句来源
     REFLECTIVE MIDDLEWARE
     反射中间件
短句来源
     Progress on Analytical Models for Refraction and Diffraction of Water Waves
     模拟水波反射、折射和衍射现象的解析模型的研究进展
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  wave reflection
Effect of initial phase of shock wave reflection from a wall on establishment of flow and heat transfer processes
      
The collision of two blast waves is analyzed for the case of variable parameters of the gas behind the wave front and wave reflection at a plane, a cylindrical, and a spherical obstacle.
      
These similarities in the shock-wave reflection process were first noted in [5] for weak shock waves in which the internal compression discontinuity does not appear.
      
[1] by the introduction of the adiabatic velocity of sound is used to investigate shock wave reflection in the complete range of gas concentrations.
      
Spherical shock wave reflection from a surface with a heated gas layer
      
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The problem of reflexion and transmission of water waves by a thin permeable barrier is studied with panel method. It's found that a well-designed curved porous plate has an excellent ability in trapping waves within a wide range of frequency.

本文研究渗透曲壁对于水波的反射和透射现象。结果表明,设计合理的渗透曲壁对于一定频率范围内的水波具有优良的陷获能力。

By applying the linear water wave theory and the eigenfunction expansion method . the wave re-flection by a vertical wall with a horizontal submerged porous plate is investigated in this paper. The performance of the porous plate in reducing waves is revealed by our numerical results. It is found that the submerged plate increases the complexity of the phenomenon related to the wave reflection and refraction in the region near the wall, and leads to wave trapping. The results indicate that a plate with proper...

By applying the linear water wave theory and the eigenfunction expansion method . the wave re-flection by a vertical wall with a horizontal submerged porous plate is investigated in this paper. The performance of the porous plate in reducing waves is revealed by our numerical results. It is found that the submerged plate increases the complexity of the phenomenon related to the wave reflection and refraction in the region near the wall, and leads to wave trapping. The results indicate that a plate with proper permeability has ability to de-crease wave height near the wall, and the behavior of a plate with proper porosity is similar to that of a wave ab-sorber which can significantly suppress not only the wave height above the plate but also the reflected waves. The ability of the porous plate of reducing the wave height on the wall surface is, in general, directly proportion-al to the dimensionless plate-length, and will be weakened as the relative submerged depth increases.

在本文中,利用线性水波理论和本征函数展开方法,我们研究了附有一沉放在一定深度水下的水平多孔介质板之垂直岸壁的水波反射问题,数值模拟了水平多孔板的消浪特性.我们发现,通过在岸壁附加一水平的多孔介质薄板之后.将增加近岸处波浪反射和散射过程的复杂性,导致陷波现象发生.具有恰当可渗性能的多孔介质薄板将具有消浪特性,这时板的行为就象一个波浪吸收器一样,从而减少了岸壁的反射能力,降低了岸壁处及其临近的波高;板越宽,沉浸深度越小,板的消波能力越大.

In this paper, a summary to the progress on analytical models for refraction and diffraction of water waves is given.

本文对模拟水波反射、折射和衍射现象的解析模型的研究进展给出了一个简单的综述.

 
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