Ondes de surface dans un systme de deux phases fluides superposes

M. Papoular
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引用次数: 19

Abstract

2014 The propagation and damping of surface waves are considered in a system of two fluid phases. At high viscosities the flow becomes aperiodic, the surface fluctuations no longer being propagated. Experimentally, the dynamics of fluctuations can be studied through inelastic scattering of coherent light. At low viscosities (periodic flow), one should observe a Brillouin doublet, while a central, undisplaced line should correspond to aperiodic flow. In order for the signal to be appreciable, one should observe the scattering in a direction near that of regular reflection (maximum shift of order one degree). LE JOURNAL DE PHYSIQUE TOME 29, JANVIER 1968,
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两相叠加流体系统中的表面波
2014 .考虑了两相流体系统中表面波的传播和阻尼。在高粘度下,流动变得非周期性,表面波动不再被传播。实验上,可以通过相干光的非弹性散射来研究波动的动力学。在低粘度(周期性流动)下,我们应该观察到布里渊重态,而一条中心的、不位移的线应该对应于非周期流动。为了使信号明显,人们应该观察到在接近规则反射方向上的散射(最大位移为1度)。《体质杂志》第29期,1968年1月;
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