首页|The combined effects of quantum and strong coupling on the nonlinear collective excitation in quantum dusty plasmas
The combined effects of quantum and strong coupling on the nonlinear collective excitation in quantum dusty plasmas
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The quantum hydrodynamic model for electrons and ions and the generalized hydrodynamic model for the strongly coupled dust particles are proposed in the strongly coupled quantum dusty plasma,where the combined quantum effects of quantum diffraction,quantum statistic pressure,as well as electron exchange and correlation effects are all considered in the quantum hydrodynamic model.The shear and bulk viscosity effects are included in the viscoelastic relaxation,which leads to the decay of the dust-ion-acoustic waves.The approximate time-dependent solitary solution is obtained by the momentum conservation law in the presence of viscosity.
quantum plasmastrongly coupled plasmadusty plasma
Chengkai Li、Youyou Kang、Yunliang Wang
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Department of Physics,School of Mathematics and Physics,University of Science and Technology Beijing,Beijing 100083,China
National Natural Science Foundation of China(NSFC)Fundamental Research Funds for the Central Universities
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