The influence of the collisional damping modified by the electron quiver velocity in the driving laser Helds on the asymptotic behavior of the plasma,beat waves is studied numerically.Compared fvith un-modiRed case,it...The influence of the collisional damping modified by the electron quiver velocity in the driving laser Helds on the asymptotic behavior of the plasma,beat waves is studied numerically.Compared fvith un-modiRed case,it is shown that the critical detuning and critical driving laser amplitudes are diminished,and the minimal driving laser amplitudes,wbich make the saturation amplitude of the excited plasma,wave reach the maximum,are lessened also.展开更多
A hybrid optical bistable system of a plasma in a Fabry-Perot interferometer driven by a single-mode cw laser is proposed.The general expressions of the mirvimum change of the electron density for optical bistabili.ty...A hybrid optical bistable system of a plasma in a Fabry-Perot interferometer driven by a single-mode cw laser is proposed.The general expressions of the mirvimum change of the electron density for optical bistabili.ty and the changes of electron density at the"on"and"off"points of the optical bistabiIity are obtained theoretically,The necessary data for the design of the optical bistability in infrared to mm-Dave region are given.展开更多
基金Supported by the National Natural Science Foundation of China.
文摘The influence of the collisional damping modified by the electron quiver velocity in the driving laser Helds on the asymptotic behavior of the plasma,beat waves is studied numerically.Compared fvith un-modiRed case,it is shown that the critical detuning and critical driving laser amplitudes are diminished,and the minimal driving laser amplitudes,wbich make the saturation amplitude of the excited plasma,wave reach the maximum,are lessened also.
文摘A hybrid optical bistable system of a plasma in a Fabry-Perot interferometer driven by a single-mode cw laser is proposed.The general expressions of the mirvimum change of the electron density for optical bistabili.ty and the changes of electron density at the"on"and"off"points of the optical bistabiIity are obtained theoretically,The necessary data for the design of the optical bistability in infrared to mm-Dave region are given.
