混合结构的闭环光纤陀螺研究

Time Evolution of Popilation Number and Dipole Squeezing of Atom in Kerr Like Medium

提出并研制了混合结构的闭环光纤陀螺系统。详细分析了该系统的结构特点、信号检测方法以及反馈信号对系统的影响。该系统具有低损耗、长期低漂移特性。实现了３００ｄｅｇ．／ｓ的动态范围及小于３００×１０－６的线性误差。

In this paper, we study the time evolution of population number and dipole squeezing of an atom in multiphoton Jaynes Cummings model for a high Q cavity filled with the Kerr Like medium. The influences of coupling constant χ and dituning Δ on the atomic system action are disscused emphatically.