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中国物理学会期刊

简并二能级系统受激光子回波的研究——一般理论及弛豫感生的光子回波

CSTR: 32037.14.aps.34.725

STUDY OF STIMULATED PHOTON ECHO IN DEGENERATE TWO-LEVEL SYSTEM GENERAL THEARY AND RELAXATION INDUCED STIMULATED PHOTON ECHO

CSTR: 32037.14.aps.34.725
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  • 研究了简并二能级系统的受激光子回波效应。将密度矩阵以不可约球面张量元展开,在三阶微扰理论的基础上得到对应于不同入射光偏振配置的受激光子回波信号,并讨论了其特性。以ja=jb=1/2系统为例,讨论了在σ+→σ+→σ-的偏振配置下的弛豫感生的光子回波。

     

    The stimulated photon echo in degenerate two-level system has been studied. The stimulated photon echo signal for different polarization arrangement of incident lights was obtained basing on the third-order perturbation theory, where, the density matrix was expanded in an irreducible spherical-tensor operator. The characteristics of stimulated photon echo were discussed. Taking ja = jb = 1/2 system as example, we have also studied the relaxation induced stimulated photon echo, where, the polarization arrangement of the three incident pulses is σ+→σ+→σ-.

     

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