The nobel prize in physics 1944 : isidor isaac rabi 诺贝尔物理学奖- i艾萨克拉比
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Temperature dependence of vacuum rabi splitting in a single quantum dot - semiconductor microcavity 半导体微腔中单量子点的真空拉比分裂的温度效应
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The occupation probabilities of the two lateral levels yield spacial rabi oscillation in irradiated area ; 3 在辐照区内电子在横向态的布居产生空间上的rabi振荡； 3
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It is shown that the quantum entanglement state will stay in the maximally entangled state for a long time when the detuning is equal to rabi frequency 研究结果表明：在失谐量等于拉比频率时，该体系的纠缠度将长时间处于最大纠缠态。
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This limited condition not only depends on the rabi frequencies of the coupling field and the signal field , but also depends on the detuning or the decay rate of the additional transition 这个限制条件不但依赖祸合场和信号场拉比频率，而且依赖于附加跃迁的失谐量或者衰减速率。
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Celebrations also take place , though less extensively , on the prophet s birthday , which falls on the twelfth of rabi al awwal , the third month , and on the first of muharram , the beginning of the new year 庆祝并且发生,虽然较少广泛地,在先知的生日,跌倒在十二rabi al awwal ,第三个月,和一muharram ,新年的初期。
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When the coupling rabi frequency c satisfies the condition of c > 1 / 2 3 , the transient process is a relaxation oscillation behavior . as the coupling rabi frequency c decreases , the transient oscillation behavior slows up 当_ c _ 3 / 2时，这个瞬态过程为一驰豫振荡过程，在不同大小的耦合光rabi频率_ c条件下， _ c取值越小，瞬态过程振荡越慢。
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The calculated results show that the generation of inversionless gain in doppler - broadened media for a probe field wavelength in much excess of coupling field wavelength is possible , although the coupling field rabi frequency is significantly less than the doppler width 计算表明：在探测场波长远大于耦合场波长情况下，虽然耦合光的拉比频率远小于多普勒加宽，但是无反转增益依旧存在，而且强于匹配能级的增益。
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In section one , we analyze the mechanism of lwi gain , and study the effects of the rabi frequency q of the driving field , the injection rates ratio rb / r ~ , the exit rate r0 , the decay rates ~ and rab between atomic levels , as well as 3 incoherent pump rate r on the gain without inversion , dispersion and population difference of the system . in section two , we discuss the effects of the detuning of the driving field and the probe field on the gain 在第一节中分析了无粒子数反转激光增益产生的机制、研究了驱动场的rabi频率、粒子注入速率比值r _ b / r _ c 、粒子退出速率r _ o 、能级间的自发衰减速率r _ ( c - b ) 、 r _ ( a - b )和非相干泵浦速率r对增益、色散和粒子数差的影响；第二节讨论了驱动场和探测场的失谐对无粒子数反转激光增益的影响。
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It has been shown that : with the increase of the kerr medium intensity parameter u , the rabi oscillation extent of the mean photon number decrease and the rabi oscillation frequency becomes rapid , the antibunching effect becomes strengthened ; with the increase of n , the interaction between the field and atoms gradually becomes weak , however , the interaction between the field and the kerr medium gradually becomes strengthened and happen in advance ; with the increase of the coupling constants of two atoms , the rabi oscillation extent of the mean photon number decrease and the rabi oscillation frequency becomes rapid too , the antibunching effect becomes weak 结果表明：随着值的增加，光子统计演化曲线的rabi振荡的幅度减小，振荡频率变快，系统的反聚束效应增强；随着初始场强( ? )的增大，场与原子的相互作用逐渐减弱，而与介质的相互作用逐渐加强并提前发生。随着原子间耦合系数g的增大，光子统计演化曲线的rabi振荡的幅度减小且振荡周期缩短，同时，系统的反聚束效应减弱。
