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Fluorescence of organic molecules in the microcavity at two-photon absorption

机译:双光子吸收的微腔中有机分子的荧光

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The problem about fluorescence of organic molecules located in micropartical - cavity at two-photon absorption in the condition of laser pulse radiation influence taking into account stimulated transitions was theoretically investigated. The approach based on the metod of open-resonator theory with light fields expanded in series of quasinormal vibrational eigenmodes of a dielectric full sphere was used. For active molecules in microcavity the model of generalized two-level system noted with processes of two-photon absorption and emission, spontaneous and stimulated emissions on stokes frequencies was considered. The kinetic equations solution were obtained.
机译:从理论上研究了在考虑了激发跃迁的激光脉冲辐射影响下,位于两个光子吸收的微粒腔中的有机分子的荧光问题。使用基于开放谐振器理论的方法,将光场扩展为介电全球的拟标准振动本征模式系列的方法。对于微腔中的活性分子,考虑了具有两光子吸收和发射,斯托克斯频率上的自发和受激发射过程的广义两能级系统模型。获得了动力学方程解。

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