Parametric Bistable Resonance in the Four Wave Interaction in Molecular Systems

B. Ratajska-Gadomska, W. Gadomski
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Abstract

Nonlinear optical processes due to the interaction of the vibrational modes in crystals (molecules) with external fields are usually described in terms of the nonlinear polarization of the medium. This polarization can be expressed as the power series of the small vibrational amplitudes, which are generally dependent on the external field intensity. In the procedures most frequently used the polarization is expanded only to the first order. The vibrational amplitude of the mode resonantly coupled to the field is found as the solution of the equation of the driven and damped oscillator (e.g. CARS).
分子体系中四波相互作用中的参数双稳共振
由于晶体(分子)的振动模式与外场的相互作用而引起的非线性光学过程通常用介质的非线性偏振来描述。这种极化可以表示为小振动振幅的幂级数,而小振动振幅通常依赖于外场强度。在最常用的程序中,极化只扩展到一阶。通过求解驱动和阻尼振荡器(如CARS)的方程,得到与场共振耦合的模态的振动幅值。
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