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Computer simulation of integrated optical backward-parametric oscillator

机译:集成光学后向参数振荡器的计算机仿真

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Abstract: Backward parametric oscillation (BWO) is a very perspective method to develop mirrorless parametric frquency converters of laser radiation with novel characteristics. As BWO still not been realized in nonlinear optical bulk crystals because of insufficient birefringence, it is worth while testing this effect for waveguide structures. Phase matched solutions for BWO in planar GaAs-ZnSe waveguides have been calculated by use of software carried out for simulation and optimization of three-frequency nonlinear optical processes in planar optical waveguides. In our opinion, some calculated parameters are quite acceptable for a practical realization. !3
机译:摘要:后向参量振荡(BWO)是一种非常新颖的方法,用于开发具有新颖特性的无镜面激光辐射参量频率转换器。由于双折射不足,在非线性光学体晶体中仍未实现BWO,因此值得测试波导结构的这种效应。平面GaAs-ZnSe波导中BWO的相位匹配解已经通过使用软件进行了计算,该软件用于模拟和优化平面光波导中的三频非线性光学过程。我们认为,一些计算出的参数对于实际实现是完全可以接受的。 !3

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