Impulsive stimulated Raman scattering ( ISRS) was applied to some ferroelectric crystals to analyze the vibration of the crystal lattice in time domain. 将冲击受激拉曼散射应用于某些铁电体中,在时间域内分析物质晶格振动。
This platform will reside on ISRs targeted initially toward retail deployments: For instance, retail stores can display ads on LCD units in various locations. 这个平台将驻留在最初针对零售业部署的ISR上:例如,零售商店可以在不同的地点显示液晶单元的广告。
The results show that, the PCF can generate relatively strong intrapulse stimulated Raman scattering ( ISRS), and, the higher the nonlinearity, the faster the speed of soliton fission, hence the greater the number of solitons produced at the same time. 计算结果表明:光子晶体光纤中会产生较强的拉曼散射,非线性越强,孤子分裂得越快,同时分裂出更多孤子。
Considering the influence of high-order dispersion and high-order nonlinearity on quasi-soliton transmission, the effects of third-order dispersion, self-steepening and ISRS are investigated by numerical simulation. 为了研究高阶色散和高阶非线性效应对其在普通光纤上传输的影响,用数值模拟的方法研究了三阶色散、自陡效应和脉冲内拉曼散射效应对准光孤子传输的影响。
Bandwidth limited amplification of soliton pulses can suppress the self-frequency shift induced by ISRS. 有限带宽的放大能抑制受激喇曼散射引起的自频移。