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首页> 外文期刊>IEEE Journal of Quantum Electronics >Investigation of transient nonlinear optical mechanisms using avariable pulselength laser
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Investigation of transient nonlinear optical mechanisms using avariable pulselength laser

机译:用可变脉冲长度激光研究瞬态非线性光学机制

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We show a variable pulselength laser to be extremely useful whenninvestigating the dynamics and parameters of optomechanicalnnonlinarities in optical materials. Pulselength variability allowsnobservation of the transient nonlinear behavior using nanosecond pulsesnand determination of the underlying physical mechanisms usingnsubnanosecond pulses. It also enables observation of the transitionnresponse between the two time regimes where intrinsic polarizabilitiesncompete with optomechanical effects. We examine the transient nonlinearnscattering properties of an optical power limiter, platinum ethynyl, andncompare it to carbon disulfide using degenerate four-wave mixing.nIntensity, polarization, and pulselength control allow us to measurenacoustic scattering and decay parameters, Χ(3)nmagnitudes, and the transient laser-induced grating behavior
机译:当研究光学材料中光机械非直线性的动力学和参数时,我们显示出可变脉冲长度激光非常有用。脉冲长度可变性允许使用纳秒脉冲n观察瞬态非线性行为,并使用亚纳秒脉冲确定潜在的物理机制。它还可以观察两个时间范围之间的跃迁响应,在该两个时间范围内,固有极化率与光机械效应竞争。我们研究了光功率限制器,乙炔基铂的瞬态非线性散射特性,并使用简并的​​四波混频将其与二硫化碳进行比较.n强度,偏振和脉冲长度控制使我们能够测量声散射和衰减参数Χ(3)幅值,以及瞬态激光诱导的光栅行为

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