A non - Gaussian beam excitation scheme was introduced to a mode mismatched pulsed thermal lens technique.

将 非 高斯加热光束引入到模式不匹配的脉冲热透镜技术中,描述了非高斯加热光束热透镜技术的优点.

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Propagation of flat and Gaussian beam in biological tissue is simulated with Monte - Carlo method.

用蒙特卡罗方法模拟了均匀分布光和高斯分布光在生物组织内的传播.

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The most important application of dynamic ray tracing is to calculate paraxial ray and Gaussian beam.

动力学射线追踪最重要的应用在于傍轴射线近似和高斯射线束的计算.

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The position and size of the waist of the Gaussian beam are get.

测出相关函数在光路上某一位置的数值,并由此同时求出高斯光束的束腰位置和大小.

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Gaussian beam method is based on the dynamic raytracing and paraxial approximation method.

高斯束方法是在动力学射线追踪和旁轴近似方法基础上发展而来的.

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The expression of single photon acquisition probability is deduced from the fundamental - mode Gaussian beam.

基于基模高斯光束,推导了单光子捕获概率的表达式.

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The results consist with the theoretical calculation using the Fresnel - Kirchhoff's formula in considering incident Gaussian beam.

藉由考虑入射高斯光场于夫累涅尔-克希荷夫绕射积分公式中所得到之理论结果与实验结果相当符合.

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Utilizing a new truncated gaussian beam , maximum smoothness and minimal thermal effect are the goals.

最终的目标是利用一种新的缩短了的高斯电波, 最平滑和最少热效应.

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