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Three dimensional numerical simulation of complex optical systems using the coherent transfer function

机译:使用相干传递函数的复杂光学系统的三维数值模拟

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To be able to understand and improve various optical systems including fs-laser lightsources, we developed a numerical simulation based on the coherent transfer function (CTF). Our work created a simulation tool, which is able to simulate all three dimensions and time while accounting for coherent light, short pulses, aberrations, chirp, pulse delay, numerical aperture, the intensity distribution and the polarization of the incident light. We explain the theoretical approach and aspects necessary for the simulations. Then we show the capabilities of our tool in simulation aberrations, 4Pi point spread functions, two objective fs-pulse interaction and multi objective confocal fluorescence microscopy.
机译:为了能够理解和改善包括fs激光光​​源在内的各种光学系统,我们开发了基于相干传递函数(CTF)的数值模拟。我们的工作创建了一个模拟工具,该工具能够模拟所有三个维度和时间,同时考虑相干光,短脉冲,像差,线性调频脉冲,脉冲延迟,数值孔径,强度分布和入射光的偏振。我们解释了仿真的理论方法和必要的方面。然后,我们展示了我们工具在模拟像差,4Pi点扩散函数,两个客观fs-脉冲相互作用和多目标共聚焦荧光显微镜下的功能。

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