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Light-transmittance predictions under multiple-light-scattering conditions. II. Inverse problem: particle size determination

机译:多光散射条件下的透光率预测。二。反问题:粒径确定

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摘要

Our aim is to present the application of the hybrid method presented in part I to an inverse procedure to determine particle size and concentration under multiple-scattering conditions. The hybrid method is introduced as a combination of the four-flux method with coefficients obtained from Monte Carlo statistical simulations to take into account the actual three-dimensional geometry. Then an inversion scheme is expanded to enable the application of the hybrid method to particle size and concentration determination. We present the inversion method as well as exemplifying results of spectrum inversions.
机译:我们的目的是介绍第一部分提出的混合方法在逆过程中的应用,该过程可以确定多散射条件下的粒径和浓度。引入了混合方法,将四通量方法与从蒙特卡洛统计模拟获得的系数相结合,以考虑到实际的三维几何形状。然后扩展反演方案,以使杂化方法能够应用于粒度和浓度测定。我们介绍了反演方法以及频谱反演的示例结果。

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