Based on Mie scattering theory (MST), two new methods for testing fire characteristics of optical and electrical cables are proposed and discussed.
作者基于米氏散射理论(MST)，提出了两种光电线缆燃烧试验的新方法，并进行了相应的讨论。
Based on Mie theory, this method measure the concentration by calculating the scattering light intensity.
并且在文中将该方法与前面所讲的光透射的方法进行了比较。
Based on our Mie-scattering lidar system and its technical parameter, the results of the overlap function are calculated in two ways, which is approximatetly equivalent.
文章介绍了离轴式米散射激光雷达系统的重叠因子，结合自行研制的一台激光雷达系统的技术参数，给出重叠因子的理论计算结果及实验反演结果。
And the absolute localization length reaches a minimum under the resonance Mie-scattering condition.
在共振米散射条件下，绝对局域化长度取极小值。
And the absolute localization length reaches a minimum under the resonance Mie-scattering condition.
在共振米散射条件下，绝对局域化长度取极小值。
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