根据Mie光散射理论,本文详细讨论了用可见光波段的光透消光法(Light extinction)测量微粒尺寸的测粒下限.分析及计算表明,采用合适的最优化计算方法,光透消光法可用于测量亚微米级及以下的超细颗粒.
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AccuSizer 780中的传感器通过两种不同性质的物理作用(专利)—光消减(light extinction, LE)与光散射(light scattering, LS)对通过传感器的粒子进行测定。
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The ultrasonic measurement results are compared with light extinction method measurement, which shows this method has a good foreground for particle sizing.
测量结果与消光法测量进行对比,表明该方法应用到颗粒粒度大小测量是切实可行的。
It is considered that the light extinction characteristic of ship wake is an important property for underwater target's tracking, recognition and positioning.
认为舰船尾流的消光特性是水下航行体跟踪、识别和定位目标的重要参数。
So the third chapter focuses on the measuring system. The operating principle (Light extinction method), the factors which influence the result and the resolvent to avoid them are explained.
第三章对此磁致偏振特性测量系统的搭建及工作原理(消光法)、影响测量结果的因素及解决方法、实验操作步骤等作了说明。
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