Light scattering as a measure of particle size in aerosols; the production of monodisperse aerosols.
Light scattering as a measure of particle size in aerosols; the production of monodisperse aerosols.
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DOI：
10.1021/cr60138a001
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发表时间：
1949-04
期刊：
影响因子：
62.1
通讯作者：
D. Sinclair;V. K. Mer
中科院分区：
文献类型：
--
作者：
D. Sinclair;V. K. Mer
通过观察散射光来测量胶体颗粒尺寸主要基于古斯塔夫·米耶（Gustav Mie）在1908年发展的电磁理论（16）。在此之前，Rayleigh（18）推导出了他著名的小粒子散射方程，这些粒子的半径远小于入射光的波长。从那时起，德拜（3）、洛夫（15）、布鲁默（1）、乔布斯特（7）、恩格尔哈德和弗里斯（4）、雷（17）、布罗姆维奇（2）、斯特拉顿和霍顿（22）、鲁迪（19）、拉梅尔和巴恩斯（10）、约翰逊和拉梅尔（8）、拉梅尔和凯尼恩（22）等又进行了理论和实验研究（12;另见9，11），货车德胡尔斯特（23），和其他人。斯特拉顿（21）以简洁的形式给出了完整的理论。米氏理论的相关方程如下。
The measurement of colloid particle size by observation of the scattered light is based primarily on the electromagnetic theory developed by Gustav Mie (16) in 1908. Previously, Rayleigh (18) hadderived his well-known equations for scattering by small particles of radius much less than the wave length of the incident light. Since that time, additional investigations, both theoretical and experimental, have been made by Debye (3), Love (15), Blumer (1), Jobst (7), Engelhard and Friess (4), Ray (17), Bromwich (2), Stratton and Houghton (22), Ruedy (19), La Mer and Barnes (10), Johnson and La Mer (8), La Mer and Kenyon (12; see also 9, 11), Van de Hulst (23), and others. The complete theory is given in a compact form byStratton (21). The pertinent equations of the Mie theory follow.