介绍了激光光散射的基本原理及其在粉体测试领域中的应用,并介绍了激光粒度测试仪的基本组成和工作机理,指出激光光散射法是一种高效、快速、准确的现代粒度测试方法.
参考文献
[1] | 宋洪昌.超细粉碎技术在含能材料中的应力[J].含能材料,1998(06):20-22. |
[2] | Fraunhofer J .Bestimmung des brechungs und farbstre vermogens verschiedenen glasten[J].Gilberts Annalen der Physis,1817,56:193-226. |
[3] | Barth G;Howard;Flippen B;Richard .Pariicle size analysis[J].Analytical Chemistry,1995,67:257R-272R. |
[4] | Ditchbure R W.Light (3 edition)[M].Acadenic Press Inc (London) Ltd: London,1976 |
[5] | 潘寅生.基于PDA的微粒尺寸测量技术[J].激光与光电子学报,1998(12):30-33. |
[6] | M.Puckhaber;S.Rothele .Laser Diffraction - Millennium-Link for Particle Size Analysis[J].Powder Handling & Processing,1999(1):91-95. |
[7] | Morikita;Hiroshi .Simultaneous measurement of velocity and equivalent diameter of nonspherical particle[J].Particle and Particle Systems Characterization,1994,11(03):227-234. |
[8] | Helmstedt M;Schaefer H .[J].Polymer,1994,35:3377-3383. |
[9] | De Smet;J G A etc.Measurement of particl size and shape by forward light scattering. World Congr[Z].Patt Technol,1998. |
[10] | Wang naining;Xu guandong .A novel light scattering energy spectrum method for particle size analysis[J].World Congr Part Technol,1998,3:621-629. |
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