参考文献

［1］阙端麟，陈修治.硅材料科学与技术［M］.杭州：浙江大学出版社，2000.

［2］杨德仁.太阳电池材料［M］.北京：化学工业出版社，2006.

［3］邓丰，唐正林.多晶硅生产技术［M］.北京：化学工业出版社，2009.

［4］张正国，欧昌洪，陈广普，等.国内多晶硅冷氢化技术应用研究［J］.化工技术与开发，2013，42（2）：28-30.

［5］Osborne E W, Spangler M V, Allen L C, et al. Fluid bed reactor: US 8075692［P］. 2011-12-13.

［6］陈其国，高建，陈文龙.多晶硅尾气回收工艺研究进展［J］.氯碱化工，2011，47（9）：1-3.

［7］Lord S M. Apparatus and method for top removal of granular material from a fluidized bed deposition reactor: US 20080299015［P］. 2008-12-4.

［8］Allen R H. Fluid bed reactor and process: US 4748052［P］. 1988-05-31.

［9］Ibrahim J, Ivey M G, Truong T D. High purity granular silicon and method of manufacturing the same: US 20060105105［P］. 2006-05-18.

［10］Kulkarni M S, Kimbel S L, Ibrahim J, et al. Methods for Increasing polycrystalline silicon reactor productivity by recycles of silicon fines: US 20090324819［P］. 2010-09-09.

［11］陈其国.用于制备粒状多晶硅的流化床反应器：US 202007139U［P］.2011-10-12.

［12］Lord S M, Milligan R J. Method for silicon deposition: US 5798137［P］, 1998-08-25.

［13］Kim K, Hsu G, Lutwack R. et al. Modeling of fluidized bed silicon deposition process［M］. JPL Publication, 1977.

［14］Dahl M M, Bellou A, Bahr D F, et al. Microstructure and grain growth of polycrystalline silicon grown in Fluidized reactors［J］. Journal of Cryst Growth, 2009(311): 1496-1500.

［15］侯俊峰，武在军，王耀挺，等.流化床技术制备粒状多晶硅的研究进展［J］.氯碱化工，2012，48（4）：24-27.

［16］Hsu G, Rohatgi N, Houseman J. Silicon particle growth in a fluidized-bed reactor［J］. AIChE J, 1987, 33(5): 784-791.

［17］Balaji S, Du J, White C M, et al. Multi-scale modeling and control of fluidized beds for the production of solar grade silicon［J］. Powder Technol, 2010(199): 23-34. vVl7xm/VEjSxUzLB0s+06rWfZtxCC9PCIfywtk80ONRZqwOuw/z2rbDX7Ab4AHcl