1Klaren D G. Fluidized bed heat exchanger: A major improvement in severe fouling heat transfer [A]. Taborek J ed. Heat Exchanger: Theory and Practice [C]. Washington: Hemisphere Publishing Corporation, 1981. 885-896
2Kollbach J St, Dahm W, Rautenbach R. Continuous cleaning of heat exchanger with circulating fluidized bed [J]. Heat Transfer Engineering, 1987, 8(4) : 26-34.
3Raubentach R, Erdmann C, Kollbach J St. The fluidized bed technique in the evaporation of wastewaters with fouling/scaling potential -lasted development, applications limitations [J]. Desalization, 1991, 81: 285-298.
4ZHANG Li-bin(张利斌). Study on Boiling Heat Transfer in Three-phase Circulating Fluidized Bed(汽-液-固三相循环流化床沸腾传热的研究) [D]. Tianjin(天津): Tianjin University(天津大学), 1996.
5Zhang L B, Li X L. A research on boiling heat transfer in three-phase circulating fluidized bed [J]. Chemical Engineering Journal, 2000, 78: 217-223.
6Klaren D G, Bailie R E. The non-fouling fluidized bed exchanger [A]. Heat Transfer Equipment Fundamentals, Desingn, Application and Operating Problems. National Heat Transfer Conference HTD vol. 108 [C]. New York: American Society of Mechanical Engineering, 1989. 273-279.
7JIA Li-yun(贾丽云). Research on Flow Characteristics in Liquid-solid Circulating Fluidized Bed and Fluidized Bed Heat Exchanger (液-固循环流化床和流化床流动特性的研究) [D]. Tianjin(天津): Tianjin University(天津大学), 1997.
8ZHANG Li-bin(张利斌). Computational Fluid Dynamic Model on Multi-phase Flow in Circulating Fluidized bed and Experimental Verification(多相流循环流化床内流动的理论和实验的研究) [D]. Tianjin(天津): Tianjin University(天津大学), 1999.
9LIU Ming-yan(刘明言), NIE Wan-da(聂万达), LI Xiu-lun, et al (李修伦等). Studies on the evaporating concentration of TCM liquid with vapor-liquid-solid boiling flow technique(中药液的汽-液-固三相流流动沸腾浓缩研究) [R]: [天津市公关项目验收报告]. Tianjin(天津): Tianjin Science and Technology Committee(天津市科委), 2002.
10Hartge E U, Rensner, Werther J. Solid concentration and velocity in circulating fluidized bed [A]. Basu P. Circulating Fluidized Bed Technology II [C]. Oxford: Pergamon, 1988. 165-180.
