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P. Beck, W. Kuhn, R. Sieglen, Power Sources, 6, 655 (1977). J. , Am. Ceram. , 53, 421 (1974). P. Cousin, R. A. Ross, Muter. Sci. Eng. A , A130, 119 (1990). T. Akashi, T. Tsuji, Y. Onoda, in Sintering and Related Phenomena, G. C. Kucznski, N. A. Hooton, C. F. , Gordon & Breach, New York, 1967, p. 747. D. M. Roy, R. R. Nevrgaonkar, T. P. O'Holleran, R. Roy, Am. Ceram. SOC. , 53, 421 (1977). G. L. Zhang, G. V. Jayanthi, J . Am. Ceram. ,76, 2707 (1993). A. Gurav, T. Kodas, T. Pluym, X. Xiong, Aerosol Sci.
Messing, J . Ceram. , 99, 1036 (1991). C. M. Vaughan-Forster, W. B. White, J . Am. Ceram. ,80, 273 (1997). D. Albin, S. H. Risbud, Adv. Ceram. , 2, 243 (1987). 2. 4. 1. Reactions in the Vapor Phase. 13. D. Hennings, B. Ceram. , 41, 1 (1989). 14. A. A. Jonke, E. J. Petkus, J. W. Loeding, S. Lawroski, Nucl. Sci. , 2, 303 (1957) 15. P. Reynen, H. Basties, Powder Metall. , 8, 91 (1976). 4. Vapor Phase Techniques Vapor phase techniques make use of the nucleation of particles from the vapor phase. Large-scale industrial examples are the preparation of fumed S O 2 and TiOz by the flame hydrolysis of SiC14 or TiCI4.
A. Jonke, E. J. Petkus, J. W. Loeding, S. Lawroski, Nucl. Sci. , 2, 303 (1957) 15. P. Reynen, H. Basties, Powder Metall. , 8, 91 (1976). 4. Vapor Phase Techniques Vapor phase techniques make use of the nucleation of particles from the vapor phase. Large-scale industrial examples are the preparation of fumed S O 2 and TiOz by the flame hydrolysis of SiC14 or TiCI4. The processes are categorized according to the following reaction mechanisms: multicomponent reaction of vapor species, decomposition of vapors, and direct vaporization-condensation.
