| Document Date: 2011-11-08 21:04:36
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Company Wiley-VCH Verlag GmbH & Co. KGaA. / Ó 2012 Wiley-VCH Verlag GmbH & Co. KGaA / MOx/M0 Oy / / IndustryTerm gel processing 121ff / mixed-metal alkoxide / plastics 396ff / metal / ferritic stainless steel / real-time growth / electrochromic metal oxide / physical and chemical advantages / interfacial energy / hydrothermal crystallization solution / oxide electronics / mixed-metal oxide nanopowder / reflective high-energy electron diffraction / chemical composition / layered object manufacturing / metal oxide nanostructure 291ff / gas adsorption / ame-assisted chemical vapor deposition / gas-pressure sintering / metal oxide / mixed-metal oxide nanopowder synthesis 97ff / plastics processing 396ff / ceramic/metal reaction / bulk chemical identification / oxide solid solution / inorganic/organic network / nitrogen gas / metal oxide semiconductor / manufacturing technology / chemical vapor deposition / mixed-metal ceramics / hydrothermal solution / gas-sensing application / high-energy / multilayer device / nanoscopic metal oxide / electron energy loss spectroscopy / e-beam / metal matrix composite / gas gun / chemical reaction / organic chemical vapor deposition / organic/inorganic network / energy-dispersive spectroscopy / microcontact printing / chemical analysis / / Person Wei Chen / Ralf Riedel / / / Position Teller / temperature controller / CaO / / ProgrammingLanguage DC / / Technology semiconductor / radiation / laser / MEMS / EBD / 275 manufacturing technology / polymerization / GPS / crystallization / spectroscopy / microwave / lithography / ALE / CVD / chemical vapor deposition / CAD / /
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j519 Index a abrasive flow machining (AFM) 261f. – process description 261