High Temperature Vapors: Science and Technology |
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Page 157
Kinetic Models for NO Production A kinetic description of the chemical
transformations occurring during the quenching process is rarely possible , due
to the lack of elementary rate data and experimental temperature - time histories .
Kinetic Models for NO Production A kinetic description of the chemical
transformations occurring during the quenching process is rarely possible , due
to the lack of elementary rate data and experimental temperature - time histories .
Page 183
has sufficient entropy production to favor deposition of the metal . Similarly
dimers , such as ( Fel2 ) 2 , are favorable species for decomposition , since ( Fel )
, 2Fe ( s ) + 41 is a high entropy process . 3 . Examples For the case of Ti , an
optimum ...
has sufficient entropy production to favor deposition of the metal . Similarly
dimers , such as ( Fel2 ) 2 , are favorable species for decomposition , since ( Fel )
, 2Fe ( s ) + 41 is a high entropy process . 3 . Examples For the case of Ti , an
optimum ...
Page 187
Cryolite Emissions In the electrolytic production of aluminum , the cryolyte bath
produces emissions of HF , NaAlF4 vapor and particulates of Na3AlF6 ( cryolite )
and NasAlzF14 ( chiolite ) . It is thought that the chiolite may result from a ...
Cryolite Emissions In the electrolytic production of aluminum , the cryolyte bath
produces emissions of HF , NaAlF4 vapor and particulates of Na3AlF6 ( cryolite )
and NasAlzF14 ( chiolite ) . It is thought that the chiolite may result from a ...
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Contents
GasSolid Reactions with Vapor Products | 37 |
Chemical Vapor Transport and Deposition | 91 |
VaporPhase Aspects of Corrosion at High Temperature | 212 |
Copyright | |
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