Gas Phase Chemical Reaction Systems Experiments and Models 100 Years After Max Bod...
Gas Phase Chemical Reaction Systems: Experiments and Models 100 Years After Max Bodenstein Proceedings of an International Symposion, held at the "Internationales Wissenschaftsforum Heidelberg", Heidelberg, Germany, July 25 - 28, 1995 By A. H. Zewail (auth.), Professor Dr. J. Wolfrum, Dr. H.-R. Volpp, Professor Dr. R. Rannacher, Professor Dr. J. Warnatz (eds.)
1996 | 343 Pages | ISBN: 3642803016 | PDF | 19 MB
Gas Phase Chemical Reachtion Systems consists of edited papers presented at the International Symposion Gas Phase Chemical ReactionSystems:Experiments and Models 100 Years after MaxBodenstein, held at Heidelberg. It is divided into six sections, reflecting the diversity of the topics discussed. Part I is devoted to experimental reaction dynamics studies employing laser and molecular-beam techniques. Part II is the theoretical counterpart of Part I. Part III summarizes the current status of the Bodenstein (H2+I2) "textbook reaction" with experimental and theoretical results. Part IV shows the different approaches for the calculation of state-specific and thermal rate data. Part V includes papers from the "heterogeneous reactions" session and Part VI is devoted to the mathematical modelling of turbulence, reactive flows and complex chemical reaction systems.
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Gas Phase Chemical Reaction Systems: Experiments and Models 100 Years After Max Bodenstein Proceedings of an International Symposion, held at the "Internationales Wissenschaftsforum Heidelberg", Heidelberg, Germany, July 25 - 28, 1995 By A. H. Zewail (auth.), Professor Dr. J. Wolfrum, Dr. H.-R. Volpp, Professor Dr. R. Rannacher, Professor Dr. J. Warnatz (eds.)
1996 | 343 Pages | ISBN: 3642803016 | PDF | 19 MB
Gas Phase Chemical Reachtion Systems consists of edited papers presented at the International Symposion Gas Phase Chemical ReactionSystems:Experiments and Models 100 Years after MaxBodenstein, held at Heidelberg. It is divided into six sections, reflecting the diversity of the topics discussed. Part I is devoted to experimental reaction dynamics studies employing laser and molecular-beam techniques. Part II is the theoretical counterpart of Part I. Part III summarizes the current status of the Bodenstein (H2+I2) "textbook reaction" with experimental and theoretical results. Part IV shows the different approaches for the calculation of state-specific and thermal rate data. Part V includes papers from the "heterogeneous reactions" session and Part VI is devoted to the mathematical modelling of turbulence, reactive flows and complex chemical reaction systems.
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