Measurement of Critical Rate Constants for Nitric Oxide Decomposition

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Stanford University, 1975 - Chemical kinetics - 332 pages

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1/N-DOT SEC/MOLE activation energy alumina Appendix approximately argon atoms calculation chemical kinetics chemiluminescent combustion concentration coolant Corrected data curve fit cycle detector dispersed plug flow effect end plug equations equilibrium equilibrium constant experiment experimental Figure IV.7 flowrate Full kinetic function furnace gas mixtures given H₂ H₂O high temperatures Initial Mole Fraction inlet k₁ k₂ Kcal Limiting reactor conversion measured molar flow rate mole fraction mole sec N₂ Needle Valve NO/Argon mixture NO/H2/Argon Mixture NO₂ number of moles optimized outlet plug flow model plug flow reactor pre-exponential factor Raw data reactants reaction order reactor conversion rate Reactor Output residence time distribution rhenium shown in Figure simplified kinetics species steady surface reaction rates T-AVG T₁ Table temperature range test gas thermocouple total number Variations on Reactor XNO XNO XNO XNO.5 XNO.6 XNO XNO.of XNO/XNO-0 CORRECTED Zeldovitch ΝΟ ΧΝΟ

Bibliographic information

TitleMeasurement of Critical Rate Constants for Nitric Oxide Decomposition
AuthorsRobert William McCullough, Stanford University. High Temperature Gasdynamics Laboratory
ContributorsStanford University. Department of Mechanical Engineering, Electric Power Research Institute
PublisherStanford University, 1975
Length332 pages
  
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