Engineering topics
Publications and source records attributed to Kesten, A. S..
Liquid hydrazine catalytic reactor startup characteristics as function of catalyst adsorbed gas condition and temperature by high speed motion picture observation
Quantitative measurements of liquid hydrazine residence times as function of absorbed gas condition of catalyst and liquid hydrazine/catalyst temperature
Numerical analysis of effects of transient response in catalytic ignition system to promote hydrogen-oxygen combustion
Computer programming manual for calculating temperature and reactant concentrations as functions of time and axial position in catalyzed continuous flow hydrogen-oxygen reactors
Hydrogen-oxygen catalytic ignition system steady state model for predicting temperature and concentration profiles
Turbulent heat and mass diffusion in catalytic reactors for hydrazine decomposition, developing computer program to calculate temperature and reactant concentration distributions
Liquid hydrazine penetration into catalyst particles upon immersion and decomposition of hydrazine gas
Catalytic ignition system for promoting hydrogen, oxygen combustion
Turbulent heat and mass diffusion in catalytic reactors for hydrazine decomposition, developing computer program to calculate temperature and reactant concentration distributions
Catalyzed hydrazine decomposition reaction chamber
Programs manual for one-dimensional and two- dimensional steady state models of catalyzed hydrazine decomposition reaction chambers
Mathematical model and computer program of catalyzed hydrazine decomposition reaction chamber
Computer program representing two dimensional steady state model of distributed-feed catalyzed hydrazine decomposition reaction chamber
Analytical study of catalyzed hydrazine decomposition reaction chambers for predicting system steady state and transient behavior
Effect of fuel opacity on temperature distribution in gaseous nuclear rocket engine
Computer programs used for formulating and solving integral and differential equations in study of catalytic reactors for hydrazine decomposition
Analytic study of catalytic reactors for hydrazine decomposition