Statistical mechanical theories of transport properties
Statistical mechanical theories of transport properties for dilute, dissociating, moderately dense, and critical region steam
Engineering topics
Publications and source records attributed to Brokaw, R. S..
Statistical mechanical theories of transport properties for dilute, dissociating, moderately dense, and critical region steam
Steady state thermal diffusion in reacting gas mixtures, emphasizing relation of diffusion factors with thermal conductivity due to chemical reaction
High temperature polyatomic gas and gas mixture transport properties, discussing thermoconductivity, multiple intermolecular potentials and plasmas
Ignition kinetics of carbon monoxide-oxygen reaction
High temperature gas transport property estimation with chemically reacting gas mixture conduction
Transport properties of high temperature gases
Analytic solution for ignition kinetics of dry carbon monoxide-oxygen reaction
Analytic solution for ignition kinetics of dry carbon monoxide-oxygen reaction obtained, assuming initiation reaction followed by chain-branching steps
Hot wire thermal conductivity measurements of ordinary and deuterated polar gases, and their equimolar gas mixtures
Thermodynamic and transport properties of oxygen- nitrogen equilibrium system
Heat capacity expression due to chemical reaction, relating composition variations and binary diffusion coefficient with Lewis number, presenting integral equation for system enthalpy
Ignition kinetics of carbon monoxide-oxygen reaction
Thermoconductivity measurements of high polar gases and equimolar mixture at various temperature ranges
Mechanism for hydrogen-fluorine reaction in absence of oxygen to describe oxygen inhibited reaction
Gas dynamics, discussing viscosity, thermoconductivity and diffusion coefficients
Suggested mechanism for quantitative explanation of kinetics of reaction between hydrogen and fluorine
Thermal conductivity of equimolar water-heavy water mixture considered in reply to comment of Spinner
Solutions to hydrogen-oxygen reaction ignition kinetics