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Some Notes on Radiation in a Dusty
ComputerProgram Listing for the Structure
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analysis changes CM CM CM constant correlation density ratio dispersed shock waves distance drag coefficient dusty gas dusty gases dusty-gas flows dusty-gas mixture dynamic relaxation length effects of particle effects of virtual energy equation equal equilibrium shock Mach equilibrium sound speed flow properties Fluid frozen shock Mach frozen sound speed gas and particle gas density gas pressure gas shock gas temperature gas velocity Gas-Particle heat transfer increases loading ratio material density ppa momentum equation Nusselt number obtained particle diameter particle material density particle temperatures particle velocity particle-volume effects particle-volume fraction partly dispersed shock pg ug radiation Rankine-Hugoniot equations relaxation region relaxation zone Runge-Kutta method shock front shock Mach number Shock Tubes shock-wave simply specific heat specific-heat ratio standard drag curve temperatures and velocities UJ UJ UJ unit volume unity UTIAS values virtual mass viscous drag zero