Titlebook: Radiation Gas Dynamics; Shih-I Pai Book 1966 Springer-Verlag / Wien 1966 boundary layer.convection.density.dynamics.energy.fields.heat.mec

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Equation of Transfer of Radiation,ium (.). The exact form of these functions can be determined either from the microscopic analysis or from experiment. We shall discuss the determination of these coefficients in chapter XI. In this chapter, we shall assume that the medium is homogeneous so that the properties of absorption and emiss

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Radiative Equilibrium,m, we usually may define a temperature at each point in the flow field, it is a good approximation to assume that the radiative equilibrium is reached locally according to the local temperature. In other words, we may assume that the emission of radiation is according to the local temperature as if

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Fundamental Equations of Radiation Gasdynamics,nd three velocity components. In radiation gasdynamics, we have to add the specific intensity of radiation .. to these gasdynamic variables. Hence we need to find seven fundamental equations for these seven unknowns. These fundamental equations are

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Heat Transfer in Radiation Gasdynamics,adiative heat transfer in an absorbing medium. It should be noticed that these analyses are important in the determination of heat transfer of space vehicles because in the outer space the heat conduction and heat convection are negligible in comparison with radiation.

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Kinetic Theory of Radiating Gases,tailed motion of all the particles in a gas flow because of the large number of particles considered. We have to use the statistical average of the motions of the particles of a gas. In such a kinetic theory, we may use a molecular distribution function for each species of the mixture of the gas. In

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Shih-I Pais neither difficult nor arcane. Learning all this did not tarnish my sense of discovery. (On reflection I am puzzled by my failure to have seen all this "beauty978-1-4612-9138-1978-1-4612-4744-9Series ISSN 1431-875X Series E-ISSN 2197-4136

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Shih-I Pairaduate students and research.mathematicians who may be familiar with many of the topics but want to?broaden their understanding of them..978-3-030-08354-0978-3-319-77038-3Series ISSN 2522-5200 Series E-ISSN 2522-5219