Radiative Heat Transfer in the Mixture of Gas and Particle With Anisotropic Scattering Effect

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6. Conclusion The radiative heat transfer in the mixture of gas and particle is analyzed by using the Monte Carlo method and the scattering effect of anisotropic and isotropic cases is also checked to apply the actual simulation of industrial problems. Furthermore, the non-gray gas radiation can be calculated by the wide band model and Elssasser's model. Then, the above radiative heat transfer will be applied to the non-gray case and to be compared with the simplified gray case. It is important and clear that this numerical analysis in radiative mixture of gas and particle can be supported by the Monte Carlo method and may be applicable in many research areas. References [1] Siegel,R and Howell,J.R::Thermal radiation Heat Transfer, 2nd ed., (1981), McGraw Hill. [2] Edward,D.K.:Radiation Heat Transfer Notes, (1981), Hemisphere. [3] Taniguchi,H. et al.:Heat Transfer Analysis onRadiating and Scattering Gas containing Solid Particles,Proc.lnt.Symp. Multiphase Flows, Hangzhou, (1987), 67-72. [4] Taniguchi,H. et al.:Non-Gray Analysis on Radiative Energy Transfer through Real Gas Layer by Monte Carlo Method,Proc.7th Int.cont. Numerical Methods in Thermal Problems,Stanford, (1991),42-51. [5] Kudo,K. et a!.:.~nalysis on Radiative Characteristics of Heat-Generating Particles dispersed in Non-Gray Combustion-Gas Slub, Proc.lnt.Conf.Power Engineering, Tokyo, Vol.(1993), 191-196. [6] Taniguchi,H. et al.:Radiative heat transfer in the mixture of gas and particle with anisotropic scattering effect,Proc.lnt.Symp.Boiling,Condensation and Two-Phase Flow Heat Transfer, Visakhapatnam, (1994),31-51.