Thermal radiation heat transfer / Robert Siegel y John R. Howell

Preface.p.: xiii

Preface to the first edition. p.: xv

Appendixes

1. Introduction.-- 2. Radiation fron a Blackbody.-- 3. Definitions of properties for Nomblack Surfaces.-- 4. Prediction of radiactive properties by Classical electromagnetic theory.-- 5. Radiactive properties of real materials.-- 6. Introductions radiactive exchange.-- 7. Exchange of radiant energybetween black isothermal surfaces.-- 8. Radiation exchange in an enclosure composed of diffuse-gray surfaace.--9. Radiation in enclosures having some specularly reflecting surface.-- 10. The exchange of thermal radiation between nondiffuse nongray surfaces.--11. The monte carlo approach to radiant-interchange problems.--12. Radiation in the presence of other modes of energy transfer.-- 13. Fundamentals of radiation in absorving, emitting and scattering media.-- 14. The equations of energy transfer for absorbing, Emitting, and scattering media.-- 15. Approximate solutions of the equations of radioactive Transfer.-- 16. An intoduction to the microscopic basic for gas properties and scattering by particles.-- 17.The engineering treatment of gas radiation in enclosures.-- 18. Energy transfer by radiation combined with conduction and /or convection.-- 19.Radioative Behavior of window, coatings, and semitransparent solids.-- 20. The Monte Carlo technique for absorbing, emittinng, and scattering media.

Preface.-- 1.Introduction.--2.Radiation from a Blackbody.--3.Definitions of properties for nonblack surfaces.--4.Prediction of radiative properties by classical electromagnetic theory.-- 5. Radiative properties of real material.-- 6. Introduction to radiative exchange.-- 7. Exchange of radiant energy between black isothermal surfaces.-- 8. Radiation exchange in an Enclosure composed of diffuse gray surfaces.-- 9. Radiation in Enclosures Having some Speculary reflecting surfaces.-- 10. The exchange of thermal radiation between nondiffuse surfaces.-- 11.The Monte Carlo Approach to radiant interchange problems.-- 12. Radiaction in nthe presence of Other modes of energy transfer.-- 13. Fundamentals of radiation in Absorbing emitting and scattering media.--14.The equations of energy transfer for absorbing,emitting and scattering media.--15.Approximate solutions of the equations of radiative transfer .-- 16. An introduction to the microscopic basis for gas properties and scattering by particles.-- 17.The engineering treatment of gas radiation in enclosures.--18.Energy transfer by radiation combined with conduction and convection.-- 19.Radiative Behavior of windows , coatinga and semitransparent solids.--20. The Monte Carlo Technique for absorbing emitting and scattering media.--