Front Cover; Advances in Heat Transfer, Volume 33; Copyright Page; Contents; Contributors; Preface; Chapter 1. Heat and Mass Transfer in Microwave Processing; I. Introduction; II. Microwave Oven Components; III. Microwave-Material Interactions: Dielectric Properties; IV. Electromagnetic Fields in a Microwave Enclosure; V. Heat Transport during Microwave Processing; VI. Mass Transport in Porous Media under Microwave Heating; VII. Closing Remarks; Acknowledgments; Key to Symbols; References

Chapter 2. Enhancement of Heat Transfer and Mass Transport in Single-Phase and Two-Phase Flows with ElectrohydrodynamicsAbstract; I. Introduction; II. Theoretical Background; III. EHD Enhancement of Boiling Heat Transfer; IV. EHD Enhancement of Condensation Heat Transfer; V. EHD Pumping; VI. Enhancement of Heat Transfer with Corona Wind; VII. Conclusions; Acknowledgments; Nomenclature; References; Chapter 3. Microscale Aspects of Thermal Radiation Transport and Laser Applications; Abstract; I. Introduction; II. Fundamentals; III. Length Scales and Related Radiation Regimes

IV. Time Scales and Related RegimesV. Electromagnetic Wave Interference and Related Models; VI. Models for Thin Metallic Films; VII. Short-Pulse Radiation Transport through Scattering Absorbing Media; VIII. Laser-Metal Interaction; IX. Interaction of High-Intensity Short-Pulse Lasers with Liquids and Organic Materials; X. Summary; XI. Acknowledgments; Nomenclature; References; Chapter 4. Gas IR Radiative Properties: From Spectroscopic Data to Approximate Models; Abstract; I. Introduction; II. Characterization of an Isolated Line; III. Gas Molecular Spectra

IV. Statistical Narrowband (SNB) ModelsV. The Correlated-k (CK) and Correlated-k-Fictitious-Gas (CKFG) Methods; VI. Models Based on Global Absorption Distribution Functions; VII. Accuracy of the Models Applied to Radiative Transfer in Planar Media; VIII. Concluding Remarks; Acknowledgments; Appendix A. Mean Equivalent Black-Line Width for Lorentz Lines; List of Symbols; References; Chapter 5. Cooling-Water Fouling in Heat Exchangers; Abstract; I. Introduction; II. Fouling Mechanisms during Heat Transfer to Water; III. Sequential Events of Fouling

IV. General Approach to the Modeling of Heat-Exchanger FoulingV. Crystallization Fouling; VI. Particulate Fouling; VII. Biological Fouling; VIII. Industrial Cooling-Water Fouling; IX. Mitigation of Cooling-Water Fouling; X. Conclusions; Symbols; References; Author Index; Subject Index