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Full Description
This introduction to heat transfer theory on a graduate level links the experimental with theory, so as to highlight the connections between these two approaches. Divided into three parts on heat transport in electronic devices and materials, materials for solid-state heat conduction, and active cooling technology, this monograph also treats the Boltzmann transport equation and atomic-level simulation. It also takes a look at possible future technologies, including novel materials and composites, thermoelectrics, and microrefrigerators.
Contents
Managing Heat Generation in Electronic Devices Part I. Heat transport in electronic devices and materials 1. Overview of heat management in electronics 2. Solid-state heat conduction 3. Interfacial thermal transport 4. Transport in confined geometries 5. Non-equilibrium heat transport in electronics 6. Thermal transport simulation Part II. Materials for solid-state heat conduction 7. Silicon-on-insulator and Si/SiGe technology 8. Composite substrates 9. Heat spreaders and heat sinks 10. Thermal-Interface Materials (TIMS) 11. Interconnects and passivation Part III. Active cooling technology 12. Gas-compression based refrigeration 13. Thermoelectric/thermionic refrigeration 14. Microfluidics and phase-change devices