The Transport Theory of Temperature Waves in Insulators

Keywords

Phonon, Boltzmann equation, Reflection coefficient, Physics, Boltzmann constant

References

• The mathematical theory of non-uniform gasesChapman, Sydney, Cowling, Thomas G — 1939
• The surface impedance of superconductors and normal metals at high frequencies II. The anomalous skin effect in normal metalsA. B. Pippard — 1947
• The evaluation of the surface impedance in the theory of the anomalous skin effect in metalsG. E. H. Reuter, E. H. Sondheimer — 1948
• Preliminary experiments on the temperature-wave method of measuring specific heats of metals at low temperaturesD. H. Howling, Emigdio Mendoza, J. E. Zimmerman — 1955

Cited by

• Towards a microscopic understanding of phonon heat conductionAustin J. Minnich — 2014
• Advances in the measurement and computation of thermal phonon transport propertiesAustin J. Minnich — 2015
• The propagation of high-frequency thermal waves in dielectric crystals. I. Purely resistive phonon interactionsI F I Mikhail, S. Simons — 1975
• High-frequency thermal propagation in dielectrics: the effect of the quasi-conservation of wavenumber in the Umklapp processI F I Mikhail, Y S Yousef — 1985
• On the differential equation for heat conductionS. Simons — 1972
• The application of high frequency thermal propagation data to the measurement of phonon relaxation timesS. Simons — 1971
• Analytical Green’s function of the multidimensional frequency-dependent phonon Boltzmann equationChengyun Hua, Austin J. Minnich — 2014
• Some comments on the propagation of temperature waves in insulatorsM.M.R. Williams — 1971
• The propagation of high-frequency thermal waves in dielectric crystals II. Resistive and non-resistive phonon interactionsI F I Mikhail, S. Simons — 1975
• THE WIENER–HOPF TECHNIQUE: AN ALTERNATIVE TO THE SINGULAR EIGENFUNCTION METHODM.M.R. Williams — 1973

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