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List of symbols
Static methods of measuring thermal conductivity
Dynamic methods of measuring thermal conductivity
4 other sections not shown
alloys analysis approximation atoms Boltzmann equation boundary scattering calculation Callaway coefficient conductor constant crystalline curve Debye temperature decreases density dependence diffusivity discussed dislocations effect electrical conductivity electrical resistivity electronic thermal conductivity electrons and holes energy gap Fermi Fermi energy frequency function given graphite guard heat conduction heat losses heat sink heat transfer heater high temperatures impurity increases insulators lattice conduction lattice thermal conductivity lattice vibrations linear Lorenz number low temperatures magnitude magnons materials maximum mean free path metals method N-processes necessary normal modes obtained parameter phase phonon scattering phonons Phys pores porosity porous possible predict problem pyrolytic graphite radiation radiative heat ratio relaxation room temperature sample scattering mechanisms scattering of phonons scattering processes semiconductors semimetals shown in figure solid specific heat Steigmeier superconducting surface temperature gradient theoretical theory thermal insulators thermal resistance thermocouple three-phonon umklapp vector velocity wave Wiedemann-Franz law Ziman