14 pages matching doped crystals in this book
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MATERIALS APPARATUS AND EXPERIMENTAL TECHNIQUE
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barrier height boule numbers bridge calculated carbon resistor cm in cm Conductivity of Pure Cornell cryostat crystal holder crystals containing Debye degrees Kelvin Devonshire model diffusion pump discussed doped crystals energy levels entropy experimental chamber Figure frequency germanium Green's function Guy Lombardo heat of KC1 helium host lattice inch indium infrared infrared absorption infrared spectra KC1 and KBr KC1 Containing CN librational matrix elements molecular molecule mutual inductance NaC1 Narayanamurti numbers in cm phase detector phonon scattering phosphor bronze Phys Pohl pure KC1 relaxation rate resistance resistance thermometer resonance fluorescence scattering resonance scattering scattering of CN scattering rate shown in Fig specific heat specific heat measurements specific heat sample spectroscopic data spontaneous emission strong phonon interaction Temperature in degrees thermal conductivity curves thermal conductivity measurements Thermal Conductivity Samples thesis transition tunneling levels tunneling splitting twin tee network vapor pressure vibrational watt wave vector