New Data and Updates for several IIa-VI Compounds (Structural Properties, Thermal and Thermodynamic Properties, and Lattice Properties)

The Landolt-Börnstein subvolume III-44G is the seventh part of an update to the existing eight volumes III-41 about Semiconductors and contains New Data and Updates for IIa-VI Compounds (Structural Properties, Thermal and Thermodynamic Properties, and Lattice Properties). Each compound is described with respect to its properties, the corresponding references are provided.

The Landolt-Börnstein volume III/44G is the seventh part of an update to the existingeight volumes III/41 about Semiconductors and contains for New Data and Updatesfor IIa-VI Compounds (Structural Properties, Thermal and Thermodynamic. Properties, and Lattice Properties). Each compound is described withrespect to its properties, the corresponding references are provided.

Klappentext

The Landolt-Börnstein subvolume III-44G is the seventh part of an update to the existing eight volumes III-41 about Semiconductors and contains New Data and Updates for IIa-VI Compounds (Structural Properties, Thermal and Thermodynamic Properties, and Lattice Properties). Each compound is described with respect to its properties, the corresponding references are provided.

Inhalt
Structural Properties.- Thermal and Thermodynamic Properties.- Lattice Properties.- BaO: Phase Transition Pressure, Phase Stability.- BaO: Lattice Parameters.- BaO: Phonon Dispersion Relations, Phonon Density of States.- BaO: Phonon Frequencies.- BaO: Elastic Constants, Internal Strain Parameter.- BaO: Bulk Modulus.- BaO: Dielectric Constant, Born Effective Charge.- BaO: Piezoelectric Constants, Spontaneous Polarization.- BaPo: Phase Transition.- BaPo: Lattice Parameters.- BaPo: Elastic Constants.- BaPo: Bulk Modulus.- BaS: Phase Transition.- BaS: Lattice Parameters.- BaS: Phonon Dispersion Relations, Phonon Density of States.- BaS: Phonon Frequencies, Mode-Grüneisen Parameters.- BaS: Elastic Constants, Acoustic Attenuation.- BaS: Bulk Modulus.- BaS: Dielectric Constant, Born Effective Charge.- BaSe: Phase Transition.- BaSe: Lattice Parameters.- BaSe: Phonon Dispersion Relations, Phonon Density of States.- BaSe: Phonon Frequencies, Mode-Grüneisen Parameters.- BaSe: Elastic Constants, Acoustic Attenuation.- BaSe: Bulk Modulus.- BaSe: Dielectric Constant, Born Effective Charge.- BaTe: Phase Transition Pressure.- BaTe: Lattice Parameters.- BaTe: Phonon Dispersion Relation, Phonon Density of States.- BaTe: Phonon Frequencies, Mode-Grüneisen Parameters.- BaTe: Elastic Constants, Acoustic Attenuation.- BaTe: Bulk Modulus.- BaTe: Dielectric Constant, Born Effective Charge.- BeO: Phase Transition Pressure, Phase Transition Temperature, Phase Stability, Phase Diagram.- BeO: Gibbs Free Energy.- BeO: Thermal Expansion.- BeO: Lattice Parameters.- BeO: Debye-Waller Factor, Temperature Factor.- BeO: Phonon Dispersion Curves, Phonon Density of States.- BeO: Phonon Frequencies, Mode-Grüneisen Parameters.- BeO: Phonon Line Width.- BeO: Elastic Constants.- BeO: Bulk Modulus.- BeO: Piezoelectric Constant, Spontaneous Polarization.- BeO: Dielectric Constant, BornEffective Charge.- BeS: Transition Pressure, Phase Stability.- BeS: Thermal Expansion.- BeS: Lattice Parameters.- BeS: Phonon Dispersion Curves, Phonon Density of States.- BeS: Phonon Frequencies.- BeS: Elastic Constants, Internal Strain Parameter, Acoustic Attenuation.- BeS: Bulk Modulus.- BeS: Dielectric Constant, Born Effective Charge.- BeSe: Phase Transition Pressure, Phase Stability.- BeSe: Specific Heat.- BeSe: Thermal Expansion.- BeSe: Lattice Parameters.- BeSe: Debye-Waller Factor, Temperature Factor.- BeSe: Phonon Dispersion Curves, Phonon Density of States, Surface Phonon Dispersion Curves, Surface Phonon Density of States.- BeSe: Phonon Frequencies, Mode-Grüneisen Parameters.- BeSe: Elastic Constants, Internal Strain Parameter, Acoustic Attenuation.- BeSe: Bulk Modulus.- BeSe: Dielectric Constant, Born Effective Charge.- BeTe: Phase Transition Pressure, Phase Stability.- BeTe: Thermal Expansion.- BeTe: Lattice Parameters.- BeTe: Phonon Dispersion Curves, Phonon Density of States.- BeTe: Phonon Frequencies.- BeTe: Phonon Line Width.- BeTe: Elastic Constants, Internal-strain Parameter, Acoustic Attenuation.- BeTe: Bulk Modulus.- BeTe: Dielectric Constant, Born Effective Charge.- CaO: Phase Transition Pressure, Phase Stability, Phase Diagram, Ferroelectric Phases Transition.- CaO: Thermal Expansion.- CaO: Lattice Parameters.- CaO: Phonon Dispersion Relations, Phonon Density of States.- CaO: Phonon Frequencies.- CaO: Phonon Line Width.- CaO: Elastic Constants, Internal Strain Parameter.- CaO: Bulk and Shear Moduli.- CaO: Piezoelectric Constant, Spontaneous Polarization.- CaO: Dielectric Constant, Born Effective Charge.- CaPo: Phase Transition Pressure, Equation of State.- CaPo: Thermal Expansion.- CaPo: Lattice Parameters.- CaPo: Phonon Dispersion Curves, Phonon Density of States.- CaPo: Phonon Frequencies.- CaPo: Elastic Constants, Internal Strain Parameter.- CaPo: Bulk Modulus.- CaS: Phase Transition Pressure.-CaS: Lattice Parameters.- CaS: Phonon Frequencies.- CaS: Phonon Line Width.- CaS: Elastic Constants.- CaS: Bulk Modulus.- CaS: Dielectric Constant.- CaSe: Phase Transition Pressure.- CaSe: Lattice Parameters.- CaSe: Elastic Constants.- CaSe: Bulk Modulus.- CaSe: Dielectric Constant.- CaTe: Phase Transition Pressure.- CaTe: Lattice Parameters.- CaTe: Elastic Constants.- CaTe: Bulk Modulus.- CaTe: Dielectric Constant.