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New Data and Updates for several IIa-VI Compounds (Structural Properties, Thermal and Thermodynamic Properties, and Lattice Properties) / U. Rössler, editor.
- Format:
- Book
- Language:
- English
- Subjects (All):
- Semiconductors--Handbooks, manuals, etc.
- Semiconductors.
- Thermodynamics.
- Thermal properties.
- Physical Description:
- 1 online resource
- Other Title:
- New Data and Updates for several IIa-VI Compounds
- Place of Publication:
- Berlin Heidelberg : Springer Berlin Heidelberg, 2014.
- Summary:
- 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).
- Contents:
- 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.
- Notes:
- Description based on publisher supplied metadata and other sources.
- ISBN:
- 3-642-41461-3
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