Abstract. The dielectric constants of rare-earth oxides (RE2O3) and rare-earth nitrides, phos-phides, arsenides, and antimonides (REX, RE = rare-earth element, X = N, P, As, Sb) are quantitatively estimated. The estimation is based on the approximately linear relationship between the dielectric constant and the atomic number of the constituent atoms. Similar correlations are valid in nearly all series of related compounds; thus the approach presented here can be used as an effective tool in the search for materials with specific properties, e.g. high dielectric constants. 1
Résumé du livre : This book describes various dielectric material properties, used in many kinds of ...
The 1 MBz dielectric constants of a variety of synthetic aluminate garnets: Y_3Al_5 O_(12), Ho_3Al_...
Introduction. Material characterization for optical device purposes relies on the knowledge of mater...
By using Pillips and van Vechten theory, the chemical bond parameters and dielectric constants of RE...
We report recent and ongoing theoretical studies of the dielectric properties of high-dielectric-con...
The electrical constants of dielectrics are the power factor and the dielectric constant, the power ...
The author reviews the thermoelectric properties of metallic compounds which contain rare-earth atom...
The dielectric constant of a material yields important information about the physical properties and...
The chemical-bond method to calculate the dielectric constant of tetrahedral semiconductors was deve...
This communication reports on the results of computations of imaginary ε2 and real ε1 parts of diele...
The discovery of high-dielectric materials is crucial to increasing the efficiency of electronic dev...
The 1-MHz dielectric constants and loss factors of the minerals diaspore, euclase, hamberyite, sinha...
We present a theoretical perspective on general aspects of the dielectric response and dynamical pro...
SIGLEAvailable from British Library Document Supply Centre- DSC:8713.006(ERA-L/T--172) / BLDSC - Bri...
Dielectrics are an important class of materials that are ubiquitous in modern electronic application...
Résumé du livre : This book describes various dielectric material properties, used in many kinds of ...
The 1 MBz dielectric constants of a variety of synthetic aluminate garnets: Y_3Al_5 O_(12), Ho_3Al_...
Introduction. Material characterization for optical device purposes relies on the knowledge of mater...
By using Pillips and van Vechten theory, the chemical bond parameters and dielectric constants of RE...
We report recent and ongoing theoretical studies of the dielectric properties of high-dielectric-con...
The electrical constants of dielectrics are the power factor and the dielectric constant, the power ...
The author reviews the thermoelectric properties of metallic compounds which contain rare-earth atom...
The dielectric constant of a material yields important information about the physical properties and...
The chemical-bond method to calculate the dielectric constant of tetrahedral semiconductors was deve...
This communication reports on the results of computations of imaginary ε2 and real ε1 parts of diele...
The discovery of high-dielectric materials is crucial to increasing the efficiency of electronic dev...
The 1-MHz dielectric constants and loss factors of the minerals diaspore, euclase, hamberyite, sinha...
We present a theoretical perspective on general aspects of the dielectric response and dynamical pro...
SIGLEAvailable from British Library Document Supply Centre- DSC:8713.006(ERA-L/T--172) / BLDSC - Bri...
Dielectrics are an important class of materials that are ubiquitous in modern electronic application...
Résumé du livre : This book describes various dielectric material properties, used in many kinds of ...
The 1 MBz dielectric constants of a variety of synthetic aluminate garnets: Y_3Al_5 O_(12), Ho_3Al_...
Introduction. Material characterization for optical device purposes relies on the knowledge of mater...