Add to ORKGThe effect of electron-irradiation on the optical and refractometric properties of As2S3 chalcogenide glasses is studied. Irradiation-induced optical pseudogap shrinkage as well as increase absorption edge energy width, refraction index and molar refraction are revealed. Additional absorption edge smearing is shown to result from the increase of contribution of static structural disordering into the absorption edge energy width, and the refractive index increase is caused by the increase of molar refraction (electron polarizability) due to the radiation-induced changes
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...
Changes of optical transmittance induced by the influence of 60Co γ-irradiation have been studied in...
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...
High-energy (2Mev) electron irradiation may produce excess density of valence-alternation pairs (VAP...
International audienceIn this work, multiple effects of γ-ray irradiation on properties of bulk Ge-A...
In this work, multiple effects of γ-ray irradiation on properties of bulk Ge–As–Se chalcogenide glas...
Gamma radiation is known to induce changes in physical, opti-cal, and structural properties in chalc...
γ-irradiation were carried out on Ge-As-S glasses belonging to two different lines of the glass-form...
In the present work γ-irradiation induced optical band gap variations (ΔEopt) were investigated on G...
The experimental results on the effect of thermal annealing and high-energy electron (6.5 MeV) irrad...
© 2016 Elsevier Inc. All rights reserved.A review of recent results on the structural modification o...
The evolution of the plastic properties of chalcogenide glasses of AsxSe1-x system irradiated by ban...
Measurements are reported of the refractive index and absorption coefficient changes of amorphous As...
The optical properties of commercial and experimental arsenic sulfide glasses were studied during an...
The original experimental results on the study of structural modification of chalcogenide glasses by...
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...
Changes of optical transmittance induced by the influence of 60Co γ-irradiation have been studied in...
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...
High-energy (2Mev) electron irradiation may produce excess density of valence-alternation pairs (VAP...
International audienceIn this work, multiple effects of γ-ray irradiation on properties of bulk Ge-A...
In this work, multiple effects of γ-ray irradiation on properties of bulk Ge–As–Se chalcogenide glas...
Gamma radiation is known to induce changes in physical, opti-cal, and structural properties in chalc...
γ-irradiation were carried out on Ge-As-S glasses belonging to two different lines of the glass-form...
In the present work γ-irradiation induced optical band gap variations (ΔEopt) were investigated on G...
The experimental results on the effect of thermal annealing and high-energy electron (6.5 MeV) irrad...
© 2016 Elsevier Inc. All rights reserved.A review of recent results on the structural modification o...
The evolution of the plastic properties of chalcogenide glasses of AsxSe1-x system irradiated by ban...
Measurements are reported of the refractive index and absorption coefficient changes of amorphous As...
The optical properties of commercial and experimental arsenic sulfide glasses were studied during an...
The original experimental results on the study of structural modification of chalcogenide glasses by...
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...
Changes of optical transmittance induced by the influence of 60Co γ-irradiation have been studied in...
Bulk glasses having the compositions As42S58, As36Sb6S58, and As36Ge6S58 have been irradiated at 800...