The effect of plastic deformation on the optical and structural properties of ZnSe crystals has been investigated. The optical properties have been monitored by cathodoluminescence measurements as a function of the deformation degree. Remarkable differences in the defect-related emissions from the most severely deformed areas have been encountered. Deformation of the crystal lattice of ZnSe, associated with slip phenomena, has been studied by means of Electron Backscattered Diffraction and micro-Raman spectroscopy. The relation between the deformation and the optical properties of the ZnSe crystals has been described
Measurements were made of optical constants of samples of ZnSe in the 100-250 mu m region of the inf...
ZnSe nanoparticles (NPs) were prepared by combining both hydrothermal and mechanical milling methods...
It was experimentally shown that, in a 3d-impurity-doped ZnSe crystal with the zinc blende structure...
The electronic recombination properties of defects in ZnSe is a subject of interest related to the a...
ZnSe single crystals were grown from n-type microcrystalline boules by a Solid Phase Recrystallizati...
In this study, we used cathodoluminescence (CL) spectroscopy to examine the CL emissions of zinc sel...
Samples of zinc telluride bulk single crystals, which were deformed in uniaxial compression, have be...
ZnSe powder has been ball milled in different conditions to investigate the formation of a nanocryst...
ZnSe thin films were deposited on well-cleaned glass substrates by the close-spaced vacuum sublima...
ZnSe single crystals were grown from n-type microcrystalline boules by :I solid phase recrystallizat...
Although ZnSe has been widely studied due to its attractive electronic and optoelectronic properties...
ZnSe single crystals of high quality and low impurity levels are desired for use as substrates in op...
ZnSe thin films were deposited by pulsed laser ablation on quartz substrate. The filmswere investiga...
Crystalline defects were studied in single crystalline ZnSe grown by chemical transport using I2 as ...
Deux composés II-VI de structure cubique blende, le ZnSe (ao = 5,667 Å, facteur d'ionicité fi = 0 ,6...
Measurements were made of optical constants of samples of ZnSe in the 100-250 mu m region of the inf...
ZnSe nanoparticles (NPs) were prepared by combining both hydrothermal and mechanical milling methods...
It was experimentally shown that, in a 3d-impurity-doped ZnSe crystal with the zinc blende structure...
The electronic recombination properties of defects in ZnSe is a subject of interest related to the a...
ZnSe single crystals were grown from n-type microcrystalline boules by a Solid Phase Recrystallizati...
In this study, we used cathodoluminescence (CL) spectroscopy to examine the CL emissions of zinc sel...
Samples of zinc telluride bulk single crystals, which were deformed in uniaxial compression, have be...
ZnSe powder has been ball milled in different conditions to investigate the formation of a nanocryst...
ZnSe thin films were deposited on well-cleaned glass substrates by the close-spaced vacuum sublima...
ZnSe single crystals were grown from n-type microcrystalline boules by :I solid phase recrystallizat...
Although ZnSe has been widely studied due to its attractive electronic and optoelectronic properties...
ZnSe single crystals of high quality and low impurity levels are desired for use as substrates in op...
ZnSe thin films were deposited by pulsed laser ablation on quartz substrate. The filmswere investiga...
Crystalline defects were studied in single crystalline ZnSe grown by chemical transport using I2 as ...
Deux composés II-VI de structure cubique blende, le ZnSe (ao = 5,667 Å, facteur d'ionicité fi = 0 ,6...
Measurements were made of optical constants of samples of ZnSe in the 100-250 mu m region of the inf...
ZnSe nanoparticles (NPs) were prepared by combining both hydrothermal and mechanical milling methods...
It was experimentally shown that, in a 3d-impurity-doped ZnSe crystal with the zinc blende structure...