The present state of studies on color centers in glasses has been reviewed. The cu_ rent works on color centers are shown to be directed to classification of the color centers (trapped hole or trapped electron?), use of color center phenomena as a tool for elucidating the glass structure and investigation of inorganic radicals in glass as a solution medium. Investigation of high pressure effect on color centers, conducted in our laboratory, is pre-sented as an example of their applications to the problem of glass structure. I
A description is given of the main color centres in ionic crystals : F-type centres, which involve ...
Intrinsic, extrinsic (transition metals and hydroxyl), and induced (color centers) absorption of mul...
The F center is the prototype of the excess electron color centers. Although many of the properties ...
General aspects of radiation-induced coloration in glass are discussed. It is considered that the mo...
Dislocation of glass caused by radiation due to dislocation of electrons in the structure was discus...
The color centers of the alkali borate glasses are discussed in terms of structural units. The radia...
Photo-thermo-refractive (PTR) glass is a photosensitive multicomponent silicate glass that imparts r...
A review and theoretical discussion of the mechanism of color center production by uv, soft x-ray, a...
The aim is to elucidate the photostimulated formation of destructing colour centres. The standard eq...
A number of investigators have shown that glass on exposure to radioactive and X-radiation becomes c...
Purpose of Investigation: One of the objects of this investigation is to determine the amount of Ce...
Silica glass samples were implanted with 1.157 GeV Fe-56 and 1.755 GeV Xe-136 ions to fluences range...
Laser labelling inside glass induces micro-cracks by high energy densities in the focus. The micro-c...
The optical properties of silicate glasses under high-power, 850-nm femtosecond laser irradiation ha...
Intrinsic, extrinsic (transition metals and hydroxyl), and induced (color centers) absorption of mul...
A description is given of the main color centres in ionic crystals : F-type centres, which involve ...
Intrinsic, extrinsic (transition metals and hydroxyl), and induced (color centers) absorption of mul...
The F center is the prototype of the excess electron color centers. Although many of the properties ...
General aspects of radiation-induced coloration in glass are discussed. It is considered that the mo...
Dislocation of glass caused by radiation due to dislocation of electrons in the structure was discus...
The color centers of the alkali borate glasses are discussed in terms of structural units. The radia...
Photo-thermo-refractive (PTR) glass is a photosensitive multicomponent silicate glass that imparts r...
A review and theoretical discussion of the mechanism of color center production by uv, soft x-ray, a...
The aim is to elucidate the photostimulated formation of destructing colour centres. The standard eq...
A number of investigators have shown that glass on exposure to radioactive and X-radiation becomes c...
Purpose of Investigation: One of the objects of this investigation is to determine the amount of Ce...
Silica glass samples were implanted with 1.157 GeV Fe-56 and 1.755 GeV Xe-136 ions to fluences range...
Laser labelling inside glass induces micro-cracks by high energy densities in the focus. The micro-c...
The optical properties of silicate glasses under high-power, 850-nm femtosecond laser irradiation ha...
Intrinsic, extrinsic (transition metals and hydroxyl), and induced (color centers) absorption of mul...
A description is given of the main color centres in ionic crystals : F-type centres, which involve ...
Intrinsic, extrinsic (transition metals and hydroxyl), and induced (color centers) absorption of mul...
The F center is the prototype of the excess electron color centers. Although many of the properties ...