We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation (electron, gamma, optical). Laser irradiations using nanosecond ultraviolet (UV) and femtosecond infrared (IR) laser are compared with gamma and electron exposure. All irradiated glasses exhibit absorption maxima around 320 nm and 380 nm and emission in the visible spectral range. Following exposure, silver clusters are formed. The optical response of such species is investigated using absorption and fluorescence spectroscopic techniques. The mechanism of formation of these clusters is discussed
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
We report on exposing a photosensitive zinc phosphate glass containing silver to different radiation...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
Various photo-induced silver luminescent centres were obtained in photosensitive zinc and phosphate ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...
We report on the micro- and nano-structuring of a silver-containing zinc phosphate glass under high ...