We present data on thin films of germanosilicate glass which contains a gallium-oxide nanophase and alkali ions as charge compensators. Films are obtained by DC magnetron sputtering deposition from a target of bulk glass produced by melt quenching technique. These films are investigated as far as it concerns light absorption, emission and charge transport
Lorenzi, R., Golubev, N., Ignat’Eva, E., Sigaev, V., Azarbod, A., Mereu, R., et al. (2016). Optical and electrical response of germanosilicate glass-based films nanostructured by alkali-assisted incorporation of gallium oxide.. Intervento presentato a: International Symposium on SiO2, Advanced Dielectrics and related Devices symposium 13-15 June, Nice, France.
Optical and electrical response of germanosilicate glass-based films nanostructured by alkali-assisted incorporation of gallium oxide.
LORENZI, ROBERTO
;MEREU, RALUCA ANCAPenultimo
;PALEARI, ALBERTO MARIA FELICEUltimo
2016
Abstract
We present data on thin films of germanosilicate glass which contains a gallium-oxide nanophase and alkali ions as charge compensators. Films are obtained by DC magnetron sputtering deposition from a target of bulk glass produced by melt quenching technique. These films are investigated as far as it concerns light absorption, emission and charge transport
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