International audienceFar-infrared transmitting telluride glasses are synthesized by stabilizing the Ge-Te amorphous covalent network with addition of iodine. These new glasses show good resistance toward crystallization and are therefore compatible for designing complex IR optics for detection of CO2 (see figure). Moulded optics can be prepared from these glasses without loss in optical properties
This study reports on the synthesis of telluride glasses that have transmission far beyond the secon...
Tellurium-based chalcogenide glasses are materials that are transparent over a range of long infrare...
International audienceA new family of Tellurium based glasses from the Ge-Te-I ternary system has be...
International audienceTellurium based glasses have been studied for their optical properties in the ...
International audienceTe80−xGe20Sex glasses have been prepared along the GeSe4-GeTe4 axis using the ...
Te80-xGe20Sex glasses have been prepared along the GeSe4-GeTe4 axis using the classical method in si...
International audienceTelluride glasses possess the widest infrared window of all amorphous material...
International audienceTelluride glasses are very attractive due to their unique infrared transparenc...
International audienceThis study reports on the synthesis of telluride glasses that have transmissio...
International audienceThe demand for infrared materials which exhibit higher performance is still gr...
International audienceConditions of formation of bulk tellurium chalcogenide glasses, containing 70-...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
International audienceA serious of tellurium based chalcogenide glass were prepared and investigated...
This study reports on the synthesis of telluride glasses that have transmission far beyond the secon...
Tellurium-based chalcogenide glasses are materials that are transparent over a range of long infrare...
International audienceA new family of Tellurium based glasses from the Ge-Te-I ternary system has be...
International audienceTellurium based glasses have been studied for their optical properties in the ...
International audienceTe80−xGe20Sex glasses have been prepared along the GeSe4-GeTe4 axis using the ...
Te80-xGe20Sex glasses have been prepared along the GeSe4-GeTe4 axis using the classical method in si...
International audienceTelluride glasses possess the widest infrared window of all amorphous material...
International audienceTelluride glasses are very attractive due to their unique infrared transparenc...
International audienceThis study reports on the synthesis of telluride glasses that have transmissio...
International audienceThe demand for infrared materials which exhibit higher performance is still gr...
International audienceConditions of formation of bulk tellurium chalcogenide glasses, containing 70-...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
The tellurium-based glasses are of interest because of their transparency in the mid- and far-infrar...
International audienceA serious of tellurium based chalcogenide glass were prepared and investigated...
This study reports on the synthesis of telluride glasses that have transmission far beyond the secon...
Tellurium-based chalcogenide glasses are materials that are transparent over a range of long infrare...
International audienceA new family of Tellurium based glasses from the Ge-Te-I ternary system has be...