International audienceTelluride glasses are very attractive due to their unique infrared transparency window compared to other chalcogenide glasses. The extension of their infrared transmission by changing the composition appears to be very challenging. Glasses in the (GeTe4)100-x(AgI)x system, with 5 ≤ x ≤ 30 have been synthesized using the melt-quenching method. The effect of the addition of silver iodide is a widening of the infrared transparency range up to 35 μm that is much larger than for any other chalcogenide glass families. Moreover, the moulding of these telluride glasses is also achievable without affecting the optical properties. © 201
FIR spectra were obtained of polynary chalcogenide glasses which are transparent from the near IR to...
A series of Ge-Te-CuI far infrared transmitting chalcohalide glasses were prepared by traditional me...
In this study, we examined the function of halogen iodine acting as a glass network modifier in gree...
International audienceA serious of tellurium based chalcogenide glass were prepared and investigated...
International audienceTelluride glasses, i.e., nonoxide glasses based on the chalcogen element tellu...
International audienceThe demand for infrared materials which exhibit higher performance is still gr...
Tellurium-based chalcogenide glasses are materials that are transparent over a range of long infrare...
International audienceFar-infrared transmitting telluride glasses are synthesized by stabilizing the...
International audienceSe with good glass formation ability was gradually doped into the Ge-As-Te gla...
International audienceConditions of formation of bulk tellurium chalcogenide glasses, containing 70-...
International audienceThis study reports on the synthesis of telluride glasses that have transmissio...
International audienceTe-based glasses are ideal material for life detection and infrared-sensing ap...
International audienceA series of Ge-Te-CuI far infrared transmitting chalcohalide glasses were prep...
International audienceTellurium based glasses have been studied for their optical properties in the ...
Chalcogenide glasses of different compositions have been studied for infrared applications. Composit...
FIR spectra were obtained of polynary chalcogenide glasses which are transparent from the near IR to...
A series of Ge-Te-CuI far infrared transmitting chalcohalide glasses were prepared by traditional me...
In this study, we examined the function of halogen iodine acting as a glass network modifier in gree...
International audienceA serious of tellurium based chalcogenide glass were prepared and investigated...
International audienceTelluride glasses, i.e., nonoxide glasses based on the chalcogen element tellu...
International audienceThe demand for infrared materials which exhibit higher performance is still gr...
Tellurium-based chalcogenide glasses are materials that are transparent over a range of long infrare...
International audienceFar-infrared transmitting telluride glasses are synthesized by stabilizing the...
International audienceSe with good glass formation ability was gradually doped into the Ge-As-Te gla...
International audienceConditions of formation of bulk tellurium chalcogenide glasses, containing 70-...
International audienceThis study reports on the synthesis of telluride glasses that have transmissio...
International audienceTe-based glasses are ideal material for life detection and infrared-sensing ap...
International audienceA series of Ge-Te-CuI far infrared transmitting chalcohalide glasses were prep...
International audienceTellurium based glasses have been studied for their optical properties in the ...
Chalcogenide glasses of different compositions have been studied for infrared applications. Composit...
FIR spectra were obtained of polynary chalcogenide glasses which are transparent from the near IR to...
A series of Ge-Te-CuI far infrared transmitting chalcohalide glasses were prepared by traditional me...
In this study, we examined the function of halogen iodine acting as a glass network modifier in gree...