DOIAbstract
Halide glasses appear to be of potential interest for making ultra-low-loss optical fibres. Fundamental understanding of the mode of formation of the glassy state can be very helpful in developing new materials and compositions
Halide glasses appear to be of potential interest for making ultra-low-loss optical fibres. Fundamental understanding of the mode of formation of the glassy state can be very helpful in developing new materials and compositions
The development of speciality infra-red glasses has produced a number of alternative compositions wh...
In this article it is shown that the electronegativity values of the constituent atoms of a binary c...
Chalcogenide glass optical fibers have been extensively studied since 1967, when sulphide based fibe...
A review and discussion, with 2 refs., of the application of accepted criteria used to predict glass...
In this paper it is shown that the electronegativity values of the constituent atoms of a binary com...
LWIR-transmitting materials are of interest for medical, sensing, and communication applications whe...
Viscosities of three kinds of halide liquids were measured at temperatures near the glass transition...
We report the physical properties and structure of a new class of low phonon-energy chalcohalide gla...
New halide glasses with considerably lower phonon energy than well-known fluorozirconate glasses hav...
Fibres for optical communications are currently being made with two types of material, namely low-te...
The understanding of glass devitrification and melt crystallization has received considerable intere...
Recent discoveries of low-loss, far-infrared transmitting halide glasses have sparked much interest ...
Applications involving optical fibers have grown considerably in recent years with intense levels of...
New chalcohalide glasses from GeS2-In2S3-CsCl pseudo-ternary system were prepared using the conventi...
International audienceThe GeS2-Ga2S3 vitreous matrix can incorporate metal halides in its network al...
The development of speciality infra-red glasses has produced a number of alternative compositions wh...
In this article it is shown that the electronegativity values of the constituent atoms of a binary c...
Chalcogenide glass optical fibers have been extensively studied since 1967, when sulphide based fibe...
A review and discussion, with 2 refs., of the application of accepted criteria used to predict glass...
In this paper it is shown that the electronegativity values of the constituent atoms of a binary com...
LWIR-transmitting materials are of interest for medical, sensing, and communication applications whe...
Viscosities of three kinds of halide liquids were measured at temperatures near the glass transition...
We report the physical properties and structure of a new class of low phonon-energy chalcohalide gla...
New halide glasses with considerably lower phonon energy than well-known fluorozirconate glasses hav...
Fibres for optical communications are currently being made with two types of material, namely low-te...
The understanding of glass devitrification and melt crystallization has received considerable intere...
Recent discoveries of low-loss, far-infrared transmitting halide glasses have sparked much interest ...
Applications involving optical fibers have grown considerably in recent years with intense levels of...
New chalcohalide glasses from GeS2-In2S3-CsCl pseudo-ternary system were prepared using the conventi...
International audienceThe GeS2-Ga2S3 vitreous matrix can incorporate metal halides in its network al...
The development of speciality infra-red glasses has produced a number of alternative compositions wh...
In this article it is shown that the electronegativity values of the constituent atoms of a binary c...
Chalcogenide glass optical fibers have been extensively studied since 1967, when sulphide based fibe...
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