chalcogenide glass


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chalcogenide glass

[′kal·kə·jə‚nīd ′glas]
(materials)
A type of glass containing large amounts of one of the chalcogens tellurium, selenium, or sulfur; used in glass switches.

chalcogenide glass

A type of glass that uses chalcogen (pronounced "kal-kuh-gen") elements such as sulfur, selenium and tellurium. It has the unique property of being able to interact with both photons and electrons. Used in lenses, optical fibers, the recording layer in optical discs, it is also used in the bit cell of phase change memory. See GST, phase change disc, phase change memory and programmable metallization cell.
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References in periodicals archive ?
Dianov, "Research in KRS-5 and chalcogenide glass fibers," in Proceedings of the SPIE 0484, Infrared Optical Materials and Fibers III, vol.
Investigation of the Atomic Structure of Ge-Sb-Se Chalcogenide Glasses
n([lambda]) = 2.24047 + 2.693 * [10.sup.-2]/[[lambda].sup.2] + 8.08 x [10.sup.-3]/[[lambda].sup.4] (Chalcogenide glass) (9)
Sensitivity modulation of surface plasmon resonance sensor configurations in optical fiber waveguide
Jimanez-Garay, "Preparation and optical dispersion and absorption of Ag-photodoped [Ge.sub.x][Sb.sub.40-x] [S.sub.60] (x [less than or equal to] 10,20 and 30) chalcogenide glass thin films," Journal of Physics D, vol.
Ellipsometric characterization of thin films from multicomponent chalcogenide glasses for application in modern optical devices
The researches tested this process using different materials such as, magnesium fluoride, chalcogenide glass and even tape.
New coating process reveals hard-to-develop fingerprints
The Malek method has been applied in glassy germanium disulfide (Malek 1989), chalcogenide glasses (Malek 1989), zirconium dioxide (Malek et al.
Theoretical Determination of a Thermogravimetric Model of Oak Cork (Quercus variabilis) Using Malek Kinetic Analysis
Besides, several works have been demonstrated using various possibilities to make the high sensitive and large temperature sensing range of sensor by using alternative materials for designing, such as telluride glasses, chalcogenide glasses and liquids, thus allowing efficient sensor.
High compact temperature sensing using 2D PhC basedsilicon on insulator technology
Physicists and materials scientists and engineers review recent developments in the physics and applications of chalcogenide glasses to provide a foundation for researchers and graduate students interested in the material.
Amorphous Chalcogenides: Advances and Applications
conduction in chalcogenide glasses," Philosophical Magazine, vol.
Correlation between electrochemical impedance spectroscopy and structural properties of amorphous Tunisian metanacrite synthetic material

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