Chalcogenide glass thin films through inverted deposition and high velocity spinning

A. K. Mairaj; R. J. Curry; Daniel W. Hewak

doi:10.1049/el:20040307

Chalcogenide glass thin films through inverted deposition and high velocity spinning

A. K. Mairaj^*, R. J. Curry, Daniel W. Hewak

^*Corresponding author for this work

University of Southampton

Research output: Contribution to journal › Article › peer-review

Abstract

The fabrication of optical chalcogenide glass thin films through inverted deposition and high velocity spinning is presented. Good quality films up to 275 μm thick of this infrared transmitting material, with propagation loss of 0.3 dB cm^-1 at 1.064 μm, were engineered using this technique.

Original language	English
Pages (from-to)	421-422
Number of pages	2
Journal	Electronics Letters
Volume	40
Issue number	7
DOIs	https://doi.org/10.1049/el:20040307
Publication status	Published - 1 Apr 2004

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title = "Chalcogenide glass thin films through inverted deposition and high velocity spinning",

abstract = "The fabrication of optical chalcogenide glass thin films through inverted deposition and high velocity spinning is presented. Good quality films up to 275 μm thick of this infrared transmitting material, with propagation loss of 0.3 dB cm-1 at 1.064 μm, were engineered using this technique.",

author = "Mairaj, {A. K.} and Curry, {R. J.} and Hewak, {Daniel W.}",

year = "2004",

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N2 - The fabrication of optical chalcogenide glass thin films through inverted deposition and high velocity spinning is presented. Good quality films up to 275 μm thick of this infrared transmitting material, with propagation loss of 0.3 dB cm-1 at 1.064 μm, were engineered using this technique.

AB - The fabrication of optical chalcogenide glass thin films through inverted deposition and high velocity spinning is presented. Good quality films up to 275 μm thick of this infrared transmitting material, with propagation loss of 0.3 dB cm-1 at 1.064 μm, were engineered using this technique.

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JO - Electronics Letters

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Chalcogenide glass thin films through inverted deposition and high velocity spinning

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