Light structured deposition (1): Material properties |
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Authors: | J.M. Gonz lez-Leal, A.J. G mez, J.A. Angel,R. Jim nez-Garay |
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Affiliation: | aDepartment of Condensed Matter Physics, Faculty of Sciences, University of Cadiz, 11.500 – Puerto Real (Cadiz), Andalusia, Spain |
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Abstract: | An original light-assisted approach for optical-material deposition is introduced, and preliminary results concerning the properties of the deposits, in the case of As–S binary glass alloys, are reported for the first time. Such approach uses a continuous-wave laser source and on-axis geometry, to grow a semiconducting glass alloy onto a transparent substrate under the concurrent actuation of a given light-intensity distribution. Significant differences are observed when the material is prepared by using this technique, in comparison with those reported for similar alloys prepared by both physical- and chemical-vapor based techniques. |
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Keywords: | Amorphous semiconductors X-ray diffraction Laser deposition Radiation effects Chalcogenides Laser– matter interactions Indentation, microindentation Optical spectroscopy Photoinduced effects |
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