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Proceedings Paper

Diamond: a material for laser spectroscopy
Author(s): M. C. Castex; D. Riedel; L. Museur; Christian Chardonnet; Alix Gicquel; Francois Foulon; C. Borel; P. Bergonzo; C. Jany
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Paper Abstract

Diamond polycrystalline films synthesized by chemical vapor deposition techniques present interesting feature for laser spectroscopy due to several advantages arising from their optical, electronic, thermal and mechanical properties. Their wide transmission band from the far IR to the UV make them attractive as optical devices for high-power laser beam. Moreover, with a wide band gap, a short carrier lifetime and a high damage threshold, diamond is an ideal semiconductor material for the fabrication of fast and solar blind VUV detectors. We report here results of laser studies performed with tow different objectives. With use of a pulsed VUV laser at 125 nm we have determined the photoconductive response of polycrystalline diamond detectors. With a CO2 laser we have investigated the polarization properties of auto-supported films having thicknesses smaller than the wavelength.

Paper Details

Date Published: 20 October 1998
PDF: 11 pages
Proc. SPIE 3484, Lasers in Synthesis, Characterization, and Processing of Diamond, (20 October 1998); doi: 10.1117/12.328192
Show Author Affiliations
M. C. Castex, Univ. Paris-Nord (France)
D. Riedel, Univ. Paris-Nord (France)
L. Museur, Univ. Paris-Nord (France)
Christian Chardonnet, Univ. Paris-Nord (France)
Alix Gicquel, Univ. Paris-Nord (France)
Francois Foulon, CEA-LETI (France)
C. Borel, CEA-LETI (France)
P. Bergonzo, CEA-LETI (France)
C. Jany, CEA-LETI (France)


Published in SPIE Proceedings Vol. 3484:
Lasers in Synthesis, Characterization, and Processing of Diamond

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