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1. General context
1.1 State of the art and overview of the main production techniques
Since the 1970s, many materials have been synthesized in the form of thin films, and a wide range of processing techniques have been developed in parallel. To review the state of the art of the various materials synthesized in the form of thin films is also to provide an overview of the different technologies used. Without going into the case of semiconductors, which is not the subject of this article, it is important to mention that the very first thin films were produced using the liquid-phase epitaxy technique, and that these were semiconductors such as GaAs, InP and GaAlAs for the manufacture of the very first laser diodes. Since then, this crystallogenesis technique has played an increasingly important role in...
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General context
Liquid phase epitaxy
Bibliography
Websites
CNRS CMDO+ network (Micro-nanostructured crystals and devices for optics) http://cmdo.cnrs.fr/
CNRS CRISTECH network http://www.cristech.cnrs.fr
Events
National Crystal Days for Optics (JNCO-Formation): National CNRS training event organized through the CNRS CMDO+ network. http://cmdo.cnrs.fr/
Journées nationales des cristaux pour l'optique (JNCO-SFO): National conference organized by the Crystals for Optics Club of the Société française d'optique.
Directory
Laboratories and research centers working on the growth and structuring of thin crystalline layers by liquid-phase epitaxy
Center de recherche sur les ions, les matériaux et la photonique (CIMAP) – OML "Optique-Matériaux-Laser" group http://www.cimap.ensicaen.fr
European Synchrotron radiation Facilities...
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