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. Au-vu-de-leur-sensibilité-importante, les monocristaux de CdTe et de ZnTe photoréfractifs possèdent un avenir certain en tant que supports d'enregistrement holographique en temps réel, le second est mieux adapté aux caméras CCD et aux diodes lasers, pp.6-7

. Dans, les grandes étapes du développement d'un cristal de CdTe sont abordées : croissance, caractérisations, mise en forme

. Le-matériau-est-réalisé-par-la-méthode-de-bridgman-stockbarger-verticale-et-est-optimisé-en-vue, Plusieurs paramètres de croissance sont modifiés Plus particulièrement, durant celle-ci, l'effet d'un champ magnétique axial à l'ampoule est testé. L'étude des propriétés électriques est effectuée en corrélant des expériences de résonance paramagnétique électronique et de photocourant modulé. La densité d'états est sondée par la première méthode tandis que la seconde attribue une signature structurale aux niveaux énergétiques. L'antisite de tellure ainsi qu'un deuxième centre profond sont mis en évidence. Les procédés de découpe et de polissage ainsi que le problème de claquage électrique à haut champ sont étudiés par polarimétrie. Le développement de la technique expérimentale permet de sonder la biréfringence induite aussi bien par les contraintes que par le champ électrique local. Les travaux concernant le ZnTe se sont concentrés sur sa croissance et son dopage