1974
DOI: 10.1016/0022-0248(74)90352-2
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Czochralski growth of large diameter LiTaO3 crystals

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Cited by 48 publications
(11 citation statements)
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“…The coupling of the crucible to the RF field is strongly dependent upon the diameter and length of the RF coil as well as the shape (diameter and height) of the crucible. Also, the position of the crucible within the RF coil strongly influences the thermal gradients generated within the liquid [62]. Here again, no adequate models exist that can accurately predict the impact of changing the RF coil size or the crucible size and/or shape that can be used for the design of large systems.…”
Section: Physical Designmentioning
confidence: 97%
“…The coupling of the crucible to the RF field is strongly dependent upon the diameter and length of the RF coil as well as the shape (diameter and height) of the crucible. Also, the position of the crucible within the RF coil strongly influences the thermal gradients generated within the liquid [62]. Here again, no adequate models exist that can accurately predict the impact of changing the RF coil size or the crucible size and/or shape that can be used for the design of large systems.…”
Section: Physical Designmentioning
confidence: 97%
“…The main attention is now the choice of the optimal position of the crucible relative to the RF-coil in order to maximize the effectiveness of power density distribution in the crucible [11,12]. For this purpose, three typical cases are considered:…”
Section: Different Locations Of the Cruciblementioning
confidence: 99%
“…Pour certains cristaux particulièrement sensibles aux chocs thermiques (LiNbO 3 ou LaTiO 3 par exemple), un four auxiliaire de recuit peut être ajouté [14]. Les Pour la croissance de certains matériaux qui doivent être obtenus en grand diamètre, une méthode Czochralski modifiée a été mise au point, c'est la méthode Kyropoulos.…”
Section: /19unclassified