Abstract
This paper presents efficient numerical methods�the �inverse modeling�
method and the adaptive finite element method�for optimizing the
heat transport as well as for investigating the heat and mass transport
under the influence of convection during crystal growth, especially
near the liquid/solid interface. These methods have been applied
to industrial Bridgman-furnaces for the growth of 65�75 mm diameter
(Cd,Zn)Te crystals.
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