Abstract
A simplified fluid-mechanical interpretation of a floating zone growth experiment performed aboard Spacelab-1 is given, using the capillary liquid bridge theory. A model is developed to stimulate the outer shape of crystals grown from axisymmetric feed rods. Ideas are laid down for a more complete thermal simulation of such processes. These models would help experiments in crystal growth to predict unstable configurations, avoid bridge disruption and achieve crystals of desired shape.
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