Article ID Journal Published Year Pages File Type
9830195 Journal of Crystal Growth 2005 5 Pages PDF
Abstract
We have determined the thickness of the fins of experimentally grown xenon dendrites and found gratifying agreement with analytical predictions of Brener and Temkin (Phys. Rev. E 51 (1995) 351). A new method of three-dimensional reconstruction from projections is presented, which enables us to prove that the fins are an inherent property of the dendrite and cannot be treated as a mere small perturbation of an Ivantsov paraboloid. We present a method of characterizing the transitions between morphologies such as dendrites, seaweed and doublons by a transformation to a rotation, scaling and translation invariant morphology space and show that transitions can be represented as paths in this space.
Related Topics
Physical Sciences and Engineering Physics and Astronomy Condensed Matter Physics
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