Elements of Thermodynamics for the Understanding and Design of Crystal Growth Processes
p.1
p.1
Flow-Dynamics and Morphological Stability
p.27
p.27
Step and Surface Roughening - An Introduction
p.57
p.57
Step Kinetics by One-Dimensional 'Nucleation'
p.71
p.71
Subsurface Ordering and Kinetic Coefficient for Melt Growth
p.79
p.79
Melt Growth of Semiconductors
p.87
p.87
Melt Growth of Semiconductor Crystals in Microgravity Conditions
p.109
p.109
Large-Scale Numerical Modeling of Continuum Phenomena in Melt and Solution Crystal Growth Processes
p.119
p.119
Modeling of Growth Processes in Epitaxial Reactors
p.135
p.135
Elements of Thermodynamics for the Understanding and Design of Crystal Growth Processes
Abstract:
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Periodical:
Materials Science Forum (Volumes 276-277)
Pages:
1-26
Citation:
Online since:
March 1998
Authors:
Keywords:
Chemical Potential, Compound, Dissipative Structure, Driving Force, Entropy Production, Equilibrium Distribution Coefficient, Eutectic, Existence Region, Interface Energy, Linear Nonequilibrium Thermodynamics, Miscibility Gap, Monotectic, Nonstoichiometry, Nucleation, Peritectic, Phase Boundaries, Phase Diagram, Phase Equilibrium, Phase Transition, Precipitation, Regular Solution, Solid Solution, Stoichiometry Control, Ternary System, Thermodynamic Potential
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© 1998 Trans Tech Publications Ltd. All Rights Reserved
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