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Introduction to Crystal Growth Methods I
Nucleation and Growth Theory
Hydrodynamics of Crystal Growth Processes
14 other sections not shown
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alloys Appl atoms boundary layer calculated Chem chemical component composition compounds concentration constant convection cooling crucible Crvst Cryst crystal growth crystal growth processes crystal pulling defects dendritic growth density depends deposition diameter diffraction diffusion dislocations effect Electrochem electron beam energy epitaxial equation equilibrium evaporation experimental film flow flowfield fluid flux freezing furnace GaAs gallium germanium growing crystal grown growth rate heat impurity increases ingot interface kinetics lattice liquid mass material measured melting point metal method molten normal nucleation obtained occurs oxide parameters phase diagram Phys plane plasma pressure produce pyrometer range ratio reaction reactor region rotating seed seed crystal semiconductor shown in Fig silicon single crystals solid solubility solvent sticking coefficient stoichiometry structure substrate supercooling supersaturation surface technique temperature gradient thermal thermocouple thermodynamic thickness transport vacuum X-ray York zone melting zone refining