Engineering & Materials Science
Crystal growth
Crystals
Cadmium
Zinc
Crystal growth from melt
Crucibles
Heat transfer
Finite element method
Hot Temperature
Furnaces
Liquids
Convection
Solidification
Electrodynamics
Radiation
Cadmium telluride
Single crystals
Silicon
Newton-Raphson method
Oxides
Incompressible flow
Sintering
Geometry
Mass transfer
Fluids
Microgravity
Potassium
Thermal gradients
Buoyancy
Phosphates
Momentum
Capillarity
Radiation detectors
Fluid dynamics
Temperature distribution
Hydrodynamics
Supercooling
Sapphire
Supercomputers
Magnetic fields
Flow of fluids
Feedback control
Tellurium
Temperature
Semiconductor materials
Enclosures
Steady flow
Chemical Compounds
CdZnTe
Crystallization
Crystals
Crystal growth from melt
Crucibles
Heat transfer
Liquids
Furnaces
Hot Temperature
Silicon
Convection
cadmium telluride
Finite element method
Electrodynamics
Oxides
Microgravity
Solidification
Mass transfer
Single crystals
Sintering
Radiation
Thermal gradients
Geometry
potassium titanylphosphate
Radiation detectors
Buoyancy
Supercooling
Temperature distribution
Magnetic fields
Tellurium
Aluminum Oxide
Zinc
Hydrodynamics
Feedback control
Fluids
Physics & Astronomy
cadmium tellurides
zinc tellurides
crystal growth
crystals
heat transfer
crucibles
gradients
furnaces
convection
ampoules
electrodynamics
finite element method
simulation
heaters
liquid-solid interfaces
potassium phosphates
quasi-steady states
liquids
menisci
solidification
solutes
radiation detectors
microgravity
mass transfer
supercooling
oxides
silicon
heat
fluid dynamics
Newton methods
fluid flow
shelves
geometry
