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Dive into the research topics of 'Inertial effects in the rotationally driven melt motion during the Czochralski growth of silicon crystals with a strong axial magnetic field'. Together they form a unique fingerprint.
Mathematics
Interior Layer
Crystal
Secondary Flow
Motion
Vertical
Intersection
Free Surface
Radial velocity
Electric Current
Crystal Growth
Solenoid
Experimental Study
Perturbation Technique
Stream Function
Diagonalization
Conductor
Singular Perturbation
Defects
Governing equation
Adjacent
Nonlinear Equations
Gradient
Interaction
Engineering & Materials Science
Crystal growth from melt
Crystals
Magnetic fields
Silicon
Secondary flow
Crystal growth
Perturbation techniques
Poisson equation
Solenoids
Electric currents
Nonlinear equations
Current density
Furnaces
Defects
Composite materials
Physics & Astronomy
secondary flow
silicon
intersections
magnetic fields
crystals
predictor-corrector methods
Hartmann number
crucibles
solenoids
Poisson equation
electric current
radial velocity
vorticity
inertia
nonlinear equations
crystal growth
furnaces
field strength
conductors
current density
perturbation
gradients
composite materials
defects