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Boundary layer on a rotating disk with account for the Hall effect
A. S. Popel
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Engineering & Materials Science
Hall effect
94%
Rotating disks
89%
Boundary layers
64%
Fluids
44%
Ordinary differential equations
24%
Anisotropy
24%
Numerical methods
20%
Magnetic fields
20%
Reynolds number
19%
Chemical Compounds
Hall Effect
100%
Reynolds Number
47%
Flow
44%
Anisotropy
32%
Magnetic Field
32%
Dimension
26%
Conductivity
23%
Physics & Astronomy
rotating disks
79%
Hall effect
63%
boundary layers
60%
incompressible fluids
13%
fluids
13%
Reynolds number
9%
differential equations
9%
conduction
7%
conductivity
7%
anisotropy
7%
radii
7%
symmetry
6%
magnetic fields
5%