Abstract
The properties of an incompressible perfect fluid exhibiting Hall effect is investigated in the limit of infinite electrical conductivity and mobility. The magnetic field strength and the fluid velocity are found to obey the equations B = {mu}{rho}/{sigma} x curlV and V -{mu}/({sigma}{mu}{sub 0}) x curlB (MKS units) where {rho}, {sigma} and {mu} denote mass density, conductivity and charge carrier mobility. Some physical interpretations and applications are given.
Citation Formats
Witalis, E A.
Hall Effect Influence on a Highly Conducting Fluid.
Sweden: N. p.,
1966.
Web.
Witalis, E A.
Hall Effect Influence on a Highly Conducting Fluid.
Sweden.
Witalis, E A.
1966.
"Hall Effect Influence on a Highly Conducting Fluid."
Sweden.
@misc{etde_20949465,
title = {Hall Effect Influence on a Highly Conducting Fluid}
author = {Witalis, E A}
abstractNote = {The properties of an incompressible perfect fluid exhibiting Hall effect is investigated in the limit of infinite electrical conductivity and mobility. The magnetic field strength and the fluid velocity are found to obey the equations B = {mu}{rho}/{sigma} x curlV and V -{mu}/({sigma}{mu}{sub 0}) x curlB (MKS units) where {rho}, {sigma} and {mu} denote mass density, conductivity and charge carrier mobility. Some physical interpretations and applications are given.}
place = {Sweden}
year = {1966}
month = {Nov}
}
title = {Hall Effect Influence on a Highly Conducting Fluid}
author = {Witalis, E A}
abstractNote = {The properties of an incompressible perfect fluid exhibiting Hall effect is investigated in the limit of infinite electrical conductivity and mobility. The magnetic field strength and the fluid velocity are found to obey the equations B = {mu}{rho}/{sigma} x curlV and V -{mu}/({sigma}{mu}{sub 0}) x curlB (MKS units) where {rho}, {sigma} and {mu} denote mass density, conductivity and charge carrier mobility. Some physical interpretations and applications are given.}
place = {Sweden}
year = {1966}
month = {Nov}
}