Magnetohydrodynamics

Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irrotational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfven waves.

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"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irrotational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfven waves."@en
"Summary: Experiments using transparent electrolyte, mercury, and liquid sodium potassium alloy demonstrate the interactions between electromagnetic and velocity fields that are central to magnetohydrodynamics."@en
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields and changes of vorticity."@en
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irrotational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfv́en waves."
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irrotational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfv́en waves."@en
"Experiments using transparent electrolyte, mercury, and liquid sodium potassium alloy demonstrate the interactions between electromagnetic and velocity fields that are central to magnetohydrodynamics."
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics. Discusses changes in pressure fields and changes of vorticity."@en
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irritational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfv́en waves."@en
"Describes and illustrates interactions between electromagnetic and velocity fields which are central to magnetohydrodynamics; discusses changes in pressure fields due to irritational JXB forces, changes of vorticity by rotational JXB forces, induced currents and time constants for their decay, and Hartmann, boundary layers, and Alfv́en waves."