This is due to migration of the ions themselves under the influence of an electric field.
Drop movement is possible due to the influence of an applied magnetic field.
The sample constituents migrate under influence of a homogeneous electrical field.
Silver, zinc, and aluminum are known to grow whiskers under the influence of an electric field.
Apparently the energy going into the crystal will only enter under the influence of a magnetic field.
Polarization results when the charges in molecules move a little under the influence of an applied electric field.
Gases or liquids containing mobile electrical charges are subject to the influence of a magnetic field.
How far will they move under the influence of an attractive electric field?
Re-hix, under the influence of a magnetic field, converts this directly into electrical potential.
And what would be the influence of a much more powerful magnetic field?
