Motion Of An Electron Due To Electric Conduction In Presence Of Constant Magnetic Field And Alternative Electric Field At Right Angles And Closed Form Solutions
Abstract
Electric current in a conductor means motion of electrons in the opposite directions. In this Paper is presented motion of an electron under the influence of a constant magnetic field and an oscillatory electric field perpendicular to each other. The differential equations of its motion are formed and are solved to determine some physical parameters.
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References
Mahider Singh Sodha, Phenomenological theory of Electrical conductor, Bull IAPT, Vol 24,No
, August2007,PP.240-245.
S.N. Maitra ,Damped motion of electron in electric conductor due to presence of constant magnetic and electric fields and closed form solutions, Journal of Orissa Physical Society, Vol 16,No2, PP.379-386, Aug 2009.
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