Lecture Notes
Lecture 14: Fields and Moving Media
Description:
Lecture notes on fields and moving media, Galilean time and space transformations, transformations for MQS systems, a moving media MQS problem, transformations for EQS systems, a moving line charge representation problem, Faraday’s disk (homopolar generator), a self-excited DC homopolar generator, a self-excited AC homopolar generator, self-excited periodic motor speed reversals, DC commutator machines, and self-excited machines.
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Lecture Notes
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Lecture 14: Fields and Moving Media
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Spring
2005
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Lecture Notes