Simulation of the magnetic field generated by wires with stationary current and magnets with constant magnetization applied to the mirror trap, minimum-B and zero-B
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2016-02-12
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Abstract
As a contribution to the computational simulation of magnetic con nement and
heating of plasmas ECR (Electron Cyclotron Resonance), this work is dedicated to the
calculation and subsequent analysis of the magnetic elds generated by permanent magnets
and coils required in magnetic traps between which we can mention the mirror trap, minimum-
B and zero-B. To do this, we solved numerically the Biot-Savart law in the case of the coils
with stationary current and the Ampere law in the case of the permanent magnets. The study
includes the characterization of the ECR areas as well as the display of the vector eld all of
this applied to the magnetic traps mentioned above. Additionally, in the case of the mirror type
trap and minimum-B trap, it is determined the ratio of the mirror, because it is important in
the description of con nement.
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Atribución-NoComercial-CompartirIgual 2.5 Colombia