In the longitudinal equilibrium pinch assume that the radial dependence of the current density Jz (r) is
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In the longitudinal equilibrium pinch assume that the radial dependence of the current density Jz (r) is such that Jz=0 for 0b calculate p(r), B theta(r) and plot. Show that ,as a tends to b, the magnetic pressure Btheta^2/2munot at r=b becomes equal to p at r=0; while as a tends to 0, B theta^2/2munot at r=b becomes equal to becomes equal to p at r=0.
Related Book For
Probability & Statistics for Engineers & Scientists
ISBN: 978-0130415295
7th Edition
Authors: Ronald E. Walpole, Raymond H. Myers, Sharon L. Myers, Keying
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