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Sign convention for gradients in axisymmetric models
Posted 18.07.2011, 20:14 GMT-4 Low-Frequency Electromagnetics Version 4.2 0 Replies
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The result is that the respective electrical fields are equal in magnitude, but opposite in sign. This must be related to the geometry of the problem; however, if the axisymmetric solver is integrating over theta, there should be no discrepancy as the problems are mirror images of one another. What is the source of this error, and how do I properly account for the sign of the gradients?
--Bill
Hello William Woodruff
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