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Field and Wave Electromagnetics 2nd Edition by David Cheng
Edition 2ISBN: 978-0201128192Field and Wave Electromagnetics 2nd Edition by David Cheng
Edition 2ISBN: 978-0201128192 Exercise 28
A solution of the Bessel's differential equation
can be obtained by assuming R(r) to be a power series in r as in Eq. (10-202), substituting it in the equation, and equating the sum of the coefficients of each power of r to zero. Find the solution and verify that it is consistent with J 0 ( r ) given in Eq. (10-204).
can be obtained by assuming R(r) to be a power series in r as in Eq. (10-202), substituting it in the equation, and equating the sum of the coefficients of each power of r to zero. Find the solution and verify that it is consistent with J 0 ( r ) given in Eq. (10-204).
Explanation
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Consider the Bessel's differential equat...
Field and Wave Electromagnetics 2nd Edition by David Cheng
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