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| A CRITICAL STUDY ON DGF AT THE SOURCE REGION IN CIRCULAR WAVEGUIDES (Ⅱ) |
| Pan Shenggen |
| Shanghai University of Science and Technology |
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Abstract This is the second part of our work on DGF at the source region in circular waveguides. "With the application of the main results of the first part, a systematic investigation on the general properties of DGF at the source region is given. The dyadic version of the boundary conditions for Maxwall s equations is derived and the completeness of the expanision of the transverse current in circular waveguides in terms of the vector M and N is proved. It is shown that the electric and magnetic DGF satisfy the satisfy the basic dyadic equations.
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Received: 21 May 1984
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1986, Vol. 8 
