Diffraction of a Dipole Field By a Unidirectionally Conducting Screen
Diffraction of a Dipole Field By a Unidirectionally Conducting Screen
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In our eReader you can find the full English version of the book. Read Diffraction of a Dipole Field By a Unidirectionally Conducting Screen Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Diffraction of a Dipole Field By a Unidirectionally Conducting Screen
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To quickly assess the difficulty of the text, read a short excerpt:
-V^/j5| log-g. (9U) Both of these functions are singular at x = 1 (or at ka/2n an integer) and they "behave near the singularity like (l-x)~ ' . A parametric plot of -k [y, (e ) + y (e )] is shown on Fig. 3, for the range < < rr. Although more complicated procedares will give more accurate results, 00 in this paper y^ H^ (nka) will he approximated hy* n=l / (SHkar^/V'!/" *^'l^ " ''''^'[yiCe"") * y^C. "'')]. M. (89. ) kecome.. Then. AC~-2(^ )'/'(E [(-lAC-Dle'' " " ■'""' ii • ^(Hi)| by^)n^^^'-'^)] . (9, Finally, the right hand member of Eq. (ig) "becomes imd: -Ui Y: [j^(kH)/H^(kR)]e'°"'2 (96 -i m 2» ^. [(-1) *(-l)"Je-^/(+»)n/2-in02(J^/H^)(Jy/H^)(kR)[y^(e^^^)-Ky2(e^^^)] 1+ilL- yeFlki: [ J2 J^(kH)/H^(kR) e^''®2] n • The approximating function and the Hankel function series have the sajne first term in the asymptotic expansion. - 8 - ^nx Fig. 3. A parametric plot of | [y^(e^®) + 72(6^®)] - 9 - At this point we may note that the quantity of particuler interest in (96) is the correction factor 2: [(-ir*(-l)^]e-^^^-^^^^/2-ine2 i, .
What to read after Diffraction of a Dipole Field By a Unidirectionally Conducting Screen?
You can find similar books in the "Read Also" column, or choose other free books by James Joseph Radlow to read online
To quickly assess the difficulty of the text, read a short excerpt:
-V^/j5| log-g. (9U) Both of these functions are singular at x = 1 (or at ka/2n an integer) and they "behave near the singularity like (l-x)~ ' . A parametric plot of -k [y, (e ) + y (e )] is shown on Fig. 3, for the range < < rr. Although more complicated procedares will give more accurate results, 00 in this paper y^ H^ (nka) will he approximated hy* n=l / (SHkar^/V'!/" *^'l^ " ''''^'[yiCe"") * y^C. "'')]. M. (89. ) kecome.. Then. AC~-2(^ )'/'(E [(-lAC-Dle'' " " ■'""' ii • ^(Hi)| by^)n^^^'-'^)] . (9, Finally, the right hand member of Eq. (ig) "becomes imd: -Ui Y: [j^(kH)/H^(kR)]e'°"'2 (96 -i m 2» ^. [(-1) *(-l)"Je-^/(+»)n/2-in02(J^/H^)(Jy/H^)(kR)[y^(e^^^)-Ky2(e^^^)] 1+ilL- yeFlki: [ J2 J^(kH)/H^(kR) e^''®2] n • The approximating function and the Hankel function series have the sajne first term in the asymptotic expansion. - 8 - ^nx Fig. 3. A parametric plot of | [y^(e^®) + 72(6^®)] - 9 - At this point we may note that the quantity of particuler interest in (96) is the correction factor 2: [(-ir*(-l)^]e-^^^-^^^^/2-ine2 i, .
What to read after Diffraction of a Dipole Field By a Unidirectionally Conducting Screen?
You can find similar books in the "Read Also" column, or choose other free books by James Joseph Radlow to read online
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