. The Bell System technical journal . 1 \j / 1 -4\ j 4 ^ ^^ \ / / 1 7/ yi \ or TE modes (/ > 0) CIRCULAR CYLINDER CAVITY RESONATOR 39 U. UJ oir ZqC ^^ ::^ ~— ^^ .^...^ ^v^^ ^V Sw He OR I^*^-. ^^^ \ AT e = 90 ^^^^ Hp OR leN. ATe=0 > V ^^=^C N \ \ V 0 N^ RELATIVE RADIUS Fig. 3—End plate currents in TE 11 mode. ^y ^ He OR I,^ ■(Hp 0Rle=0) ^ y y X / ^° / RELATIVE RADIUS Fig. 4—End plate currents in TM 01 mode. Oa ^ ^ He OR IpAT e = 45» ^-- ^ y / Hp OR leAT e = 0» X ^ = ^ / \ Fig. 5- RELATIVE RADIUS -End pl
. The Bell System technical journal . 1 \j / 1 -4\ j 4 ^ ^^ \ / / 1 7/ yi \ or TE modes (/ > 0) CIRCULAR CYLINDER CAVITY RESONATOR 39 U. UJ oir ZqC ^^ ::^ ~— ^^ .^...^ ^v^^ ^V Sw He OR I^*^-. ^^^ \ AT e = 90 ^^^^ Hp OR leN. ATe=0 > V ^^=^C N \ \ V 0 N^ RELATIVE RADIUS Fig. 3—End plate currents in TE 11 mode. ^y ^ He OR I,^ ■(Hp 0Rle=0) ^ y y X / ^° / RELATIVE RADIUS Fig. 4—End plate currents in TM 01 mode. Oa ^ ^ He OR IpAT e = 45» ^-- ^ y / Hp OR leAT e = 0» X ^ = ^ / \ Fig. 5- RELATIVE RADIUS -End plate currents in TE 21 mode 40 BELL SYSTEM TECHNICAL JOURNAL ^^ n 1 \ X \ N \ N N N \ \ V HpOR le^\aT e = 90° \ ^ \^ s V Hq or Ip \ AT e = 0 \ s. ID -- K \ v^ •J RELATIVE RADIUS Fig. 6—End plate currents in TM 11 mode. / HpOR I^^V^(He OR lp=0) X J / N \ / N \ A / Ac \ \ / \ 4 RELATIVE RADIUS Fig. 7—End plate currents in TE 01 mode. CIRCULAR CYLINDER CAVITY RESONATOR 41 ^ ^^HeOR Ip AT
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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1
