. The Bell System technical journal . RELATIVE RADIUS Fig. 15—End plate currents in TE 22 mode. Z I ^ ^1 \ \ He OR \p AT e = o» . ^ \ N \ > \^ \ V ^P OR lee=9o« / \. ^ / \ ^ / ^^ / / / ^ = \^ ^y / RELATIVE RADIUS Fig. 16—End plate currents in TM 12 mode. 5 5 / ^ ^ \ / \ \ \ (He OR lp = 0) Hp OR Ie\ \ \ / \ \ J / P= \ ^^ y 04 RELATIVE RADIUS Fig. 17—End plate currents in TE 02 4(3 BELL SYSTEM TECHNICAL JOURNAL ^eOR Ip ^ AT 9 = 15 il^= J / / k^ y^p OR le AT 9=0° N \ .^ k ^ \ 0

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. The Bell System technical journal . RELATIVE RADIUS Fig. 15—End plate currents in TE 22 mode. Z I ^ ^1 \ \ He OR \p AT e = o» . ^ \ N \ > \^ \ V ^P OR lee=9o« / \. ^ / \ ^ / ^^ / / / ^ = \^ ^y / RELATIVE RADIUS Fig. 16—End plate currents in TM 12 mode. 5 5 / ^ ^ \ / \ \ \ (He OR lp = 0) Hp OR Ie\ \ \ / \ \ J / P= \ ^^ y 04 RELATIVE RADIUS Fig. 17—End plate currents in TE 02 4(3 BELL SYSTEM TECHNICAL JOURNAL ^eOR Ip ^ AT 9 = 15 il^= J / / k^ y^p OR le AT 9=0° N \ .^ k ^ \ 18- RELATIVE RADIUS -End plate currents in TE 61 mode. CIRCULAR CYLINDER CAVITY RESONATOR 47. Fig. 19—TE 01 mode.

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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1