Characteristics of ridge waveguide space charge effects in reflex klystrons
Stanford University. Electronics Research Laboratory, W. W. Harman, United States. Office of Naval Research
[Stanford University] Electronics Research Laboratory, 1949 - Science - 12 pages
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45 degrees actual waveguide applied voltage Approximation values beam Bell Syst bottom bunching effectiveness capacitance CHARACTERISTICS Charge Between Parallel Cohn Constants contour plot corresponding current density current flowing cutoff frequency determined effects of space electron End Corrections Experimental F-factor graphical include end infinite frequency initial velocity integral J/JQ Jour Kron line between points longitudinal current losses measured memorandum ment meter method of approximation modes Oscillators outer dimensions Parallel Plane Electrodes parameters Pierce Properties of Ridge proportional ratio real guide rectangular ridge guide Rectangular Ridge Waveguide REFLEX KLYSTRONS reflex tubes relative dimensions repeller Research Laboratory resonance Samuel shapes sided ridge guides sides sloping single board element sloping at 45 sloping sided ridge Sloping-Sided Ridges SPACE CHARGES EFFECTS Stanford University static solution Tech technical report total current transit transmission line transverse E field valid wave analyzer Waveguide with Sloping-Sided Zooo