Journal of Applied Physics · 1939 · 79 citations · 1 references
EngineeringElectrical EngineeringPhysicsMicroelectronicsOptoelectronicsVibrationFrequency ResponseHigh-frequency Semiconductor DevicesOscillatorsResonant CircuitsHohlraum PhysicsLeadingLower Bound ComputationLower Bound TechniquesOscillator DevicesResonance FrequenciesResonant FrequencyResonator Design
Various resonators, of the hohlraum type, suitable for driving by the klystron method, are described and their leading properties computed. Various mathematical techniques are used, including the application, for the first time in this field, of Stevenson's method of determining a lower bound for the frequency.
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A Type of Electrical Resonator
W. W. Hansen · Journal of Applied Physics · 1938 · 118 citations