Automodulation of an Intense Relativistic Electron Beam
M. Friedman
Abstract
M. Friedman
Abstract
A novel method of automodulating an intense relativistic electron beam has been demonstrated. The modulation is accomplished by passing the electron beam through a series of cavities that are inserted into a conventional drift tube. Experimental results indicate that the current is modulated at a frequency of 500 MHz at a relative modulation amplitude exceeding 80%.
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A novel method of automodulating an intense relativistic electron beam has been demonstrated. The modulation is accomplished by passing the electron beam through a series of cavities that are inserted into a conventional drift tube. Experimental results indicate that the current is modulated at a frequency of 500 MHz at a relative modulation amplitude exceeding 80%.
Key concepts: Relativistic electron beam, Physics, Electron, Beam (structure), Atomic physics, Cathode ray, Modulation (music), Amplitude