Pulsing a Charged Particle Beam by Energy Modulation and Dispersive Deflection; UCID-18774

Livermore, CA: Lawrence Livermore Laboratory, 1980. Presumed First Edition, First printing. Staplebound. 26 pages. Formulae. Tables. Figures. References Staple at top of the front cover. Cover has some wear, discoloration and soiling. A method for the production of a variable duty cycle pulsed electron beam is investigated theoretically. A longitudinally uniform beam is passed through a radio frequency cavity that introduces energy modulation of the beam particles. The beam then enters a magnetic deflection array with dispersive properties that allow transmission of particles with momentum within a range selected by the position of a beam stop within the array. The transmitted portion of the beam exits the array along the same beam line with no angular or positional dispersion. This work was performed by the Lawrence Livermore National Laboratory for the Department of Defense under DARPA tasking. Condition: Good.

Keywords: Deflection; Dispersing; Electron Beams; Pulsed Radiation; Charged Particles; Electron Radiation; Particle Beams; Nuclear Physics, High-Energy Physics

[Book #79907]

Price: $50.00

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