PPPS-2013: Simulation of a gas puff injection system for a Dense Plasma Focus accelerator
Dense Plasma Focus (DPF) devices designed for the production of neutrons rely upon the rapid discharge of a capacitor bank through deuterium or tritium gas. Developed by J. Mather and N. Filippov in the 1960's1, these accelerators rely upon the electrical discharge to produce a current sheath that is rapidly accelerated by Lorentz forces as it travels along the anode of the device. This results in a radial collision of ionized gas at a pinched zone between the end of the anode and the cathode with sufficient velocity to induce fusion. A DPF accelerator can serve as a pulsed source of energetic neutrons with production rates of up to 1012 neutrons of 2.45 neutrons from D-D interactions or 1015 neutrons for D-T fusion in each pulse.
Dense plasma focus; Deuterium; Neutrons; Tritium
Mechanical Engineering | Physics | Plasma and Beam Physics
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Culbreth, W. G.,
PPPS-2013: Simulation of a gas puff injection system for a Dense Plasma Focus accelerator.
Plasma Science (ICOPS), 2013 Abstracts IEEE International Conference