Study of the Anatomy of the X-Ray and Neutron Production Scaling Laws in the Plasma Focus (Particle Energy Spectrum).
Abstract
Plasma focus discharges were used to generate high-intensity deuteron beams about 10 to the 5th power Amp) with about or > 300-keV-peaked spectrum and electron beams, with an energy distribution similarly peaked at 300-400 keV. The energy spectrum is determined by two independent methods (time of flight and target-damage data). The spectrum varies from shot to shot but the main features are observed in all discharges. In each discharge we observe on a time interval of 100-300 nanosec a sequence of beam pulses (1-10), with the same multiplicity of the peaks in the electrode-current variations. Correlation coefficients between x-ray and neutron yield in D2 discharges and beam parameters have been determined by a variety of conditions for the PF (bank voltage, filling pressure, circuit inductance). The power level of both ions and electron beam is about 0.1-1TW/sq cm. (Author)
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 01, 1978
- Accession Number
- ADA082229
Entities
People
- V. Nardi
- W. H. Bostick
- W. Prior
Organizations
- Stevens Institute of Technology