Feasibility study of 300-1000 EV electron temperature measurements of a low-density (n is approximately 10 to the 14th power per cubic centimeters) transient (t is approximately 100 nsec) plasma in the Triton experiment using beryllium foils, L-edge Ross f

Details Feasibility study of 300-1000 EV electron temperature measurements of a low-density (n is approximately 10 to the 14th power per cubic centimeters) transient (t is approximately 100 nsec) plasma in the Triton experiment using beryllium foils, L-edge Ross f Feasibility study of 300-1000 EV electron temperature measurements of a low-density (n is approximately 10 to the 14th power per cubic centimeters) transient (t is approximately 100 nsec) plasma in the Triton experiment using beryllium foils, L-edge Ross f

Nov 1974

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1974nrl..reptq....l&link_type=abstract

Interim Report Naval Research Lab., Washington, DC.

Physics

Electron Beams, Electron Density (Concentration), Electron Energy, Photoelectric Effect, Plasmas (Physics), Feasibility Analysis, Plasma Diagnostics, X Ray Spectroscopy

Scientific paper

Various techniques of low-energy X-ray measurements useful in the determination of electron temperatures are evaluated for application to the energetic (300 - 1000 eV) low-density (n about = 10 to the 14th power/cc) transient (t about = 100 nsec) plasma in the Triton electron beam-plasma interaction experiment. Diagnostic techniques considered include continuum measurements with broad-band beryllium-foil filters, narrow band-pass absorption-edge filters for X-ray energies below 1 keV and gold photoelectric detectors for energies below 400 eV.

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