Final Report: Development of X-ray tracer diagnostics for radiatively-driven ablator experiments, November 1, 1997 - October 31, 1998 | Zendy

J. J. MacFarlane | Zendy; David H. Cohen | Zendy; G.A. Ping Wang | Zendy; R.R. Moses | Zendy; P A Peterson | Zendy; Jaanimagi | Zendy; O. L. Landen | Zendy; Richard E. Olson | Zendy; T. J. Murphy | Zendy; G. R. Magelssen | Zendy; N. D. Delamater | Zendy

Open Access

Final Report: Development of X-ray tracer diagnostics for radiatively-driven ablator experiments, November 1, 1997 - October 31, 1998

Author(s) -

J. J. MacFarlane,

David H. Cohen,

G.A. Ping Wang,

R.R. Moses,

P A Peterson,

Jaanimagi,

O. L. Landen,

Richard E. Olson,

T. J. Murphy,

G. R. Magelssen,

N. D. Delamater

Publication year - 1999

Language(s) - English

Resource type - Reports

DOI - 10.2172/765573

Subject(s) - hohlraum , tracer , national ignition facility , laser , optics , materials science , inertial confinement fusion , spectroscopy , plasma diagnostics , physics , plasma , nuclear physics , astronomy

This is a combined experimental and theoretical analysis of tracer layers as spectral diagnostics for radiation burn-through of ablator materials. German-doped plastic is attached as a witness plate to a laser driven hohlraum. Backlit absorption spectroscopy is used as a diagnostic. Target shots were performed on the OMEGSA laser at UR/LLE

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