K-shell radiation physics in low- to moderate-atomic-number z-pinch plasmas on the Z accelerator

Dense z-pinches produced by 100 ns implosions of wire arrays or gas puffs produce substantial soft X-ray power. One class of z-pinch radiation sources includes low- to moderate-atomic-number K-shell radiators, such as aluminum and iron. These loads are designed for 1–10 keV K-shell X-ray generation,...

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Published in:Journal of quantitative spectroscopy & radiative transfer Vol. 99; no. 1; pp. 341 - 348
Main Authors: Jones, B., Deeney, C., Coverdale, C.A., LePell, P.D., McKenney, J.L., Apruzese, J.P., Thornhill, J.W., Whitney, K.G., Clark, R.W., Velikovich, A.L., Davis, J., Maron, Y., Kantsyrev, V., Safronova, A., Oreshkin, V.I.
Format: Journal Article
Language:English
Published: Elsevier Ltd 01-05-2006
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Abstract Dense z-pinches produced by 100 ns implosions of wire arrays or gas puffs produce substantial soft X-ray power. One class of z-pinch radiation sources includes low- to moderate-atomic-number K-shell radiators, such as aluminum and iron. These loads are designed for 1–10 keV K-shell X-ray generation, and offer opportunities for crystal spectroscopy that can reveal fundamental properties of the plasma when studied using plasma spectroscopic modeling. Typically these plasmas are characterized by ion densities of ∼ 10 20 cm - 3 , diameters of 1–5 mm, electron temperatures up to several keV, and a range of opacities of the K-shell lines. Measurements from wire arrays on Sandia's 20 MA Z accelerator are presented along with collisional radiative and hydrodynamic simulations. The impact of opacity and 3D structure on non-LTE, non-diffusive radiation transport and X-ray production is discussed.
AbstractList Dense z-pinches produced by 100 ns implosions of wire arrays or gas puffs produce substantial soft X-ray power. One class of z-pinch radiation sources includes low- to moderate-atomic-number K-shell radiators, such as aluminum and iron. These loads are designed for 1–10 keV K-shell X-ray generation, and offer opportunities for crystal spectroscopy that can reveal fundamental properties of the plasma when studied using plasma spectroscopic modeling. Typically these plasmas are characterized by ion densities of ∼ 10 20 cm - 3 , diameters of 1–5 mm, electron temperatures up to several keV, and a range of opacities of the K-shell lines. Measurements from wire arrays on Sandia's 20 MA Z accelerator are presented along with collisional radiative and hydrodynamic simulations. The impact of opacity and 3D structure on non-LTE, non-diffusive radiation transport and X-ray production is discussed.
Author Deeney, C.
Velikovich, A.L.
Safronova, A.
Coverdale, C.A.
Jones, B.
LePell, P.D.
Thornhill, J.W.
Davis, J.
Kantsyrev, V.
Whitney, K.G.
Clark, R.W.
Maron, Y.
McKenney, J.L.
Apruzese, J.P.
Oreshkin, V.I.
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  organization: Naval Research Laboratory, Washington, DC 20375, USA
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  organization: High Current Electronics Institute, Tomsk, Siberia 634055, Russia
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Keywords K-shell X-ray production and spectroscopy
Z-pinch plasma
Opacity
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Snippet Dense z-pinches produced by 100 ns implosions of wire arrays or gas puffs produce substantial soft X-ray power. One class of z-pinch radiation sources includes...
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SubjectTerms K-shell X-ray production and spectroscopy
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Z-pinch plasma
Title K-shell radiation physics in low- to moderate-atomic-number z-pinch plasmas on the Z accelerator
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