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Results: 1-11 |
Results: 11
Trends in plasma conditions inferred from an analysis of x-ray data from high wire-number, Z-pinch load implosions
Authors: Whitney, KG Pulsifer, PE Apruzese, JP Thornhill, JW Davis, J Chong, YK Sanford, TWL Mock, RC Nash, TJ
Citation: Kg. Whitney et al., Trends in plasma conditions inferred from an analysis of x-ray data from high wire-number, Z-pinch load implosions, PHYS PLASMA, 8(8), 2001, pp. 3708-3717
Comparative analysis of time-resolved and time-integrated x-ray data from long pulse Z-pinch implosions on Saturn
Authors: Apruzese, JP Thornhill, JW Whitney, KG Davis, J Deeney, C Coverdale, CA
Citation: Jp. Apruzese et al., Comparative analysis of time-resolved and time-integrated x-ray data from long pulse Z-pinch implosions on Saturn, PHYS PLASMA, 8(8), 2001, pp. 3799-3809
Efficient argon K-shell radiation from a Z pinch at currents > 15 MA
Authors: Sze, H Coleman, PL Banister, J Failor, BH Fisher, A Levine, JS Song, Y Waisman, EM Apruzese, JP Clark, RW Davis, J Mosher, D Thornhill, JW Velikovich, AL Weber, BV Coverdale, CA Deeney, C Gilliland, TL McGurn, J Spielman, RB Struve, KW Stygar, WA Bell, D
Citation: H. Sze et al., Efficient argon K-shell radiation from a Z pinch at currents > 15 MA, PHYS PLASMA, 8(7), 2001, pp. 3135-3138
An efficient tabulated collisional radiative equilibrium radiation transport model suitable for multidimensional hydrodynamics calculations
Authors: Thornhill, JW Apruzese, JP Davis, J Clark, RW Velikovich, AL Giuliani, JL Chong, YK Whitney, KG Deeney, C Coverdale, CA Cochran, FL
Citation: Jw. Thornhill et al., An efficient tabulated collisional radiative equilibrium radiation transport model suitable for multidimensional hydrodynamics calculations, PHYS PLASMA, 8(7), 2001, pp. 3480-3489
Long-implosion plasma radiation sources using "solid-fill" nozzles
Authors: Levine, JS Coleman, PL Failor, BH Riordan, JC Song, Y Sze, HM Coverdale, CA Deeney, C McGurn, JS Apruzese, JP Davis, J Moosman, B Thornhill, JW Velikovich, AL Weber, BV Bell, D Schneider, R
Citation: Js. Levine et al., Long-implosion plasma radiation sources using "solid-fill" nozzles, PHYS PLASMA, 8(2), 2001, pp. 533-541
High energy photon radiation from a Z-pinch plasma
Authors: Velikovich, AL Davis, J Oreshkin, VI Apruzese, JP Clark, RW Thornhill, JW Rudakov, LI
Citation: Al. Velikovich et al., High energy photon radiation from a Z-pinch plasma, PHYS PLASMA, 8(10), 2001, pp. 4509-4517
A role for electron viscosity in plasma shock heating
Authors: Velikovich, AL Whitney, KG Thornhill, JW
Citation: Al. Velikovich et al., A role for electron viscosity in plasma shock heating, PHYS PLASMA, 8(10), 2001, pp. 4524-4533
Model of enhanced energy deposition in a Z-pinch plasma
Authors: Velikovich, AL Davis, J Thornhill, JW Giuliani, JL Rudakov, LI Deeney, C
Citation: Al. Velikovich et al., Model of enhanced energy deposition in a Z-pinch plasma, PHYS PLASMA, 7(8), 2000, pp. 3265-3277
Initial results for an argon Z pinch using a double-shell gas puff
Authors: Sze, H Coleman, PL Failor, BH Fisher, A Levine, JS Song, Y Waisman, EM Apruzese, JP Chong, YK Davis, J Cochran, FL Thornhill, JW Velikovich, AL Weber, BV Deeney, C Coverdale, CA Schneider, R
Citation: H. Sze et al., Initial results for an argon Z pinch using a double-shell gas puff, PHYS PLASMA, 7(10), 2000, pp. 4223-4226
Buoyant magnetic flux tubes enhance radiation in Z pinches
Authors: Rudakov, LI Velikovich, AL Davis, J Thornhill, JW Giuliani, JL Deeney, C
Citation: Li. Rudakov et al., Buoyant magnetic flux tubes enhance radiation in Z pinches, PHYS REV L, 84(15), 2000, pp. 3326-3329
Titanium K-shell x-ray production from high velocity wire array implosionson the 20-MA Z accelerator
Authors: Deeney, C Coverdale, CA Douglas, MR Nash, TJ Spielman, RB Struve, KW Whitney, KG Thornhill, JW Apruzese, JP Clark, RW Davis, J Beg, FN Ruiz-Camacho, J
Citation: C. Deeney et al., Titanium K-shell x-ray production from high velocity wire array implosionson the 20-MA Z accelerator, PHYS PLASMA, 6(5), 1999, pp. 2081-2088
Risultati: 1-11 |