The effect of adding a center jet to Argon gas puff implosions at the Z facility

著录项

• 来源
  《IEEE International Conference on Plasma Science;International Conference on High-Power Particle Beams》|2014年||共1页
• 会议地点
• 作者

  Harvey-Thompson A.J.; Jones B.; Jennings C.A.; Ampleford D.J.; Lamppa D.C.; Hansen S.B.; Coverdale C.A.; Gomez M.R.; Rochau G.A.; Johnson D.; Jones M.C.; Moore N.W.; Flanagan T.; Reneker J.; Jobe M.; Lucero L.; Cuneo M.E.; Thornhill J.W.; Giuliani J.L.; Dasgupta Avirup;

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• 作者单位

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• 会议组织
• 原文格式 PDF
• 正文语种
• 中图分类 等离子体物理学;
• 关键词

  Z pinch; argon; explosions; plasma X-ray sources; plasma jets; Ar; K-shell X-ray source; K-shell emission; Sandia National Laboratory; Z pulsed power facility; argon gas puff implosions; central jet; double-shell experiments; double-shell gas puff configuration; electron volt energy 3 keV to 4 keV; inner-outer shell mass ratio puff; plasma condition; Argon; Laboratories; Load modeling; Plasmas; Production; Saturn; X-rays;

  机译：Z捏;氩气;血浆X射线源;等离子射流;ar;k-shell X射线源;k-shell排放;桑迪亚国家实验室;Z脉冲动力设施;氩气泡沫堵塞;中央喷射;双重 壳牌实验;双壳气泵配置;电子伏能量3 kev至4 kev;内外壳质量比粉扑;血浆条件;氩气;实验室;载荷建模;等离子体;生产;生产;X射线;X射线;X射线;X射线;