Long-implosion plasma radiation source development

John M Levine,Philip Coleman,B H Failor, D Kortbawi, D Lepell, H D Murphy, James T Riordan, Ivan Roth, L Schlitt,P S Sincerny,Christina L Stallings, E M Waisman, B A Whitton,C A Coverdale, C Deeney, D Jobe, J S Mcgurn, K W Struve, J P Apruzese, F L Cochran, R J Commisso, Joshua L Davis, Amnon Fisher, B Moosman, D Mosher, S J Stephanakis, J W Thornhill,B V Weber,R Schneider,P W Spence, E J Yadlowsky,M Krishnan

High-Power Particle Beams, 1998. BEAMS '98. Proceedings of the 12th International Conference（1998）

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摘要

We have created large diameter, long implosion time, PRS loads that produce a stable pinch and a narrow X-ray pulse. Operation scaled successfully with current from 2 MA on DM2 to 6 MA on Saturn. The K-shell yields are comparable to those produced by short-pulse operation at a similar current. This approach, therefore, allows substantial savings to be realized in the pulsed-power driver cost, complexity and risk

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关键词

rayleigh-taylor instability,x-ray production,z pinch,2 to 6 ma,k-shell yields,long-implosion plasma radiation source development,narrow x-ray pulse,pulsed-power driver cost,short-pulse operation,stable pinch,physics,rayleigh taylor instability,switches,power generation

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