Method for Detection of Nuclear-Plasma Interactions in a 134Xe-Doped Exploding Pusher at the National Ignition Facility

Darren L. BLEUEL; Lee A. BERNSTEIN; Christopher A. BRAND; William S. CASSATA; Brian H. DAUB; Lucile S. DAUFFY; Bethany L. GOLDBLUM; James M. HALL; Chris A. HAGMANN; Laura Berzak HOPKINS; Hesham Y. KHATER; Andrea L. KRITCHER; Dieter H. G. SCHNEIDER; Sunniva SIEM; Carol A. VELSKO; Mathis WIEDEKING

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Method for Detection of Nuclear-Plasma Interactions in a 134Xe-Doped Exploding Pusher at the National Ignition Facility

机译：在国家点火设施中检测掺入134Xe的爆炸推进器中核-等离子体相互作用的方法

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Angular momentum changes due to nuclear-plasma interactions on highly-excited nuclei in high energy density plasmas created at the National Ignition Facility can be measured through a change in isomer feeding following gamma emission. We propose an experiment to detect these effects in 133Xe? in exploding pusher capsules.

机译：在国家点火设施中产生的高能量密度等离子体中，由于高激发核上的核质等离子体相互作用而导致的角动量变化可以通过伽马发射后异构体进料的变化来测量。我们提出了一个实验来检测 133 Xe 中的这些影响。在爆炸式推进器胶囊中。

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《Plasma and Fusion Research》 |2016年第3期|共1页
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Darren L. BLEUEL; Lee A. BERNSTEIN; Christopher A. BRAND; William S. CASSATA; Brian H. DAUB; Lucile S. DAUFFY; Bethany L. GOLDBLUM; James M. HALL; Chris A. HAGMANN; Laura Berzak HOPKINS; Hesham Y. KHATER; Andrea L. KRITCHER; Dieter H. G. SCHNEIDER; Sunniva SIEM; Carol A. VELSKO; Mathis WIEDEKING;
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中图分类等离子体物理学;
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机译：国家点火设施北极直接爆炸推动平台的开发与建模
2. A direct-drive exploding-pusher implosion as the first step in development of a monoenergetic charged-particle backlighting platform at the National Ignition Facility [J] . Rosenberg M. J., Zylstra A. B., Seguin F. H., High energy density physics . 2016,第Null期

机译：作为国家点火装置开发单能带电粒子背光平台的第一步，直接驱动爆炸式内爆
3. Pushered single shell implosions for mix and radiation trapping studies using high-Z layers on National Ignition Facility [J] . Dewald E. L., Pino J. E., Tipton R. E., Physics of plasmas . 2019,第7期

机译：使用高Z层在国家点火设施上使用高Z层的混合和放射诱捕研究的推动的单壳爆炸
4. Modelling of beam interaction with components in the vicinity of a focal plane for long, complex laser systems such as the National Ignition Facility [C] . Feigenbaum E., Sacks R.A. Conference on Lasers and Electro-Optics . 2013

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5. Improvements, Validation, and Applications of a Metaheuristic Optimization Method for Neutron Spectra Tailoring at the National Ignition Facility [D] . Bogetic, Sandra. 2020

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6. Rayleigh–Taylor instabilities in high-energy density settings on the National Ignition Facility [O] . Bruce A. Remington, Hye-Sook Park, Daniel T. Casey, 2019

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7. Experimental basis for laser-plasma interactions in ignition hohlraums at the National Ignition Facility [O] . D. H. Froula, L. Divol, R. A. London, 2010

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Method for Detection of Nuclear-Plasma Interactions in a 134Xe-Doped Exploding Pusher at the National Ignition Facility

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