Beryllium ignition target design for indirect drive NIF experiments

A N Simakov; D C Wilson; S A Yi; J L Kline; J D Salmonson; D S Clark; J L Milovich; M M Marinak

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Beryllium ignition target design for indirect drive NIF experiments

机译：间接驱动NIF实验的铍点火靶设计

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Beryllium(Be)ablatoroffersmultipleadvantagesovercarbonbasedablatorsforindirectlydrivenNIFICFignitiontargets.Thesearehighermassablationrate,ablationpressureandablationvelocity,lowercapsulealbedo,andhigherthermalconductivityatcryogenictemperatures.Suchadvantagescanbeusedtoimprovethetargetrobustnessandperformance.WhilepreviousNIFBetargetdesignsexist,theywereobtainedalongtimeagoanddonotincorporatethelatestimprovedphysicalunderstandingandmodelsbaseduponNIFexperiments.Herein,weproposeanewNIFBeignitiontargetdesignat1.45MJ,430TWthattakesallthisknowledgeintoaccount...

机译：铍（Be）ablatoroffersmultipleadvantagesovercarbonbasedablatorsforindirectlydrivenNIFICFignitiontargets.Thesearehighermassablationrate，ablationpressureandablationvelocity，lowercapsulealbedo，andhigherthermalconductivityatcryogenictemperatures.Suchadvantagescanbeusedtoimprovethetargetrobustnessandperformance.WhilepreviousNIFBetargetdesignsexist，theywereobtainedalongtimeagoanddonotincorporatethelatestimprovedphysicalunderstandingandmodelsbaseduponNIFexperiments.Herein，weproposeanewNIFBeignitiontargetdesignat1.45MJ，430TWthattakesallthisknowledgeintoaccount ...

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《Journal of Physics: Conference Series》 |2016年第1期|共页
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A N Simakov; D C Wilson; S A Yi; J L Kline; J D Salmonson; D S Clark; J L Milovich; M M Marinak;
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入库时间 2022-08-18 17:02:27

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1. Beryllium ignition target design for indirect drive NIF experiments [J] . A N Simakov, D C Wilson, S A Yi, Journal of Physics: Conference Series . 2016,第1期

机译：间接驱动NIF实验的铍点火靶设计
2. Design and simulations of indirect drive ignition targets for NIf [J] . S.W. Haan, P.A. Amendt, T.R. Dittrich, Nuclear fusion . 2004,第12期

机译：NIf间接驱动点火目标的设计和模拟
3. UPDATE ON INDIRECT DRIVE IGNITION TARGET DESIGN FOR NIf [J] . S. W. Haan, P. A. Amendt, T. R. Dittrich, Fusion Science and Technology . 2003,第Sup期

机译：NIf的间接驱动点火目标设计的更新
4. Design of Ignition Tuning Targets for Indirect Drive Ignition Experiments on NIF [C] . J. Kroll, S. Bhandarkar, S. Edson, Annual meeting of the American Society for Precision Engineering . 2012

机译：NIF间接驱动点火实验的点火调整目标设计
5. Measurement of the argon-38(n,2n)argon-37 and calcium-40(n,alpha)argon-37 cross sections, and National Ignition Facility concrete activation using the rotating target neutron source. The design of an experiment to measure the beryllium-9(n,gamma)beryllium-10 cross section at 14 MeV. [D] . Belian, Anthony Paul. 2000

机译：使用旋转目标中子源测量氩38（n，2n）氩37和钙40（n，α）氩37的横截面以及国家点火设施的混凝土活化。在14 MeV下测量铍9（n，γ）铍10横截面的实验设计。
6. Cigarette ignition propensity smoking behavior and toxicant exposure: A natural experiment in Canada [O] . Kristie M June, David Hammond, Andreas Sjödin, 2011

机译：香烟着火倾向吸烟行为和有毒物质暴露：加拿大的一项自然实验
7. Design and simulations of indirect drive ignition targets for NIF [O] . S.W Haan, P.A Amendt, T.R Dittrich, 2004

机译：NIF的间接驱动点火目标的设计与仿真

Beryllium ignition target design for indirect drive NIF experiments

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