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Design of a light-ion-beam driver for the Laboratory Microfusion Facility

K R Prestwich,J J Ramirez,R W Stinnett,D L Johnson,C L Olson,M J Clauser,T A Mehlhorn,M P Desjarlais,G O Allshouse,J P Corley,D L Hanson,M E Cuneo,P F Mckay,J W Poukey,S E Rosenthal,S A Slutz,J P Quintenz,D L Cook,J P Vandevender,Robert W Peterson,Roxann L Engelstad,John Powers

Novosibirsk（1990）

Cited 24|Views9
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Abstract
The U.S. Department of Energy has initiated planning for a Laboratory Microfusion Facility (LMF) as part of the national Inertial Confinement Fusion (ICF) program. This next major ICF facility is expected to produce a 1000-megajoule thermonuclear yield with greater than 10-megajoules of input energy to the target. As part of this initiative, we have defined a light-ion-beam LMF concept and are pursuing research on critical design issues. Details of this light-ion-beam LMF driver concept are presented together with initial results from an LMF research program aimed at a technology validation experiment on Hermes III.
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Key words
ion beams,plasma devices,plasma inertial confinement,icf,lmf,laboratory microfusion facility,light ion beam driver design,national inertial confinement fusion,thermonuclear,lenses,plasma physics,inertial confinement fusion,magnetic field,solenoids,ion beam,anodes
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