Vehn J. 1988 Comp / Tahir N. A. / J. 2009 Comp / Clarendon Press / / /
Event
Environmental Issue / /
Facility
Beijing University / University of Mississippi Brenner M. P. / /
IndustryTerm
neutron energy / metal / low energy density / fusion energy output / radiation energy / High energy cavity implosion / implosion energy / energy consuming ablation / kinetic energy / gas pressure / fusion energy / The gas / high energy density / energy requirement / fusion ignition energy / high energy / energy concentration feature / explosive devices / larger energy absorbing area / meager fusion energy / Excessive kinetic energy / energy concentration mechanism / maximum kinetic energy / metal shell implosion / hydrodynamic kinetic energy / large device / energy / energy cumulation / /
Organization
Cambridge University / National Natural Science Foundation of China / School of Physics / Beijing University / Beijing / University of Mississippi Brenner M. P. / Lei Center for Applied Physics and Technology / /
Low density volume ignition assisted by high-Z shell J L Hu, Y A Lei Center for Applied Physics and Technology, School of Physics, Beijing University, Beijing, China E-mail: Abstract. Conventional