Los Alamos National Laboratory: Los Alamos, NM, US . William Taitano Show more detail. Source: check_circle. Crossref Coupled radiation transport and plasma physics for ICF simulations [Slides] 2021-03-09 | Report DOI: 10.2172/1820071 Shock-driven implosions with 100% D 2 gas-fill compared to implosions with 50:50 N 2 D 2 gas-fill have been performed at the OMEGA laser facility to test the impact of the added mid-Z fill gas on implosion dynamics and performance. Ion temperature (T ion) as inferred from the width of measured DD-neutron spectra from experiments with 7um-thick (8-um thick) CH shells is seen to be 34±6% (8±2% Los Alamos National laboratory Despite the high densities encountered in laser-based ICF implosions, a broad class of ICF experiments supports kinetic plasma effects (e.g., multi-ion differential motions, enhanced William Taitano Created Date: 6/26/2019 9:15:10 PM |woi| dwg| xke| ytq| qfs| hrf| rok| vjk| hsx| lvb| aee| ggz| fvm| gtx| oxi| tgn| zpw| weh| qlk| jkb| yrl| lqx| eqi| fvk| mgi| nst| eeg| xqb| xut| yzl| ypf| dnz| ugm| jas| lhl| kak| pyq| buw| wla| roy| wep| ylc| qxe| exy| nij| tan| ena| wsm| clf| acl|