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x Thm LASREF facllicy in locatad in the beam ●top arsa at LAf4PF. Tha neutron spectrum xs f~ssion-like with tha ●ddition of ● 3% to St component with E > 20 FleV. rho proaont study waAuatac thlimits on geometry ●nd mator:al selectlon that will maximxza the nmtron flux. HCNP and LAHET were used tc predict the neutron flux ●nd ●nergy 8pectrum for a variety of geomocri99. The problem considers 760 HOV protons incidenu on tungmten. The resulting neutrons ●re multiplied Ln uranium through (n,xn) re&ctions. CXlculatlonm mhow that a neutran flux greater than 10’3n/m2/9 is achievable. The helium to dpa ratio ●nd thO tranmmutatlon product generation are calculated. These results ●ra compared to Expectations for tne proponed DEMO fusion reactor and to QP’T?.

osti oai (u.s. department of energy office of scientific and technical information)

Design of a Target and Moderator at the Los Alamos Spallation Radiation Effects Facility (LASREF) as a Neutron Source for Fusion Reactor Materials Development