| Document Date: 2009-07-14 07:19:58
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City Novosibirsk / / Country Russia / Italy / / Facility S.I. Samarin2 Budker Institute of Nuclear Physics / Russian Federal Nuclear Center Russian Research Institute of Technical Physics / / IndustryTerm particle energy / beam energy / active chemical element / carbon evaporatermediate heat carrier / energy deposition / heat-carrier consumption 230OC / preliminary heating device / carrier initial temperature 30OC / Low carbon stainless steel stands / liquid lithium technology / technology working material depotron production / liquid metal heat carriers / Liquid metal coolant selection / mixed-up device / energy raise / heat carrier / liquid metal heat carrier / liquid metal targets / carrier speed / uid metal heat carrier / low-energy proton beam / steel / energy / liquid metal / / NaturalFeature cm Cooling channel / Cooling channel / / Organization Russian Federal Nuclear Center Russian Research Institute of Technical Physics / S.I. Samarin2 Budker Institute of Nuclear Physics / / Technology radiation / heat transfer / simulation / liquid lithium technology / /
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PROJECT OF A FAST NEUTRON TARGET BASED ON A 10 MEV 300 KW PROTON ACCELERATOR M.S. Avilov, K.V. Gubin, N.Kh. Kot, P.V. Logatchev, P.V. Martyshkin, S.N. Morozov, S.V. Shiyankov, A.A. Starostenko, A. Andrighetto1, Y.W. Bao1