Thermal analysis and neutron production characteristics of a low power copper beam dump-cum-target for LEHIPA
2016
Monte Carlo simulations of heat deposition and neutron production have been carried out for the low power
beam dump-cum-target for the 20 MeV Low Energy High Intensity Proton Accelerator (LEHIPA) facility at BARC using GEANT4 and FLUKA. Thermal analysis and heat transfer calculations have also been carried out using the
computational fluid dynamicscode
CFD ACE+. In this work we present the details of the analysis of the low power
beam dump-cum-target designed for conditioning of the accelerator upto a maximum power of 600 kW with a duty cycle of 2% which corresponds to an average power of 12 kW in the first phase.
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