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A 5 year task is described on the research and development of the advanced humanitarian landmine detection system by using a compact discharge-type fusion neutron source called IECF (Inertial-Electrostatic Confinement fusion) device and 3 dual sensors made of BGO and NaI. With 107 D-D neutrons/s stably produced in steady-state mode, H-2.2 MeV, N-5.3, 10.8 MeV, gamma rays from (n, gamma) reaction with...
An inertial electrostatic confinement (IEC) fusion device can produce copious amount of neutrons and protons from D-D and D-3He fusion reactions using D2 and 3He fuels. In IEC researches aiming at drastically enhanced neutron/proton yields, understanding the intensity distribution of fusion reactions is one of the most intensive interests. In order to make clear the spatial distribution of D-3He fusion...
An inertial electrostatic confinement (IEC) fusion device is studied for a compact fusion neutron/proton source using a magnetron discharge as an external ion source. The addition of ion sources to the IEC device is to enhance the efficiency of fusion reactions by lowering the operating gas pressure and by providing beam-like ion energy distribution. At lower gas pressures, charge exchange collisions...
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