Cusp-stabilized mirror-based neutron source |
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| Authors: | Jay Kesner S F Horne V P Pastukhov |
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| Affiliation: | (1) Massachusetts Institute of Technology, Cambridge, Massachusetts;(2) I. V. Kurchatov Institute, Moscow, USSR |
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| Abstract: | An optimally sized Fusion Engineering Test Facility should produce 10–20 MW of power at 2 MW/m2 steady-state wall loading. Because mirror cells do not scale with size, one can choose the fusion power and wall loading free from minimum size constraints. A cusp stabilized axisymmetric mirror is seen to be ideally suited for this purpose due to excellent access, a simple coil set, and good MHD properties. We present parameters for a proof of principle experiment as well as for a neutron source facility. |
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| Keywords: | Magnetic mirrors fusion reactors neutronics neutrons tandem mirrors |
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