Fast Time Response Electromagnetic Disruption Mitigation Concept
作者： R. Raman , T. R. Jarboe , J. E. Menard , S. P. Gerhardt , M. Ono
DOI: 10.13182/FST14-916
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摘要: AbstractAn important and urgent issue for ITER is predicting controlling disruptions. Tokamaks spherical tokamaks have the potential to disrupt. Methods rapidly quench discharge after an impending disruption detected are essential protect vessel internal components. The warning time onset of some disruptions in could be <10 ms, which poses stringent requirements on mitigation system reactor systems. In this proposed method, a cylindrical boron nitride projectile containing radiative payload composed boron, nitride, or beryllium particulate matter weighing ~15 g accelerated velocities order 1 2 km/s <2 ms linear rail gun accelerator. A partially fragmented capsule then injected into tokamak 3- 6-ms timescale, where dispersed. device referred as electromagnetic particle injector has meet short timescales whic...
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