On high-energy-density field-reversed configurations for sub-microsecond magneto-inertial fusion
Results from theory, simulation, and experiment are presented that support the concept of sub-microsecond formation and compression of centimeter-scale field-reversed configurations (FRCs) for fusion yield. Such FRCs require 10–100+ T of applied field and a…
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Results from theory, simulation, and experiment are presented that support the concept of sub-microsecond formation and compression of centimeter-scale field-reversed configurations (FRCs) for fusion yield. Such FRCs require 10–100+ T of applied field and a…
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Results from theory, simulation, and experiment are presented that support the concept of sub-microsecond formation and compression of centimeter-scale field-reversed configurations (FRCs) for fusion yield. Such FRCs require 10–100+ T of applied field and a…