The fusion engine on-board a spacecraft will likely require a separate nuclear fission power reactor first to initialise it. But once it is underway, some of the energy released from each detonation can be bootstrapped to help power the next cycle such as in a magnetic field induction loop. The fusion reactions may be initiated in a closed or open reaction chamber depending on how the charged particles are controlled using magnetic fields.

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Propulsion Power Management

  • K F. Long

摘要

The fusion engine on-board a spacecraft will likely require a separate nuclear fission power reactor first to initialise it. But once it is underway, some of the energy released from each detonation can be bootstrapped to help power the next cycle such as in a magnetic field induction loop. The fusion reactions may be initiated in a closed or open reaction chamber depending on how the charged particles are controlled using magnetic fields.