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A conceptual fusion reactor based on the high-plasma-density Z-pinch

1977; IOP Publishing; Volume: 17; Issue: 5 Linguagem: Inglês

10.1088/0029-5515/17/5/004

1741-4326

C.W. Hartman, G.A. Carlson, Matthew Hoffman, R.W. Werner, D. Y. Cheng,

Nuclear Physics and Applications

Conceptual DT and DD fusion reactors are discussed based on magnetic confinement with the high-plasma-density Z-pinch. The reactor concepts have no "first wall", the fusion neutrons and plasma energy being absorbed directly into a surrounding lithium vortex blanket. Efficient systems with low re-circulated power are projected, based on a flow-through pinch cycle for which overall Q values can approach 10. The conceptual reactors are characterized by simplicity, small minimum size (100 MW(e)) and by the potential for minimal radioactivity hazards.