Confinement Projections For The Burning Plasma Experiment (BPX) Design

The mission of the Burning Plasma Experiment (PBX, previously CIT) is to determine the physics behavior of self-heated fusion plasmas and demonstrate the production of substantial amounts of fusion power. Four specific objectives support this overall mission: 1. Demonstrate the production of fusion...

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Hauptverfasser: Bateman, G., Goldston, R.J., Houlberg, W.A., Jardin, S.C., Pomphrey, N., Singer, C.E., Stotler, D.P., Waltz, R.E., Batchelor, D.B., Bell, M.G., Hill, D., Langley, R., Medley, S.S., Neilson, O.H., Peebles, W.A., Porkolab, M., Sigmar, D.J., Stambaugh, R., Ulrickson, M.
Format: Tagungsbericht
Sprache:eng
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Zusammenfassung:The mission of the Burning Plasma Experiment (PBX, previously CIT) is to determine the physics behavior of self-heated fusion plasmas and demonstrate the production of substantial amounts of fusion power. Four specific objectives support this overall mission: 1. Demonstrate the production of fusion power in excess of 100 MW, at fusion-reactor-level power density. 2. Determine the confinement physics, operational limits, and α-particle dynamics of self-heated fusion plasmas, with α power greater than auxiliary-heating power. 3. Demonstrate heating, fueling, and plasma handling techniques necessary to produce reactor-level power-density, self-heated fusion plasmas. 4. Optimize plasma performance in the range of Q = 5 to ignition, with fusion power up to 500 MW.
DOI:10.1109/PLASMA.1991.695740