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Energy / Nuclear physics / Fusion power / Plasma physics / Lawson criterion / Plasma / Fusion energy gain factor / Nuclear fusion / Joint European Torus / Fusion reactors / Physics / Tokamaks


III. CONFINEMENT R. J. GOLDSTON (PPPL), R. E. WALTZ (GA) G. BATEMAN (PPPL), D. P. STOTLER C. E. SINGER, and J. KINSEY (University of Illinois)
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Document Date: 2002-03-30 11:27:43


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File Size: 3,63 MB

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City

Washington / D.C. / Amsterdam / Nice / /

Company

Q and co. / Doublet III-D / /

Country

France / Netherlands / /

Currency

pence / USD / /

Facility

Physics Laboratory / Tokamak Fusion Test Reactor / University Illinois / University of Illinois / /

IndustryTerm

stored energy / diamagnetic stored energy / energy confinement time / tritium gas puffing / energy confinement properties / present devices / fusion devices / physics / /

Organization

University of Illinois / Transport Task Force / International Atomic Energy Agency / European Physical Society / U.S. Securities and Exchange Commission / Physics Laboratory / /

Person

Glenn Bateman / Tdw / /

Position

Multi-Mode Model / with H-mode boundary conditions / collisionless electrostatic drift wave model / Major / D. P. STOTLER C. E. SINGER / /

Product

A-1 / /

ProvinceOrState

Illinois / Massachusetts / /

Technology

alpha / FUSION TECHNOLOGY / high-density FUSION TECHNOLOGY / simulation / /

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