Neoclassical energy confinement in stellarators (Q578880)
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scientific article; zbMATH DE number 4013967
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Neoclassical energy confinement in stellarators |
scientific article; zbMATH DE number 4013967 |
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Neoclassical energy confinement in stellarators (English)
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1987
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Neoclassical energy confinement times in \(\ell =2\) stellarators and tokamaks with and without ripple are computed by Monte Carlo simulation over wide ranges of mean free paths, ratios of plasma to gyro radius, and radial electric fields. In parameter ranges which allow computation of a local neoclassical heat conduction, this quantity is also obtained by Monte Carlo simulation and related to the energy confinement. The plateau, \(\nu^{-1}\), \(\nu^{1/2}\), and \(\nu\) regimes are discussed.
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Neoclassical energy confinement times
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stellarators
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tokamaks
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Monte Carlo simulation
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plasma
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radial electric fields
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local neoclassical heat conduction
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