Energy confinement of high-density tokamaks

F.C. Schüller, D.C. Schram

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademic

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Abstract

Neoclassical ion heat conduction is the major energy loss mechanism in the center of an ohmically heated high-d. tokamak discharge (n>3 * 1020 m-3). This fixes the mutual dependence of plasma quantities on the axis and leads to scaling laws for the poloidal b and energy confinement time, given the empirical fact that the pressure profile and the c.d. profile are gaussian. [on SciFinder (R)]
Original languageEnglish
Title of host publicationFinite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings
EditorsB. Coppi, W. Sadowski
Place of PublicationSpringfield
PublisherNTIS
Pages133-141
Publication statusPublished - 1977

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profiles
conductive heat transfer
fixing
scaling laws
energy dissipation
energy
ions

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Schüller, F. C., & Schram, D. C. (1977). Energy confinement of high-density tokamaks. In B. Coppi, & W. Sadowski (Eds.), Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings (pp. 133-141). Springfield: NTIS.
Schüller, F.C. ; Schram, D.C. / Energy confinement of high-density tokamaks. Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings . editor / B. Coppi ; W. Sadowski. Springfield : NTIS, 1977. pp. 133-141
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abstract = "Neoclassical ion heat conduction is the major energy loss mechanism in the center of an ohmically heated high-d. tokamak discharge (n>3 * 1020 m-3). This fixes the mutual dependence of plasma quantities on the axis and leads to scaling laws for the poloidal b and energy confinement time, given the empirical fact that the pressure profile and the c.d. profile are gaussian. [on SciFinder (R)]",
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language = "English",
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Schüller, FC & Schram, DC 1977, Energy confinement of high-density tokamaks. in B Coppi & W Sadowski (eds), Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings . NTIS, Springfield, pp. 133-141.

Energy confinement of high-density tokamaks. / Schüller, F.C.; Schram, D.C.

Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings . ed. / B. Coppi; W. Sadowski. Springfield : NTIS, 1977. p. 133-141.

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademic

TY - GEN

T1 - Energy confinement of high-density tokamaks

AU - Schüller, F.C.

AU - Schram, D.C.

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Y1 - 1977

N2 - Neoclassical ion heat conduction is the major energy loss mechanism in the center of an ohmically heated high-d. tokamak discharge (n>3 * 1020 m-3). This fixes the mutual dependence of plasma quantities on the axis and leads to scaling laws for the poloidal b and energy confinement time, given the empirical fact that the pressure profile and the c.d. profile are gaussian. [on SciFinder (R)]

AB - Neoclassical ion heat conduction is the major energy loss mechanism in the center of an ohmically heated high-d. tokamak discharge (n>3 * 1020 m-3). This fixes the mutual dependence of plasma quantities on the axis and leads to scaling laws for the poloidal b and energy confinement time, given the empirical fact that the pressure profile and the c.d. profile are gaussian. [on SciFinder (R)]

M3 - Conference contribution

SP - 133

EP - 141

BT - Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings

A2 - Coppi, B.

A2 - Sadowski, W.

PB - NTIS

CY - Springfield

ER -

Schüller FC, Schram DC. Energy confinement of high-density tokamaks. In Coppi B, Sadowski W, editors, Finite Beta Theory : workshop, Varenna summer school of plasma physics, Varenna, Sept. 1977, proceedings . Springfield: NTIS. 1977. p. 133-141