Fundamental Stellarator MHD Theory

スポンサーリンク

概要

• 論文の詳細を見る

• Review is devoted to MHD theory of equilibrium and stabilrty of a plasma In "conventional" stellarators, which are the systems with a planar circular axls and wlth helical fields. The possibility to describe a plasma in these systems by the two-dimensional reduced equations is discussed and solutions of typical equilibrium and stability problems found on the basis of these equations are analyzed. The next problems are considered here: fixed- and free-boundary plasma equilibrium, effect of the vertical and quadrupole fields on the stellarator configuration, the problem of limiting plasma pressure in stellarators, problems of magnetic diagnostics, plasma stability with respect to Mercier, ballooning and large-scale modes. Theory of plasma equilibrium is presented with illustrative analytical calculations in traditions of well established "classical" tokamak theory. General features of finite-pressure plasma behavior in tokamaks and stellarators are compared and principal differences are pointed out. In the section devoted to the plasma stability the main equations are presented and numerical results are discussed.

• 社団法人プラズマ・核融合学会の論文
• 1994-09-25

著者

• Pustovitov V.

  National Institute For Fusion Science:plasma Physics Department Russian Research Center Kurchatov In

関連論文

• Refined Theory of Diamagnetic Effect In Stellarators
• Fundamental Stellarator MHD Theory

スポンサーリンク