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Equilibrium Constraints Applied to RMF-Driven Compact Toroid Devices

K. F. McKenna

The rotating-magnetic-field technique is being considered as a possible means of generating and sustaining a field-reversed configuration (FRC). In this report analytical expressions for the time evolution of the rotating-field and ohmically-heated-plasma parameters are derived for a loss-less equilibrium FRC. The parameters for proof-of-concept and reactor-size devices are presented. (ERA citation 07:017054)

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Equilibrium Constraints Applied to RMF-Driven Compact Toroid Devices

K. F. McKenna

The rotating-magnetic-field technique is being considered as a possible means of generating and sustaining a field-reversed configuration (FRC). In this report analytical expressions for the time evolution of the rotating-field and ohmically-heated-plasma parameters are derived for a loss-less equilibrium FRC. The parameters for proof-of-concept and reactor-size devices are presented. (ERA citation 07:017054)

Equilibrium Constraints Applied to RMF-Driven Compact Toroid Devices

K. F. McKenna

The rotating-magnetic-field technique is being considered as a possible means of generating and sustaining a field-reversed configuration (FRC). In this report analytical expressions for the time evolution of the rotating-field and ohmically-heated-plasma parameters are derived for a loss-less equilibrium FRC. The parameters for proof-of-concept and reactor-size devices are presented. (ERA citation 07:017054)

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Title:

Equilibrium Constraints Applied to RMF-Driven Compact Toroid Devices

Contributors:

K. F. McKenna (author)

Publication date:

1981

Size:

29 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Thermonuclear Fusion Devices , Reverse-field pinch , Analytical solution , Aspect ratio , Equilibrium , Joule heating , Magnetic field reversal , Rotation , Toroidal configuration , ERDA/700202

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