Mirror-based and Field-reversed Approaches to Magnetic Fusion: Proceedings of the Course Held at Varenna (Como), Italy, 7-17 September, L983, Volume 3Produced for the International School of Plasma Physics by Monotypia Franchi, 1983 - Fusion reactors |
Contents
Mirrors | 3 |
ReversedField Pinch | 15 |
Arnush Symmetric Tandem Mirror Program | 29 |
Copyright | |
15 other sections not shown
Common terms and phrases
absorption alloy alpha particles aluminium Antennamare array average axial axis axisymmetric B₂ BETA blanket breeder breeding ratio CFFTP coefficient coils compact compact-alternate components conducting wall configuration coolant copper correlation cyclotron deuterium devices distribution dynamo effect electric field electron density electron temperature emission energy entropy equation equilibrium Eta-Beta experimental experiments field profiles filling density fission fluctuations flux force free fuel function heating helium liner loss-cone low frequency magnetic mirror maximum measured Minardi minimum modes MWy/m² neutron Nucl Nuclear Fusion obtained Ortolani parameter particle confinement perturbed discharges phase Phys plasma current Plasma Physics poloidal potential pressure Proc radiation radius region resistance Reversed Field Pinch RF power shell shown in Fig spectrum stability surface swelling T₁ tandem mirror thermodynamic Thomson scattering thorium Tokamak toroidal field tritium tritium breeding values variation