Fusion Reactor Physics: Principles and Technology |
Contents
INTRODUCTORY REMARKS | 1 |
BASIC PROCESSES AND BALANCES | 21 |
SOME ASPECTS OF THE NEUTRONICS | 43 |
Copyright | |
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Common terms and phrases
alpha particle angle assume atoms becomes blanket bremsstrahlung burn-up fraction calculate Chapter charged particles cm³ collision compression confinement constant cross section cyclotron radiation D-T fusion D-T reaction Deuterons direct conversion duct efficiency electron and ion electron temperature energy loss fission flow flux fuel function fusion energy fusion power fusion reactor given by equation ignition injection energy integral interaction Lawson criterion lithium magnetic field mirror reactor neutral beam injector neutron niobium Nuclear Fusion obtain parameters plant plasma density Plasma Physics poloidal pressure pulsed quantity radiation radius ratio recall region result scattering shown in Figure sputtering yield substitute T₁ Table term test particle thermal converter tion Tokamak toroidal tritium velocity W₁ wall loading zero