Barcelona / Frascati / CXRS / Boston / Paris / Oxford / Prague / Vienna / San Diego / St Petersburg / /
Company
International Energy Agency / Clarendon Press / Armour / /
Continent
Europe / /
Country
Germany / Italy / Japan / Russia / United States / United Kingdom / China / /
Facility
Component Test Facility / Ioffe Institute / /
IndustryTerm
Fusion triple product / present-day devices / energy multiplication / light metal / resonant energy transfer / energy confinement time / high energy particles / energy break-even / lattice site / algebraic solution / energy confinement / covered technology activities / energy / compact fusion device / electricity generation / fusion products / daughter products / plasma energy / higher energy / electron thermal energy / fusion device / numerical solution / steel / /
Organization
International Energy Agency / e.g. / Consultative Committee for the EURATOM Specific Research / Culham Centre for Fusion Energy / Czech Association / Support Unit / MIT / Training Programme in the Field of Nuclear Energy / United Kingdom Atomic Energy Authority / International Atomic Energy Agency / EURATOM/CCFE Association / Engineering and Physical Sciences Research Council / Compact Assembly / national government / CEUSC Culham-EURATOM Steering Committee / Close Support Unit / Close Support Unit CTF / Domestic Agency / Ioffe Institute / EURATOM/UKAEA Association / /
Position
General / Leader / Major / /
RadioStation
Wave 11.7 / /
Technology
alpha / radiation / laser / semiconductors / lasers / spectroscopy / recombination / technology of burning plasmas / be measured using conventional spectroscopy / /
Annual Report of the EURATOM/CCFE Fusion ProgrammeGlossary Figure 11.1: Definitions of terms used to describe the geometry of a tokamak plasma