Nuclear Gas 20 8 Oil Coal / Integrated Systems / Accelerator Driven Systems / Frères Lumière / /
Continent
Europe / /
Country
Germany / Netherlands / Italy / Sweden / Norway / Belgium / France / Japan / Russia / Austria / China / Lithuania / South Korea / Greece / India / Ireland / Denmark / /
Event
Environmental Issue / Product Issues / /
Facility
University of Surrey / Royal Institute / Greenhouse Gas Emissions / nuclear reactor RD / /
IndustryTerm
energy demand / by-product / concentrated energy / produce energy / transportation sector / transportation / energy needs / electricity supply / energy cycle / renewable energy sources / energy storage devices / sustainable energy sources / natural gas / oil and gas / safety technology / energy sources / sustainable energy supply / energy generation / nuclear energy / oil / electric energy / car fleet / energy / nuclear electricity / nuclear electricity generation / energy production / greenhouse gas emissions / energy source nuclear energy generation / energy source / large scale primary energy sources / electricity / nuclear electricity production / free energy cycle / energy consumption / electricity generation / crude oil / present-day energy supply / less primary energy / long-term energy policy / large-scale electricity generation / electrical energy / large-scale primary energy sources / large-scale energy production / electricity sources / electricity production / long-term energy needs / renewable energy sourcess / oil equivalent / electric energy production / fuel oil / /
Organization
Technische Universität Dresden / Technische Universität München / International Atomic Energy Agency / OECD / Royal Institute for Technology / University of Surrey / Nuclear Physics Board / European Union / European Physical Society / /
ENERGY FOR THE FUTURE The Nuclear Option A position paper of the EPS European Physical Society