With 123 keV, the optimum temperature for this reaction is nearly ten times higher than that for the pure hydrogen reactions, the energy confinement must be 500 times better than that required for the D-T reaction, and the power density will be 2500 times lower than for D-T.==See also==*Global Nuclear Energy Partnership*Lists of nuclear disasters and radioactive incidents*Nuclear fuel bank*Nuclear fuel cycle*Reprocessed uranium*Uranium market*Integrated Nuclear Fuel Cycle Information System==References====External links=====PWR fuel===*NEI fuel schematic*Picture of a PWR fuel assembly*Picture showing handling of a PWR bundle*Mitsubishi nuclear fuel Co.===BWR fuel===*Picture of a "canned" BWR assembly*Physical description of LWR fuel*Links to BWR photos from the nuclear tourist webpage===CANDU fuel===*CANDU Fuel pictures and FAQ*Basics on CANDU design*The Evolution of CANDU Fuel Cycles and their Potential Contribution to World Peace*CANDU Fuel-Management Course*CANDU Fuel and Reactor Specifics (Nuclear Tourist)*Candu Fuel Rods and Bundles===TRISO fuel===*TRISO fuel descripción*Non-Destructive Examination of SiC Nuclear Fuel Shell using X-Ray Fluorescense Microtomography Technique*GT-MHR fuel compact process*Description of TRISO fuel for "pebbles"*LANL webpage showing various stages of TRISO fuel production*Method to calculate the temperature profile in TRISO fuel===QUADRISO fuel===*Conceptual Design of QUADRISO Fuel===CERMET fuel===*A Review of Fifty Years of Space Nuclear Fuel Development Programs*Thoria-based Cermet Nuclear Fuel: Sintered Microsphere Fabrication by Spray Drying*The Use of Molybdenum-Based Ceramic-Metal (CerMet) Fuel for the Actinide Management in LWRs===Plate type fuel===*List of reactors at INL and picture of ATR core*ATR plate fuel===TRIGA fuel===*General Atomics TRIGA fuel website===Fusion fuel===*Advanced fusion fuels presentation
Končali so ga leta 2010, odprli pa leta 2011.