KnowraDeuterium–tritium fusionLinked fromLinked fromThe 8 pages that link to Deuterium–tritium fusion, each with the reason it gives.All 8Broader topic 7Related 1Nuclear fusionBroader topic: Its comparatively high reaction rate at achievable temperatures makes it a leading terrestrial fuel cycle.Magnetic confinement fusionBroader topic: Most proposed magnetic fusion power plants use this comparatively accessible fuel reaction.DeuteriumBroader topic: Deuterium acts as one of the two fuel nuclei in this high-energy reaction.Nuclear fuelBroader topic: This reaction is the leading fuel cycle for experimental fusion power systems.TokamakBroader topic: Most planned tokamak power reactors target this comparatively accessible fusion reaction.Isotopes of hydrogenBroader topic: This reaction is attractive for fusion energy, but its neutrons activate reactor materials.Fusion powerBroader topic: Its comparatively low ignition temperature makes it the leading near-term fuel choice.