Linked from

The 15 pages that link to Tritium, each with the reason it gives.

• IsotopeBroader topic: Its radioactivity contrasts with the stability of ordinary hydrogen isotopes.

• HydrogenBroader topic: This rare isotope adds radioactivity to hydrogen’s otherwise stable natural forms.

• Hydrogen atomBroader topic: It contrasts ordinary hydrogen through nuclear mass and radioactive decay.

• DeuteriumCompared with: It is the heavier radioactive counterpart to stable deuterium.

• Helium-3Compared with: Unlike stable helium-3, tritium is radioactive and can replenish helium-3 through decay.

• Thermonuclear weaponRelated: Tritium participates in fusion reactions and can boost fission reactions.

• Deuterium–tritium fusionBroader topic: It is the heavier, scarce reactant needed alongside deuterium.

• RadiotoxicityBroader topic: Its low-energy beta emissions and rapid biological exchange produce a distinct internal-dose profile.

• Isotope hydrologyBroader topic: Tritium identifies relatively recent recharge and helps assess groundwater renewal.

• Isotopes of hydrogenBroader topic: It is the only naturally occurring hydrogen isotope that is radioactive.

• ProtiumCompared with: It extends the hydrogen isotope series beyond protium’s neutron-free nucleus.

• Nuclear weapon designRelated: Its role in some weapon designs links isotope handling to performance and maintenance.

• Tritiated waterBroader topic: Tritium atoms replace ordinary hydrogen in HTO and T₂O.

• Fusion powerRelated: It is a scarce fuel that a deuterium–tritium power plant must breed or obtain.

• HydronBroader topic: Its positive ion is the heaviest naturally occurring hydron isotope.