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The 163 pages that link to Radioactive decay, each with the reason it gives.

• Poisson processRelated: Independent nuclear decay events are commonly modeled as a Poisson process over fixed populations.

• CNO cycleRelated: Several unstable nuclei in CNO branches decay before taking part in further proton captures.

• Cosmogenic nuclide datingRelated: Decay competes with production and makes radioactive nuclides useful for dating longer exposure histories.

• RadiopharmaceuticalNarrower topic: Decay type and timing determine the detectable emissions and usable lifetime.

• Rutherford scatteringNarrower topic: Radioactive sources supplied the alpha particles used to probe foil atoms.

• Spontaneous fissionNarrower topic: Spontaneous fission is one possible decay mode among several.

• Transactinide elementRelated: Unstable nuclei decay before transactinides can accumulate naturally in bulk.

• Geometric progressionRelated: Over equal time intervals, the expected number of undecayed nuclei follows geometric decay.

• MoscoviumRelated: Every known moscovium isotope decays into lighter nuclei.

• Potassium-40Narrower topic: Potassium-40 changes into argon-40 or calcium-40 through radioactive decay.

• TennessineNarrower topic: Decay chains from tennessine isotopes provided the main evidence for their production.

• U–Pb datingNarrower topic: U–Pb clocks rely on decay rates that remain stable over geological time.

• BismuthNarrower topic: Bismuth-209’s eventual decay revised the element’s long-standing status as stable.

• Jack Hills zirconRelated: Uranium decay supplies the clock used to date the zircon crystals.

• Nuclear safetyRelated: Decay continues producing heat and radiation after a reactor shuts down.

• Spent nuclear fuelNarrower topic: Decay changes spent fuel’s isotopic inventory and radiation levels over time.

• MonaziteRelated: Decay of uranium and thorium in monazite produces daughter isotopes used to determine ages.

• Uranium–thorium datingNarrower topic: The measured isotope changes follow predictable decay rates.

• Arthur HolmesRelated: Holmes considered radioactive heat a source of energy for mantle circulation.

• Edwin McMillanNarrower topic: Following decay products let researchers infer the identity of short-lived transuranium nuclei.

• Euler's NumberRelated: Its continuous-time decay law is commonly written using e.

• Gamma-ray spectroscopyRelated: Decay populates excited nuclei whose transitions generate measurable gamma lines.

• Isotopic abundanceRelated: Decay changes isotope proportions over time within a closed sample.

• KilonovaRelated: Decay of freshly made nuclei deposits the heat that keeps the ejecta luminous.

• Nuclear wasteRelated: Decay changes waste activity over time and helps determine how long it needs isolation.

• Particle decayRelated: It is the nuclear-scale counterpart, governed by nuclear rather than elementary-particle states.

• Albert GhiorsoRelated: Short-lived decay chains supplied identifying evidence for many newly made elements.

• BrachytherapyRelated: Decay determines how a brachytherapy source emits radiation and loses activity over time.

• FleroviumNarrower topic: Every observed flerovium isotope disappears through nuclear decay.

• Rubidium–strontium datingNarrower topic: The method’s clock is the steady decay of rubidium-87.

• Uranium-series datingNarrower topic: The method turns predictable nuclear decay into an elapsed-time estimate.

• Absolute datingNarrower topic: Radiometric ages rely on decay occurring at a predictable rate.

• ActiniumNarrower topic: Actinium’s radioactivity arises from unstable nuclei transforming into other nuclides.

• AmericiumRelated: Decay determines the radiation emitted by every americium isotope.

• Bubble chamberRelated: Decay events can appear as tracks that begin or end inside the chamber.

• Chernobyl exclusion zoneRelated: Decay gradually reduces some hazards, but does not remove contamination immediately.

• Cobalt-60Narrower topic: Cobalt-60's beta and gamma emissions are stages of radioactive decay.

• CoperniciumRelated: Copernicium isotopes decay too quickly to accumulate in ordinary samples.

• Frederick SoddyRelated: Decay chains provided the evidence that radioactive elements transform over time.

• Geiger counterRelated: Decay events emit radiation that can produce counts in a nearby detector.

• Irène Joliot-CurieNarrower topic: The induced isotopes were identified through their characteristic decay after irradiation.

• Radiocarbon calibrationRelated: Carbon-14 decay gives measurements an age scale that is not identical to calendar time.

• TechnetiumRelated: Every technetium isotope decays, setting its lifetime and radiation output.

• Thermoluminescence datingRelated: Decay in surrounding materials supplies much of the radiation that charges mineral traps.

• AstatineRelated: Decay both creates naturally occurring astatine and rapidly removes it.

• CaliforniumRelated: Californium isotopes decay through processes including alpha emission and spontaneous fission.

• Cosmogenic nuclideRelated: Decay competes with production and sets the timescale of radioactive cosmogenic nuclides.

• DarmstadtiumRelated: Darmstadtium isotopes are identified and studied through their characteristic decay chains.

• Frédéric Joliot-CurieNarrower topic: The induced isotopes were recognized through their characteristic decay after the bombardment stopped.

• Isotope hydrologyNarrower topic: Radioactive decay provides the clock behind isotope-based water dating.