Linked from

The 40 pages that link to Nuclear reaction, each with the reason it gives.

• Radioactive decayNarrower topic: Radioactive decay is the spontaneous branch of the broader family of nuclear transformations.

• NeutronNarrower topic: Neutron-induced fission and capture are specific kinds of nuclear reaction.

• Island of stabilityNarrower topic: Fusion reactions are used to create candidate superheavy nuclei for stability studies.

• Nuclear physicsNarrower topic: This broader category includes scattering, fusion, fission, and particle-induced transformations.

• Heavy-ion fusionNarrower topic: Fusion is one possible outcome of a collision between nuclei.

• Neutron activation analysisNarrower topic: Neutron activation analysis relies on neutron-induced nuclear reactions.

• Nuclear transmutationNarrower topic: Bombardment reactions can make elements that radioactive decay cannot produce directly.

• NucleosynthesisNarrower topic: Nucleosynthesis is the element-building subset of nuclear reactions.

• Nuclear astrophysicsNarrower topic: Nuclear astrophysics applies this broad class of processes to astronomical environments.

• Nuclear forceNarrower topic: Reaction rates and outcomes depend on nuclear forces between the participating nuclei.

• Periodic table extensionNarrower topic: Element synthesis is a specialized use of nuclear reactions.

• MoscoviumNarrower topic: The fusion reaction creates moscovium nuclei rather than assembling ordinary chemical matter.

• Neutron cross sectionNarrower topic: Neutron cross sections quantify probabilities for specific neutron-induced nuclear reactions.

• Albert GhiorsoNarrower topic: Element synthesis is a nuclear reaction followed by evidence that the product existed.

• Frédéric Joliot-CurieNarrower topic: Artificial radioactivity is one outcome of the nuclear reactions Joliot studied.

• Neutron activationNarrower topic: Neutron capture is a nuclear reaction that initiates activation.

• FranciumNarrower topic: Researchers can create francium by bombarding target materials with accelerated ions.

• Heavy-ion acceleratorNarrower topic: Heavy-ion experiments use nuclear reactions to probe nuclei and nuclear forces.

• Neutron radiationNarrower topic: Neutron interactions often alter nuclei rather than acting mainly on atomic electrons.

• William Alfred FowlerNarrower topic: Fowler measured such reactions under conditions relevant to stellar interiors.

• Geiger–Nuttall lawNarrower topic: Alpha decay is one nuclear transformation whose rate the law helps relate to emission energy.

• LivermoriumNarrower topic: Livermorium synthesis is a rare nuclear reaction whose products must be identified from their decays.

• NobeliumNarrower topic: Nobelium production is a rare outcome of deliberately induced nuclear reactions.

• UnquadquadiumNarrower topic: A synthesis claim for element 144 would rest on identifying products of a nuclear reaction.

• UnquadoctiumNarrower topic: Any attempt to produce element 148 would depend on a reaction capable of assembling its nucleus.

• UnquadseptiumNarrower topic: Creating element 147 would require a reaction that combines nuclei to reach its proton count.

• UnquadtriumNarrower topic: A proposed production pathway must specify a reaction capable of assembling 143 protons.

• UntripentiumNarrower topic: Candidate production routes for element 135 depend on nuclear reaction probabilities and products.