Linked from

The 18 pages that link to Nuclide, each with the reason it gives.

• Atomic numberNarrower topic: A nuclide’s proton count is its atomic number; its neutron count completes its nuclear identity.

• Radioactive decayRelated: Decay changes a nuclide into another nuclide or energy state.

• IsotopeNarrower topic: Each isotope is a nuclide specified by its nuclear composition.

• Neutron captureRelated: Capture converts one nuclide into another by increasing its neutron number.

• Mass numberNarrower topic: Mass number is one coordinate used to identify a nuclide.

• Nuclear drip lineNarrower topic: Each point near a drip line represents a nuclide with a particular nucleon count.

• Decay chainNarrower topic: Every chain consists of nuclides linked by nuclear transformations.

• Transuranium elementRelated: Transuranium research concerns particular nuclides, not just element names.

• IsobarNarrower topic: An isobar is one relation between two nuclides.

• Isotopic abundanceNarrower topic: Each isotope contributing to an abundance is a distinct nuclide.

• Cosmogenic nuclideNarrower topic: Cosmogenic nuclides are distinguished by the nuclei formed in cosmic-ray reactions.

• Neutron activationRelated: Activation produces a particular nuclide whose decay properties can be measured.

• RadionuclideNarrower topic: A radionuclide is a nuclide distinguished by an unstable nucleus.

• Nuclear chemistryRelated: Nuclides give nuclear chemistry a precise way to identify distinct atomic nuclei.

• Decay energyNarrower topic: A decay connects a parent nuclide to one or more daughter nuclides.

• Decay productNarrower topic: A decay product is first identified by its resulting nuclear composition.

• Isotopes of uraniumNarrower topic: Each uranium isotope is one specific nuclide defined by its proton and neutron counts.

• Primordial nuclideNarrower topic: Primordial status applies to a specific nuclear species, not just an element.