Linked from

The 12 pages that link to Isotope effect, each with the reason it gives.

• Stable isotope analysisNarrower topic: These differences provide the underlying causes of isotope fractionation.

• BCS theoryRelated: Its observed mass dependence supported a lattice-vibration role in conventional superconductivity.

• DeuteriumRelated: Deuterium’s extra nuclear mass alters reaction rates and molecular behavior.

• Relativistic effectCompared with: It can shift atomic and molecular behavior through nuclear mass rather than electron relativity.

• Relative atomic massRelated: Isotope-dependent behavior helps explain why a single average mass cannot describe every atom’s behavior.

• Isotopic abundanceRelated: Small isotope-dependent behavior can drive abundance shifts during reactions.

• Isotopes of hydrogenRelated: Hydrogen’s large relative mass differences make its isotope effects especially pronounced.

• ProtiumRelated: Protium’s low mass makes its substitution by deuterium produce especially noticeable effects.

• Tritiated waterRelated: Replacing hydrogen with heavier tritium slightly alters water’s molecular properties.

• Whole-number ruleRelated: The rule's isotopic distinctions matter when mass differences alter measurable behavior.

• HydronRelated: Replacing protium with deuterium or tritium changes hydron-related reaction behavior.

• Semiheavy waterRelated: Replacing protium with deuterium changes molecular behavior in HDO.