Linked from

The 24 pages that link to Actinide, each with the reason it gives.

• Superheavy element synthesisNarrower topic: The availability and isotope properties of actinide targets constrain routes to heavier elements.

• PlutoniumNarrower topic: Plutonium’s position among the actinides helps explain its complex electronic and chemical behavior.

• Transuranium elementNarrower topic: Most known transuranium elements belong to the actinide series.

• ThoriumNarrower topic: Thorium is one of the early members of this radioactive element series.

• ActiniumNarrower topic: Actinium gives this element series its name and marks its conventional beginning.

• AmericiumNarrower topic: Americium is an actinide with chemistry shaped by its 5f electrons.

• Mixed oxide fuelNarrower topic: Irradiated MOX can leave long-lived actinides that complicate spent-fuel management.

• LawrenciumNarrower topic: Lawrencium is the final element in this radioactive series.

• BerkeliumNarrower topic: Berkelium is a transuranic member of this series, with characteristic actinide chemistry.

• EinsteiniumNarrower topic: Einsteinium is the eleventh actinide, following fermium in the series.

• FermiumNarrower topic: Fermium belongs to the actinide series, whose members are predominantly radioactive.

• MendeleviumNarrower topic: Mendelevium is the eleventh member of the actinide series.

• NobeliumNarrower topic: Nobelium is the eleventh member of this radioactive element series.

• ProtactiniumNarrower topic: Protactinium belongs to this series and shares its characteristic radioactive chemistry.