The final piece of the jigsaw puzzle of how actinides bond with ligands through phi bonds has been identified, with its ...

Heavy actinides—elements at the bottom of the periodic table, after plutonium—are radioactive, rare and chemically complex, ...

This suitability arises from the presence of an accessible π* antibonding orbital capable of accepting electron density from the actinide center. In this section, we examine a series of actinide ...

A series of materials-related issues must be ... chemical behaviour of actinide and fission-product solutions, and nuclear and thermo-mechanical phenomena in fuels and waste forms.

A series of spectra were taken in a temperature cycle and a ... A recent development is the use of actinides, such as uranium. Uranium in the right environment displays very large orbital magnetic ...

Einsteinium was discovered shortly after Albert Einstein died in 1955. With the atomic number 99, Einsteinium is a member of the actinide series and was discovered from the debris of the first ...

Further refinements came from Glenn T. Seaborg in the 1940s and 1950s, who identified the actinide series and reconfigured the table to include these elements. Today, the periodic table is an ...