1992•Unpublished venueOpen access

Molecular orbital studies of the bonding in heavy element organometallics

Bruce E. Bursten

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Abstract

The upgrade to the DECstation 3100 (and other workstations underway) has enabled the use of more sophisticated electronic structure methods. Research were done in the following fields: tris(cyclopentadienyl) actinide complexes; actinide-containing molecules with metal-metal bonds (U dimer, Th-Ru, Zr-Ru); and applications of fully relativistic DV-X[alpha] method to trivalent actinide chemistry (MCl[sub 3]).

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What this paper is about

The upgrade to the DECstation 3100 (and other workstations underway) has enabled the use of more sophisticated electronic structure methods. Research were done in the following fields: tris(cyclopentadienyl) actinide complexes; actinide-containing molecules with metal-metal bonds (U dimer, Th-Ru, Zr-Ru); and applications of fully relativistic DV-X[alpha] method to trivalent actinide chemistry (MCl[sub 3]).

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Available abstract

The upgrade to the DECstation 3100 (and other workstations underway) has enabled the use of more sophisticated electronic structure methods. Research were done in the following fields: tris(cyclopentadienyl) actinide complexes; actinide-containing molecules with metal-metal bonds (U dimer, Th-Ru, Zr-Ru); and applications of fully relativistic DV-X[alpha] method to trivalent actinide chemistry (MCl[sub 3]).

Key concepts: Actinide, Cyclopentadienyl complex, Dimer, Chemistry, Molecule, Metal, Ruthenium, Crystallography

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