This survey of metal–metal (MM) bond distances in binuclear complexes of the first row 3d-
block elements reviews experimental and computational research on a wide range of such …

Understanding the electronic, physical, and chemical properties of metal clusters, for use in
potential applications, is an issue attracting wide attention by large numbers of investigators …

Understanding the energy it takes to build or break chemical bonds is essential for scientists
and engineers in a wide range of innovative fields, including catalysis, nanomaterials …

We present a systematic study for numerical atomic basis orbitals ranging from H to Kr,
which could be used in large scale O (N) electronic structure calculations based on density …

In the past 10 years or so, a new type of chemical entity has come under both experimental
and theo-retical examination: clusters of transition-metal atoms, without benefit of stabilizing …

A series of efficient split‐valence basis sets for first‐row transition metals, termed 3‐21G, has
been constructed based on previously‐formulated minimal expansions of Huzinaga, in …

We report the first measurement of the magnetic properties of isolated iron-atom clusters
ranging in size from 2 to 17 atoms as well as the magnetic behavior of the monoxides and …

We propose a data set of bond lengths for 8 selected transition metal dimers (Ag2, Cr2, Cu2,
CuAg, Mo2, Ni2, V2, and Zr2) and another data set containing their atomization energies …

Vanadium-doped small silicon clusters, VSin-and V2Sin-(n= 3–6), have been studied by
anion photoelectron spectroscopy. The vertical detachment energies (VDEs) and adiabatic …

UV laser excited fluorescence spectra of the jet‐cooled copper dimer are reported. Cu2 is
produced via laser vaporization of the metal inside the throat of a pulsed, supersonic nozzle …