This review provides a comprehensive overview of the most recent progress in chemistry
and applications of metal complexes containing heteroallylic ligands such as amidinates …

The thermolysis of metal compounds incorporating amidinate-type ligands (RN (H) C (X)
NR, where R is any alkyl and X is an alkyl or an amido) show a great complexity and …

Cobalt metal films have important applications as magnetic materials, precursors to CoSi2
contact materials, and liners and caps of copper features in microelectronics devices. 1− 6 …

The atomic layer deposition (ALD) of cobalt metal films is described using the precursor bis
(1, 4-di-tert-butyl-1, 3-diazadienyl) cobalt and tert-butylamine or diethylamine. Platinum …

Only a few four‐coordinated Co2+‐complexes show single‐molecule magnet (SMM)
properties without an applied dc field. Common for those is a large magnetic anisotropy …

The synthesis, characterization, and thermogravimetric analysis of tris (N, N′-di-
isopropylacetamidinate) molybdenum (III), Mo (iPr-AMD) 3, are reported. Mo (iPr-AMD) 3 is a …

Micropancake, a flat domain with micrometer-scale lateral size and a few nanometer
thickness, is usually accompanied by the generation of interfacial nanobubbles at the …

Atomic layer deposition (ALD) has become an essential tool to fabricate high-quality thin-film
materials with atomic-level control. Early ALD studies mostly focused on binary metal oxides …

Rechargeable Zn− air batteries are a promising type of metal-air batteries for high-density
energy storage. However, their practical use is limited by the use of costly noble-metal …

Cobalt nitride (Co 3 N x) thin films were deposited via the technique of plasma enhanced
atomic layer deposition (ALD) at low temperatures down to 100 C, using bis (N, N′-di-iso …