One of the primary aims of the actinide community within nanoscience is to develop a good
understanding similar to what is currently the case for stable elements. As a consequence …

Chalcogenolate clusters Cd6Ag4 (EPh) 16 (DMF) 3 (CH3OH)(E= S, Se) with
supertetrahedral structures are isolated. Further interlinking the clusters with organic linker …

Nanometre-scale metal chalcogenide clusters and materials derived from their regular
spatial organization via covalent or other bonding interactions represent an important area …

Due to the ability to generate oligomers of precise sequence, sequential and stepwise solid-
phase synthesis has been the dominant method of producing DNA and other …

Superstructures, combining nanoscopic constituents into micrometer-size assemblies, have
a great potential for utilization of the size-dependent quantum-confinement properties in …

Chalcogenolate clusters can be interlinked with organic linkers into semiconducting
coordination polymers with photocatalytic properties. Here, discrete clusters of Cd8S (SPh) …

Micrometer-sized superparticles, self-assembled from metallic or semiconducting
nanoclusters, can be used as convenient building blocks for preparing functional materials …

In this work, the synthesis of nanoscale CuInS2 and CuInSe2 was developed using
molecular precursors of the type [(Ph3P) 2CuIn (ER) 4](E= S, Se) and solvothermal …

Reactions of [Co (N (SiMe3) 2) 2thf] with 2.1 equiv. of MesSH (Mes= C6H2-2, 4, 6-(CH3) 3)
yield dark brown crystals of the one dimensional chain compound 1∞[Co (SMes) 2]. In …

Hydrothermal treatment of halide mono-substituted complex of (Me 4 N) 2 [Cd 4 (SPh) 9
Cl](1) afforded three-dimensional framework [Cd 4 (SPh) 8] n (2), its three-dimensional …