Sentence examples for metal clusters with from inspiring English sources
Over 100 metal clusters with atomically precise designed structures have been reported.
Quantized double layer charging voltammetry, or molecule-like voltammetry, could be observed for metal clusters with specific core sizes.
Polyvinyl pyrrolidone (PVP) has been widely employed as a ligand or protecting agent to prepare monodisperse noble metal clusters with ultrasmall dimensions and narrow size distributions [29, 30].
This work highlights the facile and straightforward approach to fabricate hybrid materials based on ultrasmall noble metal clusters with improved electrocatalytic performance.
Ultrasmall metal clusters with unique sizes of a few nanometers possess distinct optical, electronic, and magnetic properties different from their nanoparticle counterparts.
A possible reason of this spectral change (color) in comparison with previously PAA-AgNPs could be associated to the reduction of the metal clusters with a partial positive charge by the amine groups[49, 50] of the PAH during the LbL assembly.
Interaction of metal cluster with silicalite shows a slight stabilization (36 kJ/mol) and formation of a negatively charged Pt entity.
The most populated site for both gases (site α) was very close to the metal cluster, with interactions involving three carboxylate groups and three Zn atoms.
We present a theoretical study of the ultrafast dynamics in noble metal clusters interacting with molecular oxygen which is of fundamental importance for the understanding and design of cluster-based heterogenous nanocatalysts.
Moreover, the internal formation of the Sn-doped NiPc reveals that Sn dopants are embedded in the NiPc matrix as Sn metal clusters coated with derivative metal oxide of Sn (SnOx).
Two related classes of transition metal cation catalysts were investigated: 1) single transition metal cations supported on zirconium oxide nodes of the metal organic framework NU-1000 and 2) small metal hydroxide clusters with two metal atoms (M2) that could be grown by atomic layer deposition on a support exhibiting isolated hydroxyl groups.
