This study presents a new crystal structure of a gold nanocluster coprotected by thiolate and chloride, with the formula of Au<sub>36</sub>(SCH<sub>2</sub>Ph-<sup>t</sup>Bu)<sub>8</sub>Cl<sub>20</sub>. This nanocluster is composed of a Au<sub>14</sub> core with two Cl atoms, a pair of pentameric Au<sub>5</sub>(SCl<sub>5</sub>) staple motifs, and a pair of hexameric Au<sub>6</sub>(S<sub>3</sub>Cl<sub>4</sub>) motifs. It is noteworthy that the “Au–Cl–Au” staple motifs are observed for the first time in thiolate protected gold nanoclusters. More importantly, the formation of the Cl–Au<sub>3</sub> motifs is found to be mainly responsible for the configuration of the gold nanocluster. This work will offer a new perspective to understand how the ...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
We report the structure determination of a large gold nanocluster formulated as Au<sub>130</sub>(<i>...
We report the synthesis and crystal structure determination of a gold nanocluster with 103 gold atom...
This study presents a new crystal structure of a gold nanocluster coprotected by thiolate and chlori...
Unlike bulk materials, the physicochemical properties of nano-sized metal clusters can be strongly d...
We report the X-ray structure of a selenolate-capped Au<sub>24</sub>(SeR)<sub>20</sub> nanocluster (...
The larger size gold nanoparticles typically adopt a face-centered cubic (fcc) atomic packing, while...
The 18-electron shell closure structure of Au nanoclusters protected by thiol ligands has not been r...
Precise control of the growth of thiolate-protected gold nanoclusters is a prerequisite for their ap...
Understanding how gold nanoclusters nucleate from Au<sup>I</sup>SR complexes necessitates the struct...
Understanding how gold nanoclusters nucleate from Au<sup>I</sup>SR complexes necessitates the struct...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
The study of atomic structure of thiolate-protected gold with decreased core size is important to ex...
Precise control of the growth of thiolate-protected gold nanoclusters is a prerequisite for their ap...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
We report the structure determination of a large gold nanocluster formulated as Au<sub>130</sub>(<i>...
We report the synthesis and crystal structure determination of a gold nanocluster with 103 gold atom...
This study presents a new crystal structure of a gold nanocluster coprotected by thiolate and chlori...
Unlike bulk materials, the physicochemical properties of nano-sized metal clusters can be strongly d...
We report the X-ray structure of a selenolate-capped Au<sub>24</sub>(SeR)<sub>20</sub> nanocluster (...
The larger size gold nanoparticles typically adopt a face-centered cubic (fcc) atomic packing, while...
The 18-electron shell closure structure of Au nanoclusters protected by thiol ligands has not been r...
Precise control of the growth of thiolate-protected gold nanoclusters is a prerequisite for their ap...
Understanding how gold nanoclusters nucleate from Au<sup>I</sup>SR complexes necessitates the struct...
Understanding how gold nanoclusters nucleate from Au<sup>I</sup>SR complexes necessitates the struct...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
The study of atomic structure of thiolate-protected gold with decreased core size is important to ex...
Precise control of the growth of thiolate-protected gold nanoclusters is a prerequisite for their ap...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
A structure evolution map of face-centered cubic (fcc)-structured thiolate-ligand protected gold nan...
We report the structure determination of a large gold nanocluster formulated as Au<sub>130</sub>(<i>...
We report the synthesis and crystal structure determination of a gold nanocluster with 103 gold atom...