Intriguing Studies of New Cluster-Assembled Materials
ranging from gas phase to condensed phase
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The ever-increased diversity and the depth of the understanding toward Cluster-Assembled Materials (CAMs), which may become the primary material type in the new era, bring us a never-ending appreciation and fascination. This work discusses some intriguing studies of three types of CAMs, ranging from the gas-phase study of the proposed dodecahedral metallocarbohedrene (Met-Cars), to the crystalline octahedral Zr6-oxide clusters, and to the icosahedral Au13-Monolayer Protected Clusters (MPC) in solutions. The soft-landed deposits of zirconium Met-Cars were found to form a face-centered-cubic str...
The ever-increased diversity and the depth of the
understanding toward Cluster-Assembled Materials
(CAMs), which may become the primary material type
in the new era, bring us a never-ending appreciation
and fascination. This work discusses some intriguing
studies of three types of CAMs, ranging from the gas-
phase study of the proposed dodecahedral
metallocarbohedrene (Met-Cars), to the crystalline
octahedral Zr6-oxide clusters, and to the
icosahedral Au13-Monolayer Protected Clusters (MPC)
in solutions. The soft-landed deposits of zirconium
Met-Cars were found to form a face-centered-cubic
structure via TEM. The single crystalline Zr- oxide
cluster was isolated and tentatively identified by X-
ray diffraction to be [Zr6iO(OH)12O6] 2[N(Bu)4]. As
for Au-MPCs, clusters [Au11-13(depp)4Cl2-4]+ were
found to be all predominant while they spontaneously
grow into a monomial tridecagold clusters series. As
few as just three structural symmetries associated
with them, do the related chemistry and physics have
manifested the beauty of CAMS. This work could be
used to get a glimpse of CAMS in general as well as
in-depth reviews of related topics.
understanding toward Cluster-Assembled Materials
(CAMs), which may become the primary material type
in the new era, bring us a never-ending appreciation
and fascination. This work discusses some intriguing
studies of three types of CAMs, ranging from the gas-
phase study of the proposed dodecahedral
metallocarbohedrene (Met-Cars), to the crystalline
octahedral Zr6-oxide clusters, and to the
icosahedral Au13-Monolayer Protected Clusters (MPC)
in solutions. The soft-landed deposits of zirconium
Met-Cars were found to form a face-centered-cubic
structure via TEM. The single crystalline Zr- oxide
cluster was isolated and tentatively identified by X-
ray diffraction to be [Zr6iO(OH)12O6] 2[N(Bu)4]. As
for Au-MPCs, clusters [Au11-13(depp)4Cl2-4]+ were
found to be all predominant while they spontaneously
grow into a monomial tridecagold clusters series. As
few as just three structural symmetries associated
with them, do the related chemistry and physics have
manifested the beauty of CAMS. This work could be
used to get a glimpse of CAMS in general as well as
in-depth reviews of related topics.
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