… nanostructured materials.[7–20] In this communication, we first report the 1D self-assembly
of platinum … more concentrated nanoparticles into larger nanostructures (fibers or lamellae) …

… can serve as an additional driving force for the self-assembly (14, 24, 25) and consequently
results in the formation of assembled nanostructures that are different from those without the …

… Platinum nanostructures including nanorods and one dimensionally aligned nanorods were
… self-assembled nanofiber as the templates. And the synthesized platinum nanostructures …

… Besides, since various peptide nanostructures such as belts, fibrils, nanotubes … assembly
conditions, we can easily obtain different kinds of metal nanoparticle modified nanostructures …

In this report, we succeed in constructing a hybrid three-dimensional (3D) nanocomposite
film by alternatively assembling the graphene nanosheets modified by ionic liquid (IL) and Pt …

… In both cases, the obtained nanostructures are morphologically similar to our platinum …
mechanism was proposed for the formation of these Pd and Rh nanostructures. Further, …

“Coordination-driven self-assembly” offers us an efficient method to fabricate 3D metallacages
and 2D metallacycles with controllable shape and size via simple building blocks. Herein, …

… Most studies on nanostructure fabrication from platinum … of nanostructures in supramolecular
co-assembly of platinum complexes … of platinum complexes and block copolymers for the co-…

… Before discussing the self-assembly of square-planar platinum complexes, we are going to
review some type of ligands that can be used to obtain luminescent systems and discuss how …

… -dimensional assemblies is of particular interest in a range of practical applications. Here,
for the first time, it is reported that platinum (Pt) nanoparticle chain networks can be assembled …