Catalytic and optical properties can be coupled by combining different metals into nanoscale architectures in which both the shape and the composition provide fine-tuning of functionality. Here, discrete, small Pt nanoparticles (diameter = 3–6 nm) were grown in linear arrays on Au nanoprisms, and the resulting structures are shown to retain strong localized surface plasmon resonances. Multidimensional electron microscopy and spectroscopy techniques (energy-dispersive X-ray spectroscopy, electron tomography, and electron energy-loss spectroscopy) were used to unravel their local composition, three-dimensional morphology, growth patterns, and optical properties. The composition and tomographic analyses disclose otherwise ambiguous details of ...
Single particle microscopy and spectroscopy strategies reveal hidden relationships between the surfa...
Nanoscale platinum materials are essential components in many technologies, including catalytic conv...
Bimetallic systems present new opportunities to tailor the optical properties of nanoparticles. Morp...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Pt-based bimetallic dendritic nanoparticles (NPs) with noncompact nanobranches show great potential ...
The catalytic and optical properties of metal nanoparticles can be combined to create platforms for ...
Bimetallic systems present new opportunities to tailor the optical properties of nanoparticles. Morp...
Modulation of functional metallic nanoparticles (NPs) in terms of their size, configuration, and dim...
International audienceBimetallic systems present new opportunities to tailor the optical properties ...
Single particle microscopy and spectroscopy strategies reveal hidden relationships between the surfa...
Nanoscale platinum materials are essential components in many technologies, including catalytic conv...
Bimetallic systems present new opportunities to tailor the optical properties of nanoparticles. Morp...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Catalytic and optical properties can be coupled by combining different metals into nanoscale archite...
Pt-based bimetallic dendritic nanoparticles (NPs) with noncompact nanobranches show great potential ...
The catalytic and optical properties of metal nanoparticles can be combined to create platforms for ...
Bimetallic systems present new opportunities to tailor the optical properties of nanoparticles. Morp...
Modulation of functional metallic nanoparticles (NPs) in terms of their size, configuration, and dim...
International audienceBimetallic systems present new opportunities to tailor the optical properties ...
Single particle microscopy and spectroscopy strategies reveal hidden relationships between the surfa...
Nanoscale platinum materials are essential components in many technologies, including catalytic conv...
Bimetallic systems present new opportunities to tailor the optical properties of nanoparticles. Morp...