Supported 1 wt% Pt-based catalyst materials have been used as model systems to study pore curvature and support composition effects on the electronic properties of supported Pt nanoparticles.
The molecular orbital (MO) calculation models support the discussions on the electronic substituent effect of the PEsI main chains.
Photoluminescence measurements for the CNCs show similar emission peaks to the thermally excited emission, which further supports our speculation on the electronic structure of the CNC.
The interaction of graphene oxide of varying reduction degrees with dielectric and metallic surfaces is probed in this study, in order to assess the influence that the supporting substrate has on the electronic properties of as-produced graphene oxide and its reduced form.
The influence of the basicity of the support and zeolite structural characteristics on the electronic charge of supported Pt and its catalytic activity and selectivity in the dehydrocycliztion of n-hexane is reported.
Titanium dioxide, TiO2, was chosen as the appropriate support on the basis of its electronic structure which enables to avoid a strong metal support interaction with the active XO2 phase.
The support effects have a remarkable influence on the adsorption characteristics of four types of toxic gases which is determined by the electronic structure of graphene-based support, and the electronic structure can be characterized by Fermi softness of catalysts.
The effect of support type and alloying with Sn on the electronic structure of supported Pt nanoparticles was investigated using in situ high energy resolution fluorescence-detected X-ray absorption near-edge spectroscopy (HERFD XANES) at the Pt L3-edge.
Surface engineering of biomaterials, such as enzymes, antigen antibodies or DNA on the electronic supports, controls the electrical properties of the biomaterial transducer interface and enables the electronic transduction of biorecognition events, or biocatalyzed transformation, on the transducers.
(If you don't believe me, try to get tech support on any electronic device more than three years old).
