3D graphene framework with porous structures was electrochemically reduced and in situ assembled on the electrode, and BiNPs with tunable morphologies were highly dispersed on the framework by a chemical reduction.
These complexes can be dispersed into metal organic frameworks (MOFs) to improve their hydrogen storage properties further.
Results suggest the co-existence of Fe oxide species highly dispersed in the frameworks of SBA-15 and Ru Fe bimetallic nanoparticles.
This modification process can be applied not only to semiconducting TiO2 photocatalysts but also to TiO2 thin film photocatalysts, as well as titanium oxide photocatalysts highly dispersed within zeolite frameworks.
Elemental maps confirm that sulfur is homogeneously dispersed in the MC framework after encapsulation.
The Pd@Au nanoalloys were dispersed on the graphene framework networks and their active sites were fully exposed.
The nanosized MoS2 ultrathin nanosheets were uniformly and vertically dispersed on the rGO framework after nitrogen incorporation.
In situ photoluminescence, diffuse reflectance absorption, ESR and XAFS investigations indicated that the titanium oxide species are highly dispersed within the zeolite framework and exist in tetrahedral coordination.
A novel design to synthesize a defect-free mixed-matrix membrane (MMM) exhibiting superior gas separation performance via fully dispersed blunt zeolitic imidazolate framework (ZIF-8) in polymer matrix has been proposed for the first time.
In addition, the cobalt species on Co-MCM-41 was highly dispersed in the silica framework of MCM-41 molecular sieves, while the cobalt on Co-MCM-41_imp was present as cobalt oxide clusters or Co3O4 nano-particles on the external surface of MCM-41.
