Research | hyoogroup

Fabrication of Multifunctional Inorganic Hybrid Nanostructures

Anisotropic multimetallic nanomaterials with controllable composition, crystal orientation, and defect
Atomically-dispersed metal catalysts on 2D nanostructures for improved catalytic performance
Multinary metal chalcogenides via cation exchange
Development of metal-organic framework (MOF) nanoparticles and MOF-derived multinary inorganic nanocomposites
Development of highly porous multifunctional nanocarriers with customized properties

Establishing fundamental understanding on active interfaces in hybrid nanostructures, such as metal/metal, oxide/metal, and oxide/oxide junctions
Knowledge-based design and controlled synthesis of highly efficient and robust OER and HER photo/electro-catalysts for next-generation energy storage and conversion systems.
Nanocatalysts deposited on 3D conductive supports for improved electrochemical performances
Photon-induced water splitting based on metal/semiconductor junctions

Development of hybrid nanomaterials with customized configurations as efficient catalysts because they perform not only inherit characteristic properties of each individuals but also exhibit unique synergistic properties.
Fabrication of hybrid nanomaterials via “nanospace engineering” by growth of nano metal-organic framework on multi-functional nanosupport for improved catalytic performances
Develoment of metal-organic framework-based single atom catalysts for enhanced energy-related applications

Design of hierarchical metallosupramolecules (Superb-Molecules)
Construction of higher-order molecular platforms through Multilevel Assembly Approach
Establishment of a molecular cage library with target-orientated functionality
Systematic proliferation and implementation of supramolecular building units for the construction of higher-order molecular platforms
Study on biomimetics, gas separation, and catalytic applications of multiple hierarchical structures