We are mainly conducting the following researches to explore and create novel functional materials based on confined nanospaces through mutual feedback between molecular modeling and experiments using various measurement and analysis techniques. We will update the outline of the researches and the obtained results as needed.
- Creation and functional exploration of nanocarbons confined in zeolite nanopores
- Understanding of propane/propylene separation mechanism in Ag-exchanged zeolite membranes
- Molecular modeling of graphene-based ion separation membranes
- Molecular modeling of highly efficient adsorption heat pump using flexible nanoporous materials
- Development of neural network potential for designing ceramics devices
- Understanding the air separation mechanism in zeolite-graphene membranes
Creation and functional exploration of nanocarbons confined in zeolite nanopores
TBA
Understanding of propane/propylene separation mechanism in Ag-exchanged zeolite membranes
TBA
Molecular modeling of graphene-based ion separation membranes
TBA
Molecular modeling of highly efficient adsorption heat pump using flexible nanoporous materials
TBA
Development of neural network potential for designing ceramics devices
TBA
Understanding the air separation mechanism in zeolite-graphene membranes
TBA
