Stable, Flexible 3D-COF Material for Energy Storage
Isomerism Can Control and Increase the Diversity of Structure of Covalent Organic Frameworks, Emerging Nanoporous Solids
Tags: Tokyo Institute of Technology, Japan, Energy & Environment, Science & Exploration
Tokyo Institute of Technology researchers discovered how to selectively generate structural isomers of three-dimensional covalent organic frameworks (3D-COFs), enhancing control over their properties. These nanoporous solids, formed by covalently linking building blocks, exhibit unique stability and design flexibility, important for various applications. The breakthrough allows for tuning key properties such as density and pore size by controlling isomer formation during synthesis. This innovation could transform the use of 3D-COFs in solid-state electrolytes for lithium-ion batteries, controlled drug delivery systems, gas storage and separation, catalysis, sensing and detection devices among other applications. The research signifies a major advancement in the design and functionality of materials crucial for energy storage and other technologies.
IP Type or Form Factor: Material; Platform
TRL: 3 - proof of concept with needs validated
Industry or Tech Area: Battery Storage & Portable Power; Nanotechnology
