Features: Internal cavity, controllable charge, flexible material, processability
Representative materials: porous coordination cages, porous organic cages, polyoxometalates, metal clusters
Features: Customized pore channels, flexible skeleton, stability, hirarchical pores
Representative materials: metal-organic frameworks, covalent-organic frameworks, hydrogen-organic frameworks, weak interaction frameworks
Features: Multiple pores, multiple active centers, predictability of external channels, topological diversity
Representative materials: cage-based open framework, cage-based HOFs, cage-modified MOFs, cage cluster coordination skeleton, POM-based MOFs
Not necessarily in a specific field, as long as the research is inspiring.
If you were to consult a dictionary, you'd find no entry for this particular combination of ideas. Yet, the trajectory of technology is clearly steering towards greater environmental sustainability.
Throughout history, it's been evident that human civilization has flourished and thrived by harnessing different forms of energy. Today, we're delving into the realm of renewable energy to ensure our continued existence and well - being.
In this ongoing quest, the progress made in new materials represents a modest yet vital stride.