The ten studies behind this project, each linked to its original publication.
10 studies found
Amine-functionalized MOFs were studied for capturing CO₂ directly from air (~400 ppm). Adding humidity markedly increased CO₂ uptake for some materials.
Examined how amino-acid-modified MOF-808 captures CO₂ from humid gas streams, revealing different chemistry under dry vs humid conditions.
A device using MOF-801 captured water vapor from air and released it using low-grade heat from natural sunlight, without additional energy input.
Revealed step-by-step how water molecules fill MOF-303 pores — binding first to polar sites, then forming clusters, chains and finally a network.
Introduced two furan-based MOFs, MOF-LA2-1(furan) and MOF-LA2-2(furan), with high working capacity and cycling stability.
High-entropy metal selenide catalysts made by rapid Joule heating create asymmetric active sites that speed up the oxygen evolution step of water splitting.
Used cement paste replaces lime and dolomite flux in electric steel recycling, producing a slag that can be used to make Portland clinker.
SO₂, usually a catalyst poison, was found to promote propane combustion over Pt/TiO₂ by forming a surface (Pt–S–O)-Ti active structure.
High-entropy metal selenide catalysts made by rapid Joule heating create asymmetric active sites that speed up the oxygen evolution step of water splitting.
High-entropy metal selenide catalysts made by rapid Joule heating create asymmetric active sites that speed up the oxygen evolution step of water splitting.
Research summaries are intended for educational purposes. Please consult the original publications for complete experimental methods and scientific details.