Optical isotherms as a fundamental characterization method for gas sensing with luminescent MOFs by comparison of open and dense frameworks

Abstract

Optical isotherms as a novel fundamental characterization method for MOF sensors are presented by a combination of simultaneous monitoring of sorption processes of different analyte gases (N₂, Ar, CO₂, and O₂) together with<italic>in situ</italic>photoluminescence spectroscopy.