ACS Omega · 2020 · 56 citations · 48 references
Natural SciencesChemistryToxicologyBiosensorsSensorsSpectroscopyChemical SensorsFluorescence SpectroscopyNanomaterial-based BiosensorsSensor MaterialsSensor-based AnalysisFluorescence QuenchingFluorescence SensingFluorescence SensorsLuminescent Metal-organic FrameworksLuminescent NanomaterialsLuminescent SensorsMetal-organic Framework SensorsSensing
-containing MOFs, the initial fluorescence intensity is significantly quenched in response to an aqueous solution of TNP. However, Cd@MOF is more selective and sensitive toward TNP over several other epNACs than Mn@MOF. The high chemical stability of the MOF samples, as well as its amusing sensing efficiency of Cd@MOF, further instigated to investigate the sensing ability in various environmental specimens like soil and water culled from several zones of West Bengal, India.
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