A holistic overview on colorimetric and fluorogenic sensing of toxic Hg2+ by diverse N-heteroaromatics with unique mechanistic pathways.
With the aid of a hydroxyl group as an electron-donating group, the redox potential of phenazine derivatives is reduced, and the rate performance increases due to the hydrogen bonds between hydroxyl molecules.
In this review, we provide a comprehensive review article that emphatically compares and summarizes the dependency relationship between various chemical designs and application performance based on SGs derived from pillar[5]arene.
The development of optical probes for formaldehyde detection can lead to the realization of a practical device for its monitoring. This review summarizes formaldehyde sensing by optical sensors.
We investigated the solvent-dependent excited state properties of a novel D–A molecule. As the solvent polarity increased, intersystem crossing disappeared, radiative transitions decreased, and charge transfer states were generated.