There is great need for stand-alone luminescence-based chemosensors that exemplify
selectivity, sensitivity, and applicability and that overcome the challenges that arise from …

Coumarins, due to their intense and persistent emission of fluorescence, structural flexibility,
and excellent biocompatibility, have become a popular choice in developing new …

An optical fiber sensor based on a fluorescent molecular probe has been developed to
measure the pH of cementitious materials, from the early stages of hydration to advanced …

The past two decades witnessed the widespread adoption of microfluidics for miniaturized
and automated chemical analysis. Microfluidic techniques require less sample, consume …

Carbon–carbon bond formation, condensation or click chemistry reactions were used to
synthesize novel bowl-shaped sumanene–ferrocene conjugates, along with the extended π …

A sumanene derivative functionalized with triphenylbenzene units was found to exhibit
aggregation-induced emission enhancement (AIEE). A disaggregation process after the …

Portable fluorescence-based Cs+ radionuclide sensing has received great concerns yet
challenged by interference in complex sample matrices. Herein, a reliable method was …

The synthesis of a sumanene derivative bearing three ferrocenyl substituents is presented.
This conjugated compound is solution-processable, shows red-light emission with high …

Herein, the easily approachable N, N′-(acridine-3, 6-diyl) dipicolinamide (ACC) prepared
by only one step was evaluated as an efficient and selective chemosensor for the selective …

Abstract Calix [4] arenes-based fluorescent chemosensors containing thiosemicarbazone as
a binding site and naphthalene as a fluorogenic unit in a 1, 3-alternate (L1) and cone (L2) …