A new photocatalytic synthesis strategy for rapid preparation of BSA-Au nanoclusters (NCs)
with tunable fluorescence was developed and used for the highly selective detection of …

Applying porous nanostructured materials in selective metal ion quantification has become
intensely researched due to their ion-capturing efficacy. Herein, porous formamidinium lead …

Graphitic carbon nitride quantum dots (g-C3N4 QDs) are synthesized using a simple, one-
pot, and methylamine-assisted hydrothermal method. This material with excellent …

Selective detection and determination of silver ions are tricky due to the poor reactivity and
the interference of various metal ions and halides. Only a few cases have been reported …

In this study, a novel imprinted electrochemical sensor was constructed by modifying
deoxyribonucleic acid (DNA) for the detection of Ag+ with high sensitivity and selectivity …

A rapid method for the determination of ethanol content is proposed and tested. A
fluorescence detecting system, with a multimode fiber (MMF) sensing head, is employed …

We have developed a fluorescent nanoprobe (AgP-1) that can detect silver ions (Ag+) in
biological media. For the first time, a hybridized structure based on AIEgen …

In this paper, an enzyme-free and label-free fluorescent nanomodule is proposed for rapid,
simple and sensitive detection of Ag+, Hg 2+ and tetracycline (TC). The strategy is cleverly …

Silver is widely used in medical materials, photography, electronics and other industries as a
precious metal. The large-scale industrial production of silver-containing products and liquid …

We report a sensitive, fixed-wavelength, lock-in-based optical detector built from a light-
emitting diode, two colour filters, a photodetector, a small number of discrete analogue …