This critical review covers the present state of the art in optical sensing of glucose. Following
an introduction into the significance of (continuous) sensing of glucose and a brief look back …

The sol–gel technology is being increasingly used for the development of optical sensors
and biosensors, due to its simplicity and versatility. By this process, porous thin films …

In this work photoluminescent properties of Fe3+ selective organic fluoroionophore,
benzofuran derivative bis (7-methoxybenzofuran-2-il) ketoxime (BFK) was investigated in …

Sulfonphthaleine dyes are an important class of pH indicators, finding applications in novel
(textile) sensors. In this paper, we present a combined experimental and theoretical study to …

pH-sensitive chromic textiles are promising materials that can be used as flexible sensor
systems providing an easily visible signal. However to date, mainly conventional dyeing …

Donor− π− acceptor fluorene derivative 1c is a near-neutral pH indicator whose p K a of∼
7.0 was determined by both absorption and fluorescence methods. 1c satisfies important …

The application of pH-sensitive dye molecules onto textile materials is a promising method
for the development of sensor materials. Ten commonly used pH-indicators, namely …

Self-assembled nanophase particle (SNAP) technology was use to protect AZ31B Mg alloy.
The SNAP sol was synthesized in an aqueous solution by the organosilanes of 3 …

Novel 5-oxazolone derivatives containing an N-phenyl-aza-15-crown-5 moiety were
synthesized for the first time. The structures of the new derivatives were confirmed by 1H …

The solvatochromic and spectral properties of oxazolone derivatives in various solvents
were reported. Fluorescence spectra clearly showed positive and negative solvatochromism …