Palladium is one of the important elements used in various industries, such as fuel cells,
automobile, dental crowns and catalysts in drug synthesis. Its extensive use and waste …

Detecting and analyzing metal ions in the environment have drawn great attention due to the
hazardous metal pollutions exposed to human being and creatures. Fluorescent sensors for …

Reversible solid-state acidochromic (SSAC) behavior offers facile and handy fluorescence
(FL)-based pH detection and secured ink or rewritable platform for anti-counterfeiting …

Phenazine derivatives have been explored in the selective detection of ions due to their
binding ability with analytes. In this context, C-6 sulfenylated benzo [a] phenazine-5-ols (3a …

Many precedents prove that fluorescent probes are promising candidates for detection of
metal ions in the environment and biological systems. Herein, two novel photoinduced …

Identifying and detecting similar target cations through combining “turn on” and “turn off”
fluorescence mechanism is effective and challenging. Now a new colorimetric and ON-OFF …

A novel pyrazolyl chromene derivative (Probe 1) displaying aggregation induced emission
(AIE) properties that capable of sensing of multiple metal ions has been designed and …

Abstract The heterocyclic probe 3-(1-isoquinolinyl) imidazo [5, 1-a] isoquinoline (IQ) in CH 3
OH/HEPES buffer system (5 mM, pH= 7.4, 6: 4, v/v), exhibits blue fluorescence (λ em= 454 …

Distinct “off–on” rhodamine B based chemosensors 3', 6'-bis (diethylamino)-2-(2-
(diethylamino) ethyl) spiro [isoindoline-1, 9′-xanthen]-3-one (2a); 3′, 6′-bis …

Inspired by the well-established distyryl anthracenyl (DSA) π-conjugates as aggregation-
induced emission active (AIE) materials and the evolution of the synthesis/optoelectronic …