Two novel triphenylamine-based conjugated compounds were designed and synthesized.
The compounds exhibited remarkable solvatochromism by changing emission colour from …

Usage of multimodular donor–acceptor systems capable of revealing tunable ground-and
excited-state properties is gaining momentous interest for applications in light energy …

Water content was an essential indicator in organic solvents, and it was necessary to
develop a facile, cheap and readily available tool for the real-time, specifical and sensitive …

Carbon nanomaterials composed of curved aromatics, such as carbon nanotubes, are
difficult to selectively synthesize and modify precisely. Smaller molecular fragments of …

In an effort to develop probes for efficient detection of traces of water, a series of push-pull
based donor (D)-acceptor (A) phenothiazine aldehydes displaying large Stokes shifts (115 …

A series of electron donor–acceptor compounds are reported in which both the donor and
acceptor strengths are systematically altered using mono-, bi-, and terthiophene as donors …

Solid-state luminescent organic molecule materials recently have shown attractive
application prospects in different areas, especially in optoelectronics. However, compared to …

Organic fluorogens with the solution and solid-state emissive features appeal dramatically
due to their unique photophysical properties and wide applications in bioimaging, sensing …

A series of photosensitizers comprised of both an inorganic and an organic chromophore
are investigated in a joint synthetic, spectroscopic, and theoretical study. This …

A transition-metal-based donor-(linker)-acceptor system can produce long-lived charge
transfer excited states using visible excitation wavelengths. The ground-and excited-state …