A pyrene-based AIEgen with a strong ICT feature was designed for ratiometric detection of trace water in organic solvent.
Using continuous-flow/online analysis we investigate how the thickness of a supported ionic-liquid phase in the mesopores of a monolithic silica microreactor affects Z-selectivity in the hydrosilylation of 1-alkynes by different rhodium complexes.
A Ni2+ nanocomplex based on a heterocyclic ligand containing a pyrazole moiety was developed in this work, and its electric conductivity and dielectric characteristics were studied.
We apply supported ionic liquid phase (SILP) catalysts to hydrogenate small 1-alkenes in a continuous fixed-bed reactor. We rationalize the origin of catalyst decomposition via IR spectroscopy and adapt the catalyst design for improved stability.
A fluorescent probe was synthesized with high pH tolerance and was made into test strips for Hg2+ detection in water samples.