Environment‐responsive in situ synthesis of molecular fluorescent dyes is challenging.
Herein, we develop a photoextension strategy to make trimethine cyanines with decent …

The kinetics of the iodine oxidation by hydrogen peroxide is a complicated function of the
concentrations of iodine, hydrogen peroxide, perchloric acid and iodate. A proposed model …

The iodate reduction by hydrogen peroxide in acidic solutions is part of the Bray–Liebhafsky
and Briggs–Rauscher oscillating reactions. At low hydrogen peroxide concentrations, typical …

A modified recipe for the Briggs–Rauscher oscillating reaction is suggested. The modified
recipe,[H2SO4]= 0.10 M,[KIO3]= 0.020 M,[NaIO4]= 0.00062 M,[malonic acid]= 0.050 …

The intermittency or intermittent bursting as the type of dynamic state when two qualitatively
different behaviors replace one another randomly during the course of the reaction, although …

The Dushman reaction (reduction of iodate by iodide) is a subsystem of the Briggs–Rausher
oscillating reaction. We show that the previously observed effects of Ce (III) and Mn (II) on …

With Fenton-type experiments, it is shown that the intense CO2/CO evolution in the Briggs−
Rauscher (BR) reaction is due to decarboxylation/decarbonylation of organic free radicals …

The interesting behavior of the Briggs–Raucher oscillating reaction does not stop with the
end of oscillations. Depending on the initial concentrations, the classic mixture with malonic …

It was found that the inhibitory effect of resorcinol is less pronounced if it is added in a later
stage of the Briggs− Rauscher reaction, which indicates that an accumulating intermediate …

The absorption spectra in a large range of concentrations show that the reactions of iodate
with iodine in 96% sulfuric acid produce (IO) HSO 4, I 3+ and I 5+, just like in the pure 100 …