The reaction of acidic potassium permanganate with a wide range of compounds is known to produce a broad red emission, and there is strong evidence for an excited manganese(II) emitting species. Nevertheless, numerous researchers have proposed other emitters for reactions with acidic potassium permanganate, particularly for systems where fluorescent compounds were present, either as enhancers or reaction products. We have examined many reactions of this type and found that, in most cases, the same red emission was produced. There were, however, some exceptions, including the oxidation of dihydralazine, certain thiols and sulphite (each in the presence of an enhancer).<br /
The emission of light from the permanganate–oxalate reaction enables monitoring of intermediates not...
We present the results of our investigations into the use of soluble manganese(IV) as a chemilumines...
In order to study the mechanism of the enhancement of solution chemiluminescence, the kinetics of th...
A direct comparison of the laser-induced photoluminescence of manganese(II) with the chemiluminescen...
The significant enhancement of acidic potassium permanganate chemiluminescence by Mn(II) results fro...
A critical and comprehensive review of acidic potassium permanganate chemiluminescence is presented....
Spectroscopic and synthetic methods have been exploited to deduce the mechanism for acidic potassium...
Chemiluminescence was observed during the manganese(III), (IV) and (VII) oxidations of sodium tetrah...
A critical review presented is of the literature concerning the use of acidic solutions of potassium...
When aqueous sodium borohydride (50 mM) is added to a solution of potassium permanganate (1mM, in so...
Manganese(II) salts catalyze the chemiluminescent oxidation of organic compounds with acidic potassi...
Although potassium permanganate [Mn(VII)] has been used extensively as a chemiluminescence reagent f...
The selective increase in the oxidation rate of certain organic compounds with permanganate in the p...
The purpose of this work was to improve the analytical usefulness of acidic potassium permanganate c...
The emission of light from the permanganate-oxalate reaction enables monitoring of intermediates not...
The emission of light from the permanganate–oxalate reaction enables monitoring of intermediates not...
We present the results of our investigations into the use of soluble manganese(IV) as a chemilumines...
In order to study the mechanism of the enhancement of solution chemiluminescence, the kinetics of th...
A direct comparison of the laser-induced photoluminescence of manganese(II) with the chemiluminescen...
The significant enhancement of acidic potassium permanganate chemiluminescence by Mn(II) results fro...
A critical and comprehensive review of acidic potassium permanganate chemiluminescence is presented....
Spectroscopic and synthetic methods have been exploited to deduce the mechanism for acidic potassium...
Chemiluminescence was observed during the manganese(III), (IV) and (VII) oxidations of sodium tetrah...
A critical review presented is of the literature concerning the use of acidic solutions of potassium...
When aqueous sodium borohydride (50 mM) is added to a solution of potassium permanganate (1mM, in so...
Manganese(II) salts catalyze the chemiluminescent oxidation of organic compounds with acidic potassi...
Although potassium permanganate [Mn(VII)] has been used extensively as a chemiluminescence reagent f...
The selective increase in the oxidation rate of certain organic compounds with permanganate in the p...
The purpose of this work was to improve the analytical usefulness of acidic potassium permanganate c...
The emission of light from the permanganate-oxalate reaction enables monitoring of intermediates not...
The emission of light from the permanganate–oxalate reaction enables monitoring of intermediates not...
We present the results of our investigations into the use of soluble manganese(IV) as a chemilumines...
In order to study the mechanism of the enhancement of solution chemiluminescence, the kinetics of th...