Kiichiro Sugino

TL;DR: In this article, a tentative mechanism or hydrocarbon formation is proposed which, by combining the usual mechanism of pinacol and isopropanol formation, will contribute to one clarification of the over-all electrode process of acetone reduction.

TL;DR: In this paper, anodes used in this study were platinum, gold, palladium, lead dioxide, and graphite, and all of the anodes except graphite can be used successfully for the same process in both methanol and glacial acetic acid.

TL;DR: An electrolytic process for the product ion of potassium or sodium bromate using a pure lead peroxide anode has been operated successfully as discussed by the authors, and a concentra ted bromates solution was electrolyzed continuously at a cathode of stainless steel with anodic current density of 20 amp/d in 2 at 70~ current efficiency, about 90%; anode consumption about 50-60 m g / K amp-hr.

TL;DR: In this paper, the current potential curves of the electrolytic oxidation of chlorate were determined polarographically using a platinum microanode, and the nature of the polarogram thus obtained was quite different from that of the usual oxidation-reduction process.