Abstract
This article reveals development of new synthetic methods for seven types of fine-chemicals' intermediates using electroorganic oxidation, which has been undertaken for the purpose of accelerating industrial utilization of electroorganic synthesis.
From the viewpoint of simplicity of procedure, non-pollutive character, high economical efficiency, good yields, and high selectivity, these electrochemical methods may possess high potentiality for industrial production of some of those useful fine-chemicals.
