The considerable progress made in the development of fundamental and a
pplied aspects of sonoelectrochemistry, the coupling of power ultrasou
nd into an electrochemical experiment, is reviewed with respect mainly
to the measurement and analysis of effects observed in conventional s
onoelectrochemical experiments in homogeneous environments. Based on t
he tools and methods now available it is hoped that the application of
ultrasound in areas as diverse as electroanalytical and synthetic ele
ctrochemistry will be beneficial and new innovative approaches employi
ng the various mechanical and chemical effects of ultrasound will resu
lt.