Since 2000, ionic liquids are applied for electrode modification. Until the middle of 2010,
almost 300 papers about ionic liquid-modified electrodes were published and they are …

Electroanalytical chemists and others are concerned not only with the application of new
and classical techniques to analytical problems, but also with the fundamental theoretical …

Fundamental Electrode Kinetics is represented by treatments of reactions such as O2+ 4H++
4e À Æ 2H2O, still important in the theory of electrocatalysis. As for the cutting edge in …

Woodward and co-workers in 1952 characterised the unique structural features of ferrocene
(the first sandwich compound), demonstrated its aromatic nature and observed that on …

We report here the electrochemistry of emulsion droplets by observing single emulsion
droplet collisions with selective electrochemical reduction on an ultramicroelectrode (UME) …

The use of microdroplet modified electrodes provides a simple methodology with which to
study the biphasic electrochemistry of a plethora of species, encouraging the use of such …

Fast and accurate estimation of lipophilicity for organofluorine molecules is in great demand
for accelerating drug and materials discovery. A lipophilicity data set of organofluorine …

Ions can be transferred between immiscible liquid phases across a common interface, with
the help of a three‐electrode potentiostat, when one phase is an organic droplet attached to …

A thin layer model is proposed to assist in the understanding of the electrochemical
conversion of insulator to conductor at the conductor/insulator/electrolyte three-phase …

The transfer of the ions Cl−, Br−, I−, ClO4−, SCN−, NO3−, BF4−, and (C6H5) 4B− across the
water| n-octanol (W| OC) liquid interface was studied and the standard Gibbs energies of ion …