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 …

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 …

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 …

In this paper we present results of a detailed and systematic molecular dynamics study of the
water/nitrobenzene interface. Using a simple procedure to eliminate fluctuations of the …

The determination of Abraham descriptors for single ions is reviewed, and equations are
given for the partition of single ions from water to a number of solvents. These ions include …

For the first time the differences in free energies have been experimentally determined for
the solvation of two enantiomeric ions in two enantiomeric solvents. Three-phase electrodes …

Partition coefficients for transfer from water to wet octanol have been set out for permanent
ions, and for ionic species derived from neutral molecules by loss or acceptance of a proton …

For the first time, the partition coefficients of the ionized forms of several opioids,
amphetamine-like drugs, and their metabolites were determined by studying their ionic …

Fura-2 is one of the most commonly used fluorescent dyes to analyze the cytosolic Ca2+
concentration ([Ca2+] i) of living cells. Fura-2-dependent measurements of [Ca2+] i are …

The interface between two immiscible electrolyte solutions (ITIES) has become a very
powerful analytical platform for sensing a diverse range of chemicals (eg, metal ions and …