The recent advances in the theory and practice of potentiometric, conductometric and optical
sensors based on ionophores are critically reviewed. The role of the heterogeneity of the …

An overview is presented on the materials for the membranes of the ionophore-based ion-
selective electrodes (ISEs). The basics of these membranes are briefly discussed. Bearing in …

As the wireless communication technologies are becoming more crucial for internet‐of‐
things (IoT) electronic devices, sensors have also been equipped with wireless data …

Obtaining analytical information about chemical species at interfaces is fundamentally
important to improving our understanding of chemical reactions and biological processes …

Segmented sandwich membrane method of studying stoichiometry and stability constants of
ion− ionophore complexes in ion-selective membranes is considered in detail. The …

Lithium-selective electrodes with solvent polymeric membranes based on two different
dicyclohexylamide neutral ionophores are studied systematically. The selectivity of lithium …

Nitrate sensing is an important application for potentiometry in environmental applications.
Its recognition is by ion‐exchangers whose selectivity is governed by the lipophilicity of the …

The impact of the aqueous electrolyte co-extraction to the potentiometric response of
ionophore-based ion-selective electrodes (ISEs) is studied theoretically and experimentally …

A method aimed at potentiometric estimation of the association of ions with ion-exchanger
sites and charged ionophores in ion-selective electrode membranes is proposed. The …

This mini review briefly describes (i) literature data on the non-zero current measurements
with ionophore-based ion-selective electrodes (ISEs) aimed at fundamental studies of the …