This study investigates corrosion of Fe–(Cr)–Ni model alloys in eutectic molten chloride salt
mixtures that broadly simulate the heat transfer circuits of molten salt cooled nuclear …

This study proposes a low-power wearable electrocardiogram (ECG) acquisition system for
monitoring human health in daily life. A flexible sensing electrode was designed to replace …

This study examines the thermodynamic, kinetic, and spectroscopic behaviors of Cr, Fe, Co,
and Ni to lay the foundation to develop an electrochemical decontamination process for …

Here we report an innovative application of chronopotentiometry (CP) and potentiodynamic
scan (PD) techniques to the measurement of redox potentials in a molten salt. Commonly, a …

Practical information is provided on electrochemical measurements in molten salt systems.
The emphasis is on chloride and fluoride systems, but the principles are applicable to any …

In this work, an innovative method was utilized to determine the AgCl (1% mol)/Ag reference
electrode potential versus Cl 2/Cl− at 673 K. Instead of directly measuring the chlorine …

Advanced wearable medical devices are widely used for health monitoring, ie recording and
analyzing signals from human organs. However, the signal quality is influenced significantly …

A novel combination of solute-and solvent-based electrodes was used to determine the
activities of NdCl 3 and GdCl 3 in molten LiCl-KCl eutectic using electromotive force …

A simply constructed, stable, Ni/Ni 2+ saturated reference electrode (SRE) has potential to
measure thermodynamic behavior of molten chloride salts more reliably. Like the Ag/Ag+ …

Abstract Electrochemical measurements of YCl 3, ScCl 3, GdCl 3 and MgCl 2 were obtained
in molten LiCl-KCl eutectic at 773 K using a three-electrode configuration. Tungsten rods …