Electrochemical conditions for inducing rouging on surface of AISI 316L in quasi neutral
aqueous solution are studied. Potentiostatic polarization at 0.6 V vs. SSC at pH∼ 7 allowed …

Photoelectrochemical (PEC) water splitting is a promising energy conversion technology
based on the harvesting of sunlight to produce green hydrogen. One of the major challenges …

In spite of their natural and technological importance, the intrinsic electrochemical properties
of hematite (α-Fe2O3) nanoparticles are not well understood. In particular, particle …

In photoelectrochemical cells, promising devices for directly converting solar energy into
storable chemical fuels, the spatial variation of the electrostatic potential across the …

Low-range (nanomolar), on-site sensing of phosphate concentrations in water is yet to be
available, as current methods trade off sensitivity for processing time. To aid in the …

Nanoporous films of different metal oxides were coated onto a titanium support (sputter
coated with platinum or non-sputtered) and submitted to electrochemical impedance …

We report here a facile method to immobilize zirconia nanoparticles on a disposable screen‐
printed carbon electrode (designated as ZrO2‐SPCE) for phosphate sensor application …

Electrolyte composition, concentration, pH, ionic strength, and temperature have long been
known to play a role in the interface of the electrode-electrolyte. However, detailed studies …