X-ray spectroscopies provide a powerful way to disentangle the roles of the different
elements in electrochemical systems. Within this family of spectroscopies, electrochemical X …

Corrosion is the main factor limiting the lifetime of metallic materials, and a fundamental
understanding of the governing mechanism and surface processes is difficult to achieve …

We report an order and disorder combined corrosion morphology of dual-phase Ni-based
alloy in the passive state. After galvanostatic polarization in the passive region, the surface …

Passivation behavior of a N-and V-containing martensite stainless steel was studied by
synchrotron-based near ambient-pressure X-ray photoelectron spectroscopy …

To investigate aging effect on the passive film of Ni23Cr15Mo and Ni22Cr9Mo3Nb,
synchrotron-based X-ray photoelectron spectroscopy (XPS) was used to analyze the …

Aiming to marine environment for Ni-based single crystal superalloy, whether anisotropy
affects the electrochemical corrosion behavior of laser metal deposited component is …

The solid–liquid interface, where corrosion reactions occur, is notoriously difficult to study in
operando conditions. Few experimental techniques can provide surface sensitivity and …

A nanocomposite insulating layer of Zn: MoO 3 was prepared for a Ni/Cr/Zn: MoO 3/n-GaN
MIS junction, wherein the structural and chemical states, and electrical properties were …

Corrosion results in large costs and environmental impact but can be controlled by thin
oxide films that passivate the metal surfaces and hinder further oxidation or dissolution in an …

Hydrotalcite‐based materials are preferred as catalysts due to their versatility and easiness
of their synthesis. This work studies supported nickel catalysts made from hydrotalcites …