Electrochemical noise (EN), as one of the most promising in situ electrochemical methods in
corrosion and electrochemical science, has been developing rapidly in recent years with the …

A variety of techniques are available for monitoring metal corrosion in electrolytes. However,
only some of them can be applied in the atmosphere, in which case a thin discontinuous …

This paper proposes a multivariate chaotic Extreme Learning Machine (ELM) model for the
prediction of the displacement of reservoir landslides. The displacement time series of the …

Wind-speed forecasting plays an important role in the efficient utilization of wind energy.
However, accurate and stable forecasting of wind-speed series is challenging, considering …

The ability to analyze different electrochemical corrosion phenomena, in–situ, without
requiring any form of electrode perturbation has strongly attracted the attention of corrosion …

A TiZrHfMoW refractory high entropy alloy (RHEA) nanocrystalline coating was engineered
onto a commercially pure Ti (CP-Ti) substrate to enhance its corrosion resistance for …

Atmospheric corrosion is the most common cause of the deterioration of metallic materials.
Effective monitoring of atmospheric corrosion provides scientific basis for understanding its …

The electrochemical noise (EN) experiment and instrumentation aspects are briefly
summarized, and the direct current (DC) removal methods before EN analysis are illustrated …

The corrosion of carbon steel in aqueous media resulting in uniform corrosion, pitting
corrosion and passivation was investigated on a laboratory scale. Recurrence quantification …

This paper reports thiosulfate-enhanced effect of chloride ions on the passivity degradation
of Alloy 800 and discusses how thiosulfate influences the semiconductor properties as well …