There have been extensive experimental observations of the anisotropic corrosion behavior
of metals and alloys, and their mechanisms were assumed to be correlated with the so …

Abstract Two-dimensional (2D) electrode materials present opportunities to enhance the
efficiencies of electrochemical processes involved in electrocatalytic reactors, batteries, and …

Metallic zinc anodes have attracted growing interest for aqueous rechargeable batteries
owing to their high theoretical capacity and low cost. However, the practical application of …

Using inputs from first-principles calculations, an ab initio model was employed to
investigate crystal orientation dependent corrosion behavior of BCC iron. Results showed …

Abstract Abstract Randles-Ershler admittance model is extensively used in the modeling of
batteries, fuel cells, sensors etc. It is also used in understanding response of the …

The involvement between electron transfer (ET) and catalytic reaction at the electrocatalyst
surface makes the electrochemical process challenging to understand and control. Even ET …

Zinc ion batteries are promising candidates for large‐scale energy storage systems.
However, they suffer from the critical problems of insufficient cycling stability due to internal …

The development of zinc-ion batteries with high energy density remains a great challenge
due to the uncontrollable dendrite growth on their zinc metal anodes. Film anodes plated on …

In order to fulfill the demands for sustainable hydrogen production, novel, more efficient and
inexpensive (precious metal-free) catalysts are thoroughly investigated. In the present study …

Here the electrochemical and mechanical behavior for different Mg based intermetallics (Mg
17 Al 12, Mg Zn 2, Mg 3 N d, Mg 2 S i, Mg 24 Y 5, Mg 2 C a, Mg 12 C e, Mg 12 L a, Mg 2 C u …