Finding high-storage-capacity anode materials has been a focus of ion-battery research.
Two-dimensional (2D) materials have shown promise as high-performance electrode …

Rechargeable magnesium-ion batteries have garnered with great interest because
abundant resources of magnesium and their potential for achieving high energy density …

In an era in which sustainable energy sources and electric vehicles are prevalent, the
development of efficient anode materials is paramount to address the pressing demand for …

Rechargeable metal‐ion batteries (MIBs) play a pivotal role in advancing the stable supply
of renewable energy by efficiently storing and discharging electrical energy. In recent years …

The increasing need for advanced anode materials with superior performance in
rechargeable batteries has driven investigations into cutting-edge energy storage systems …

Considerable interest is directed toward next-generation electrochemical energy storage
systems due to their massive applications in powered electronic devices. Silicon is an anode …

Finding an appropriate new anode material with high electrochemical performance for
lithium-ion batteries (LIBs) is considered one of the significant challenges for both the …

CO and NO are two of the most pollutant gases that exist in the environment, which makes
their tracing highly crucial. In this problem, we have investigated the adsorption …

A favorable anodic candidate with significant potential is currently in high demand for
Lithium-ion batteries. The χ3 borophene, a two-dimensional material, shows potential as an …

Clean energy storage is in the spotlight of the scientific community, as is the development of
alternatives to the negative impact of conventional lithium-based batteries; therefore, sodium …