Magnetism from two-dimensional (2D) materials has received significant attention and admiration due to their unique electronic and magnetic properties owing to quantum confinement, such as spin-orbit coupling, magnetic ...

This article reviews the oxidation behaviour of the two most significant high entropy alloy systems (HEAs) namely Cantor-based and refractory HEAs. HEAs have been extensively researched and show potential applications in ...

The global water security crisis necessitates the pursuit of cost-effective and sustainable water purification solutions that can be deployed at large scales. The current class of adsorbents are predominantly tailored ...

High-performance natural materials with superior mechanical properties often possess a hierarchical structure across multiple length scales. Nacre, also known as the mother of pearl, is an example of such a material and ...

From the technological perspective, the long-term high-temperature application of alloys is dictated by the resistance to coarsening of strengthening precipitates. However, current matrix diffusion-limited coarsening models ...

The present study aims at identifying the critical Reynolds number for transition from laminar to turbulent in irregular shaped mini-channels. Numerical study including conjugate heat transfer and axial conduction is carried ...

Nanoparticles (NPs) have proven effective for delivering drugs, genes, diagnostics, and vaccines into target cells. Cellular uptake of NPs usually involves endocytosis mechanisms. Inspired by cell-penetrating peptides like ...

Herein, we systematically studied the thermodynamic and kinetic aspects of glass forming compositions in Ca–Mg Cu alloy obtained by drawing the isocontour. Parameter PHS derived from the enthalpy of chemical mixing (ΔHchem) ...

Thermal rectifiers are devices that have different thermal conductivities in opposing directions of heat flow. The realization of practical thermal rectifiers relies significantly on a sound understanding of the underlying ...

Stacking fault (SF), originating from the emission of partial dislocations, wields significant influence over the structural and physicochemical traits of ceramic materials. Yet, the intricate atomic dynamics driving SF ...