The impact of configurational entropy, enthalpy, and strain energy on the phase stability of
high-entropy materials has not yet been investigated quantitatively. We used ab-initio …

Abstract ThMn12‐type SmFe12‐based permanent magnets have exhibited great potential in
advanced magnet motors because of their high temperature stability of magnetic properties …

Ion irradiation-induced changes in the structure and mechanical properties of metastable
cubic (V, Al) N deposited by reactive high power pulsed magnetron sputtering are …

Transition-metal aluminium nitrides widely used as protective tool coatings are a class of
materials with a combination of high hardness, outstanding wear resistance as well as good …

Understanding the effect of gangue elements is of critical importance to optimize the
efficiency of hydrogen-based direct reduction (HyDR) of iron ore, as one of the key steps …

Metastable transition metal aluminum nitride (TMAlN, TM= Ti, V) thin films are today
deposited utilizing ionized vapor phase condensation techniques where variations in ion …

Recently, it was proposed to quantify vacancy concentrations based on laser-assisted atom
probe tomography (APT) data for a (Ti, Al) N film with a nanolamellar architecture, grown by …

The phase formation of a photochromic Gd0. 31 (H0. 55O0. 45) 0.69 thin film, grown by
reactive magnetron sputtering, is critically evaluated. Oxygen is preferably incorporated into …

Surface coating technology offers several benefits (excellent wear resistance, low coefficient
of friction-COF, better corrosion durability etc.) for key components used in harsh aero …

Single-phase metastable cubic (V, Al) N thin films with columnar microstructure were grown
by high power pulsed magnetron sputtering at 440° C and the thermal decomposition …