To overcome the limited oxidation resistance of the emerging class of transition metal
borides, we suggest within this study novel quaternary diborides, Ti-TM-Si-B2±z (TM= Ta …

The Si-based alloying of transition metal diborides is a promising strategy to improve their
limited oxidation resistance in high-temperature environments. In this study, we investigate …

Architectural designs involving Al-and/or Si-containing top coatings present an effective
approach to protect oxidation-sensitive materials such as binary transition metal (TM) …

The influence of argon pressure on the structure, mechanical characteristics, oxidation
resistance, and thermal stability of (MoTaNbZrHf)-Si-B coatings deposited by HIPIMS …

As an important high-temperature structural material, tantalum disilicide (TaSi 2) suffers from
performance degradation associated with high temperature oxidation due to the poor …

This work investigates the interaction of silicon with ruthenium, extending from Si-defect
centers in ruthenium bulk to the adsorption of Si on the Ru (0001) surface. Using density …

This article reports the results of comparative studies of the composition, structure, high-
temperature oxidation resistance, mechanical and tribological properties of (MoTaNbZrHf) …

MSi 2-type multicomponent silicide coatings were prepared on Nb alloys by spark plasma
sintering using mixed powders of Mo, Ta, W, Zr, Ti and Si. The coatings were composed of …

Transition metal diboride thin films are promising functional materials for their outstanding
mechanical properties and thermal stability. By combining experiment and simulations, we …

Studying the stability of polyelemental systems such as compositionally complex solid
solutions (CCSS) on the atomic scale against thermal decomposition or reaction with other …