The need for high performance materials in aerospace, automotive and industrial
components operating at temperatures in the range of 1100–1500° C has led to a surge in …

The hydrogen and oxygen are harmful elements to influence the mechanical properties of
high-temperature materials. Although the Mo–Si–Al silicide is a promising high-temperature …

Abstract Although the TM-Si-C ternary compounds are potential high-temperature ceramics,
the equilibrium phase, mechanical and thermodynamic properties of Nowotny phase (NP) …

Abstract Although the TM‐Si‐C ternary compounds are promising advanced ceramics, the
solution mechanism of C element in TM‐Si matrix is entirely unclear. In particular, the …

The influence of transition metals on the structural stability, mechanical and thermodynamics
properties of Mo 5 SiB 2 is studied by the first-principles calculations. Two doped types: TM …

Transition metal silicides are promising advanced functional materials. However, the
structure and relevant properties of Mo 5 Si 3 are not well understood. In this work, we …

Plastic deformation of crystalline materials is usually mediated by motion of dislocations.
Exceptions are diffusional creep that takes place at high temperatures and very low strain …

The A15 phase Mo3Si is an important constituent of a new class of silicides based on Mo–Si–
B. In this research it will be shown that, contrary to published results, single-phase Mo3Si is …

Abstract Three phase α-Mo–Mo 3 Si–Mo 5 SiB 2 alloys of various compositions, namely Mo–
6Si–5B, Mo–9Si–8B, Mo–10Si–10B and Mo–13Si–12B (at.%) were processed by a powder …

The T2 phase in the Mo–Si–B system is a refractory molybdenum borosilicide with great
potential for ultra-high temperature structural applications. We recently succeeded in …