… is addressed by considering the intrinsic lattice distortion. … of lattice distortions in these
advanced alloys containing … the lattice distortion of crystalline lattices in these alloys, and a …

… equation requires i ≤ j or, to solve this equation for obtaining r i , we need to have an alloy
series where each alloy contains same elements but in different proportions but the number of …

… becomes slightly less significant with increasing number of alloy … LLD increases upon adding
another alloying element (Al). … Al induces large local lattice distortion in the refractory alloys. …

… were outlined that underpinned the special nature of these new alloys: (i) their high-entropy …
alloys due to lattice distortion and the cooperative diffusion of elements, (iii) the lattices of …

… modulus mismatch of the constituent elements. As is well known, … lattice distortions compared
to binary alloys. It is crucial to quantitatively explore the impact of atomic lattice distortion on …

… However, the effect of the additional element on the lattice distortion is unclear, and the
strengthening mechanism produced by the severe lattice distortion is still not fully understood in …

… the degree of lattice distortion based on the atomic radii of elements also remains doubt with
respect to its accuracy [29]. The recent evidence showed that the lattice distortion of HEAs is …

… (BCC) refractory multi-principal element alloys (RMPEAs), the … analyzed RMPEAs exhibit
local lattice distortions (LLD) to … charge transfer among the elements profoundly reduces the …

… decreases with increasing lattice distortion. We further demonstrate that lattice distortion can
be … This implies that maximizing lattice distortion could be a plausible strategy to improve the …

… the variation of the principal element content of the multi-principal alloy and the lattice
distortion, rather than the effect of the variation with temperature on the lattice distortion. Therefore, …