New advances in high-entropy alloys - Zhang, Yong (MDPI, 2020)
Keywords: (AlCrTiZrV)-Six-N films; (CoCrFeNi)100−xMox alloys; ab initio; additive manufacturing; alloy design; alloys design; annealing; annealing treatment; atom probe tomography; atomic-scale unstable; AZ91D magnesium alloy; bcc; bulk metallic glass; CALPHAD; CCA; CCAs; cluster expansion; cluster variation method; coating; coherent microstructure; complex concentrated alloys; complex stress field; composite; composition scanning; compositionally complex alloy; compositionally complex alloys; compressive properties; configuration entropy; conventional alloys; corrosion; corrosion behavior; creep mechanism; CrFeCoNi(Nb; Curie temperature; deformation; deformation and fracture; deformation behaviors; deformation mechanism; density functional theory; diamond; differential scanning calorimetry (DSC); elastic property; electron microscopy; elemental addition; elemental partitioning; elemental powder; elevated-temperature yield strength; elongation prediction; entropy; eutectic dendrites; first-principles calculation; first-principles calculations; flow serration; gamma double prime nanoparticles; graded material; grain refinement; Hall–Petch (H–P) effect; hardening behavior; hardness; HEA; HEAs; heat-softening resistance; hierarchical nanotwins; high entropy alloy; high entropy alloys; high pressure; high-entropy alloy coating; high-entropy alloys (HEAs); high-entropy ceramic; high-entropy film; high-entropy films; high-pressure torsion; high-temperature structural alloys; immiscible alloys; in situ X-ray diffraction; interface; interstitial phase; ion irradiation; kinetics; laser cladding; laser metal deposition; lattice constants; lattice distortion; lightweight alloys; liquid phase separation; low-activation alloys; low-activation high-entropy alloys (HEAs); magnetic properties; magnetic property; matrix formulation; maximum entropy; mechanical alloying; mechanical behaviors; mechanical characterization; mechanical properties; mechanical property; medium entropy alloy; medium entropy alloys; metal matrix composites; microhardness