… From the point of view their electronic structure, the highly concentrated solid solution alloys
of interest in this work are fundamentally different form pure metals or ordered compounds. …

… , allowing unique control of energy dissipation pathways, modified energy landscapes, and
… energy dissipation will significantly modify pre-existing defect clusters in complex alloys. …

… on the dissipation of radiation energy, this … alloys is to identify and understand the roles
of all constituents in the structural stability of the alloys and their effects on energy dissipation …

… Single-phase concentrated solid solution alloys are random solid solutions on simple
underlying fcc, bodycentered cubic (bcc), or hexagonal close-packed (hcp) crystal structures with …

… of alloying elements, alloying species, and their concentrations. In contrast to conventional
dilute alloys, … As a result, the intrinsic disorder has a profound influence on energy dissipation …

… of the cubic -+ tetragonal transformation in aged alloys is similar to that observed in
solution-quenched alloys by Basinski and Christian,12 but the transition temperature and degree of …

… change to the high entropy alloys from the traditional solid solution alloys. Moreover, with
the increase of the configurational entropy, the alloys tend to be disordered solid solutions. …

… Ab initio theory, time-dependent density functional theory (TD-DFT), AIMD, and classical
MD simulations have revealed how alloy complexity can alter energy dissipation (the first …

… Bridging the intrinsic transport properties to the irradiation response has pushed forward the
understanding on mechanisms of energy dissipation and defect evolution at the atomic and …

… solid solution alloys has cast doubt on some of empirical parameters. For example, many
alloys … (see Table S1), and evaluates the efficiency in predicting single-phase solid solutions. …