Molecular dynamics and thermodynamic modeling of BCC iron show that coexisting H and He form a core-shell structure in cavities, with He in the core and H on the surface, and that H trapping can persist above 600 K at high H concentration.
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Evolution of cavities in BCC-Fe with coexisting H and He under fusion environments
Molecular dynamics and thermodynamic modeling of BCC iron show that coexisting H and He form a core-shell structure in cavities, with He in the core and H on the surface, and that H trapping can persist above 600 K at high H concentration.