Understanding helium diffusion in iron: a multiscale modelling method based on the DFT and kinetic Monte Carlo, coupled to TEM and thermo-desorption spectroscopy experiments

Oliveira Cavalcanti, Vinicius; Roques, Jérôme; Gentils, Aurélie; Horlait, Denis; Gilabert, Eric; Tassan-Got, Laurent

doi:10.1016/j.jnucmat.2023.154511

Journal of Nuclear Materials

2023

DOI: 10.1016/j.jnucmat.2023.154511

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Understanding helium diffusion in iron: a multiscale modelling method based on the DFT and kinetic Monte Carlo, coupled to TEM and thermo-desorption spectroscopy experiments

Vinicius Oliveira Cavalcanti,

Jérôme Roques,

Aurélie Gentils

et al.

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2024

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Cited by 3 publications

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Understanding helium diffusion in iron: a multiscale modelling method based on the DFT and kinetic Monte Carlo, coupled to TEM and thermo-desorption spectroscopy experiments

Cited by 3 publications

References 110 publications

The temperature effect on the formation and growth of helium-vacancy clusters in bcc iron: A comprehensive molecular dynamics simulation

The temperature effect on the formation and growth of helium-vacancy clusters in bcc iron: A comprehensive molecular dynamics simulation

Study of helium diffusion in yttria: A multiscale approach based on the density functional theory and kinetic Monte Carlo, with transmission electron microscopy and thermo-desorption spectroscopy

Simulations of radiation damage accumulation in Fe-9Cr under pulsed irradiation conditions representative of inertial fusion energy

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