Atomistic simulations of helium behavior at the Cu (111)/W (110) interface
M Li, Q Hou, J Cui, M Qiu, A Yang, M Zhou - Journal of Nuclear Materials, 2021 - Elsevier
Atomistic simulations including molecular dynamics and static simulations were conducted
to investigate helium (He) behavior at the copper (111)/tungsten (110)(Cu (111)/W (110)) …
to investigate helium (He) behavior at the copper (111)/tungsten (110)(Cu (111)/W (110)) …
Asymmetric interaction of point defects and heterophase interfaces in ZrN/TaN multilayered nanofilms
Materials with a high density of heterophase interfaces, which are capable of absorbing and
annihilating radiation-induced point defects, can exhibit a superior radiation tolerance. In …
annihilating radiation-induced point defects, can exhibit a superior radiation tolerance. In …
Atomistic simulations of helium clustering in copper
M Li, Q Hou, J Cui, M Qiu, A Yang - … in Physics Research Section B: Beam …, 2020 - Elsevier
The formation and growth of helium (He) clusters in copper (Cu) bulk were studied using
molecular dynamics simulations. During the growth of a single He cluster in a Cu box …
molecular dynamics simulations. During the growth of a single He cluster in a Cu box …
Comparative studies of helium behavior in copper and tungsten using molecular dynamics simulations
M Li, Q Hou, J Cui, M Qiu, A Yang, B Fu - Nuclear Instruments and Methods …, 2020 - Elsevier
Helium (He) behavior in copper (Cu) and tungsten (W) bulk has been investigated and
compared by molecular dynamics simulations. In contrast to the diffusion of He in W …
compared by molecular dynamics simulations. In contrast to the diffusion of He in W …
Theoretics-directed effect of copper or aluminum content on the ductility characteristics of Al-based (Al3Ti, AlTi, AlCu, AlTiCu2) intermetallic compounds
First-principle simulations have been applied to investigate the effect of copper (Cu) or
aluminum (Al) content on the ductility of Al 3 Ti, AlTi, AlCu, and AlTiCu 2 alloys. The …
aluminum (Al) content on the ductility of Al 3 Ti, AlTi, AlCu, and AlTiCu 2 alloys. The …