Atomistic simulation of energetic displacement cascades near an Ni–graphene interface
Ni–graphene nanocomposites have greatly promising applications in supercritical water-
cooled reactors due to their outstanding performances. However, many fundamental …
cooled reactors due to their outstanding performances. However, many fundamental …
[HTML][HTML] Superior hydrogen permeation resistance via Ni–graphene nanocomposites: Insights from atomistic simulations
Designing hydrogen-resistant Ni-based alloys from the perspective of the Ni/graphene
interface (NGI) provides the potential to increase hydrogen trapping away from potential …
interface (NGI) provides the potential to increase hydrogen trapping away from potential …
Enhanced self-healing of irradiation defects near a Ni–graphene interface by damaged graphene: Insights from atomistic modeling
Graphene-reinforced nickel matrix nanocomposites with high-density interfaces are
recommended as candidate materials for advanced nuclear reactors because of the …
recommended as candidate materials for advanced nuclear reactors because of the …
Carbon nanomaterials in nickel and iron helping to disperse or release He atoms
Experimental and theoretical studies have shown that helium (He) atoms in metal tend to
form into nano-sized bubbles which greatly affects mechanical properties of metals. Thus …
form into nano-sized bubbles which greatly affects mechanical properties of metals. Thus …
Primary irradiation damage in Ni–graphene nanocomposites with pre-existing hydrogen: insights from atomistic simulations
T Liu, X Yuan, H Huang - The European Physical Journal Plus, 2024 - epjplus.epj.org
Nickel–graphene nanocomposites have been identified as promising candidates for Gen-IV
nuclear reactors due to their potential to withstand irradiation damage and hydrogen …
nuclear reactors due to their potential to withstand irradiation damage and hydrogen …
Nanopore graphene-tungsten composite with enhanced irradiated helium atoms storage capacity
YQ Hu, P Huang, F Wang - Journal of Nuclear Materials, 2023 - Elsevier
Improving the storage capacity of helium atoms in irradiation-resistant materials is a problem
worthy of research. In the present study, the helium atoms storage capacity of nanopore …
worthy of research. In the present study, the helium atoms storage capacity of nanopore …
Defective Graphene Effects on Primary Displacement Damage and He Diffusion at a Ni–Graphene Interface: Molecular Dynamics Simulations
Ni–graphene nanocomposites with high-density interfaces have enormous potential as
irradiation-tolerant materials applied in Gen-IV reactors. Nevertheless, the mechanism …
irradiation-tolerant materials applied in Gen-IV reactors. Nevertheless, the mechanism …
Enhancement of diffusion assisted bonding of the bimetal composite of austenitic/ferric steels via intrinsic interlayers
C He, G Pan, L Xie, Q Peng - Materials, 2021 - mdpi.com
We investigate the effect of the intrinsic interlayers on the diffusion assisted bonding
properties of the austenitic steel (stainless steel 316L) and ferric steels (Low-carbon steel …
properties of the austenitic steel (stainless steel 316L) and ferric steels (Low-carbon steel …
[PDF][PDF] graphene interface, The Journal of Supercritical Fluids,(2020)
Ni–graphene nanocomposites have greatly promising applications in supercritical water-
cooled reactors due to their outstanding performances. However, many fundamental …
cooled reactors due to their outstanding performances. However, many fundamental …