A review on irradiated beryllium and beryllium alloy for fusion reactor application: Microstructure evolution, properties changes, and fabrication
T Wang, P Liu, S Wang, S Wang, X Yi, W Han… - Fusion Engineering and …, 2025 - Elsevier
Due to its unique nuclear properties, beryllium stands out as one of the candidate materials
for the first wall and neutron multiplier in nuclear fusion reactors. This article provides an …
for the first wall and neutron multiplier in nuclear fusion reactors. This article provides an …
Deep learning potential model of displacement damage in hafnium oxide ferroelectric films
A model for studying displacement damage in irradiated HfO2 ferroelectric thin films was
developed using deep learning and a repulsive table, combining the accuracy of density …
developed using deep learning and a repulsive table, combining the accuracy of density …
Molecular dynamics simulations of radiation damage in YBa2Cu3O7
The advent of high-temperature superconductors (HTS) with high field strengths offers the
possibility of building smaller, cheaper magnetically confined fusion reactors. However …
possibility of building smaller, cheaper magnetically confined fusion reactors. However …
Molecular dynamics simulation for radiation response of Nb bicrystal having Σ 13, Σ 29, and Σ 85 grain boundary
Nb is considered a promising candidate as a refractory element due to its high-temperature
endurance, excellent thermal conductivity, and compatibility with liquid-metallic coolants in …
endurance, excellent thermal conductivity, and compatibility with liquid-metallic coolants in …
Atomistic simulations of temperature and direction dependent threshold displacement energies in α-and γ-uranium
We performed a systematic study of the threshold displacement energy (E d) in metallic
uranium as a function of both the recoil direction and temperature using Molecular Dynamics …
uranium as a function of both the recoil direction and temperature using Molecular Dynamics …
[HTML][HTML] Development of B and BN thin films for in situ neutron beam monitoring
A B-based thin-film neutron monitor is developed for the in situ neutron beam monitoring of
the Korea Atomic Energy Research Institute neutron depth profiling system. Thin-film …
the Korea Atomic Energy Research Institute neutron depth profiling system. Thin-film …
Threshold displacement in the tungsten-carbon system
Threshold displacement energies (Ed) of carbon and tungsten in tungsten carbide (WC),
W2C, tungsten and diamond are predicted using molecular dynamics. The spatial …
W2C, tungsten and diamond are predicted using molecular dynamics. The spatial …
Predicting radiation damage in beryllium
YR Than, RW Grimes - Philosophical Magazine, 2021 - Taylor & Francis
Displacement damage in beryllium was predicted as a function of temperature and energy
using molecular dynamics simulations. A key aim of this study was to determine if average …
using molecular dynamics simulations. A key aim of this study was to determine if average …
Microstructure Change, Nano-Hardness and Surface Modification of CN-G01 Beryllium Induced by Helium Ions
M Cui, P **, T Shen, Y Zhu, L Pang, Z Wang, X Luo… - Metals, 2022 - mdpi.com
The helium effects in Chinese developed CN-G01 beryllium are important issues for its use
in nuclear energy systems. In this work, the CN-G01 beryllium samples were irradiated with …
in nuclear energy systems. In this work, the CN-G01 beryllium samples were irradiated with …
Investigation of Primary Radiation Damage in Nanocrystalline Tantalum Using Machine-Learning Interatomic Potential: An Atomistic Simulation Study
M Manna, S Pal - International Conference on Reliability, Safety, and …, 2024 - Springer
Tantalum is a plasma-facing material possessing superior thermal and mechanical strength,
high melting point, chemically resistant refractory element and efficiently arrests radiation …
high melting point, chemically resistant refractory element and efficiently arrests radiation …