Mechanical properties of tungsten following rhenium ion and helium plasma exposure

@article{Corr2017MechanicalPO,
  title={Mechanical properties of tungsten following rhenium ion and helium plasma exposure},
  author={C. S. Corr and Stephen O'Ryan and Chris A Tanner and Matt Thompson and Jodie E Bradby and Gregory de Temmerman and Robert Glen Elliman and Patrick Kluth and Daniel P. Riley},
  journal={Nuclear materials and energy},
  year={2017},
  volume={12},
  pages={1336-1341}
}
10 Citations
Effect of nanoscale helium bubble on nanoindentation in tungsten
  • L. Dong, N. Gao
  • Physics, Materials Science
    Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms
  • 2019
High temperature nanoindentation of tungsten: Modelling and experimental validation
Elastic Properties of Plasma- Exposed Tungsten Predicted by Molecular-Dynamics Simulations.
TLDR
Results of systematic molecular-dynamics computations of the elastic properties of single-crystalline tungsten containing structural defects, voids and over-pressurized He nanobubbles related to plasma exposure of tung sten serving as a plasma-facing component (PFC) in nuclear fusion devices contribute directly to the development of a structure-properties database that is required for the predictive modeling of the dynamical response of PFCs innuclear fusion devices.
Investigation of Hydrogen Glow Discharge Cleaning Side Effects on Tungsten
Hydrogen glow discharge cleaning (H-GDC) is a routine conditioning procedure for the modern tokamaks and the future fusion machines, including ITER. Due to the low energy of hydrogen ions in glow
Investigation of high-temperature-resistant rhenium–boron neutron shields by experimental studies and Monte Carlo simulations
In this study, novel rhenium–boron neutron-shielding high-temperature-resistant materials were designed. The considered samples, Re60–B40, Re58–B42, Re50–B50, and Re40–B60, with different

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