Materials Challenges in Fusion Energy Research (Q168760): Difference between revisions

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This cluster of papers focuses on the materials challenges in fusion energy research, including radiation damage, plasma-facing components, irradiation-resistant steels, tungsten alloys, neutron irradiation effects, oxide dispersion-strengthened stee
"Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development."

Revision as of 14:38, 30 August 2024

"Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development."
  • fusion materials
  • radiation damage
  • plasma-facing components
  • irradiation-resistant steels
  • tungsten alloys
  • neutron irradiation effects
  • oxide dispersion-strengthened steels
  • structural materials
  • interatomic potential
  • molecular dynamics simulations
Language Label Description Also known as
English
Materials Challenges in Fusion Energy Research
"Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development."
  • fusion materials
  • radiation damage
  • plasma-facing components
  • irradiation-resistant steels
  • tungsten alloys
  • neutron irradiation effects
  • oxide dispersion-strengthened steels
  • structural materials
  • interatomic potential
  • molecular dynamics simulations

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