Skip to content
  • Customer Login
Previously used menu 8
  • Contact Us
contact
info@antinternational.com
Linkedin page opens in new windowYouTube page opens in new window
  • Contact Us
contact
Linkedin page opens in new windowYouTube page opens in new window
A.N.T. International
A.N.T. International
Boosting Your Excellence Through Knowledge and Training
A.N.T. International
  • Home
  • Who We Are
  • Products & Services
    • Handbooks & Reports
      • Fuel Material
      • Structural Material Degradation
      • Coolant Chemistry & Corrosion
    • A.N.T. International Nuclear Wiki, AWIKI
    • Online Education
    • Annual Programmes
    • Expert Consultation Services
  • Customers
  • Network of Experts
  • Newsletter
  • Customer Login
Previously used menu 8
info@antinternational.com
A.N.T. International
  • Home
  • Who We Are
  • Products & Services
    • Handbooks & Reports
      • Fuel Material
      • Structural Material Degradation
      • Coolant Chemistry & Corrosion
    • A.N.T. International Nuclear Wiki, AWIKI
    • Online Education
    • Annual Programmes
    • Expert Consultation Services
  • Customers
  • Network of Experts
  • Newsletter
  • Customer Login
Previously used menu 8
  • Contact Us
contact
info@antinternational.com
Linkedin page opens in new windowYouTube page opens in new window

Effect of Hydrogen on Zirconium Alloy Properties – Vol. I

(ZIRAT5/IZNA1 STR)
The objective of this report is to provide the basic understanding of the hydrogen pickup and redistribution mechanisms involved and the impact of hydriding on fuel performance.

DOWNLOAD SAMPLE  | DOWNLOAD PRODUCT SHEET

PREVIOUS
BACK
NEXT

Related Material

Nuclear Fuel Behaviour Under RIA Conditions

Loss of Coolant Accidents, LOCA, and Reactivity Initiated Accidents, RIA, in BWRs and PWRs

Effect of Hydrogen on Zirconium Alloy Performance (Normal Operaton, LOCA/RIA and Dry Storage) – Vol. II

Hydriding Mechanisms and Impact on Fuel Performance

Loss of Coolant Accident (ZIRAT29/IZNA24)

Nuclear Fuel Behaviour Under RIA Conditions

The Effect of Hydrogen and Hydrides on the Integrity of Zirconium Alloy Components: Hydride Reorientation

Nuclear Fuel Behaviour Under RIA Conditions

Loss of Coolant Accidents, LOCA, and Reactivity Initiated Accidents, RIA, in BWRs and PWRs

Effect of Hydrogen on Zirconium Alloy Performance (Normal Operaton, LOCA/RIA and Dry Storage) – Vol. II

Hydriding Mechanisms and Impact on Fuel Performance

Loss of Coolant Accident (ZIRAT29/IZNA24)

Nuclear Fuel Behaviour Under RIA Conditions

The Effect of Hydrogen and Hydrides on the Integrity of Zirconium Alloy Components: Hydride Reorientation

Nuclear Fuel Behaviour Under RIA Conditions

THE COMPANY
  • Who We Are
  • Our customers
  • Network of Experts
  • Contact Us
  • Antenna Newsletter
TOPICS
  • Fuel Material
  • Structural Material Degradation
  • Coolant Chemistry and Corrosion
ANNUAL PROGRAMMES
  • ZIRAT
  • IZNA
  • LCC
PRODUCTS & SERVICES
  • Handbooks & Reports
  • A.N.T. INTERNATIONAL NUCLEAR WIKI, AWIKI
  • Fuel Reliability Code
  • Online Education
  • Annual Programmes
  • Expert Consultation Services
A.N.T. International
Linkedin page opens in new windowYouTube page opens in new window
Go to Top