Tritium Accumulation and Ozone Decontamination of Tungsten and Beryllium
Analysis
This paper investigates the accumulation of tritium on tungsten and beryllium surfaces, materials relevant to fusion applications, and explores the effectiveness of ozone decontamination. The study's significance lies in addressing the challenges of tritium contamination and identifying a potential in-situ decontamination method. The findings contribute to the understanding of material behavior in tritium environments and provide insights into effective decontamination strategies.
Key Takeaways
- •Beryllium accumulates tritium significantly faster than tungsten.
- •Ozone exposure alone is ineffective for tritium decontamination; UV irradiation is crucial.
- •The study provides valuable data for fusion applications and tritium handling in general.
Reference
“Exposure to ozone without UV irradiation did not have a distinct effect on surface activity, indicating that UV illumination is required for significant decontamination.”