| Autor: |
Northall, J., Darby, M. S. B., Cooper, A., Hollingsworth, A., Zayachuk, Y., Wohlers, A., Simons, A., Smith, H. |
| Zdroj: |
Fusion Science and Technology; May 2024, Vol. 80 Issue: 3-4 p486-494, 9p |
| Abstrakt: |
AbstractAn experimental study of a synthesis technique in which deuterium ions are implanted into thin films of erbium to form erbium deuterides is presented. Results from thermal desorption spectroscopy indicate the synthesis of multiple hydride phases has occurred, including ErD3and ErD2. The findings also indicate that, for erbium deuteride synthesis via ion beam bombardment, elevated substrate temperatures are not required to promote deuterium uptake in the film. Stoichiometries of up to ErD0.21were achieved for a 400-nm film exposed to a 1000-eV ion beam for 5 h at a deuterium ion fluence of 3.6 × 1022 m−2. Over the tested experimental conditions, deuterium uptake was found to scale proportionally with deuterium ion fluence and ion energy. The presence of deuterium in the film was confirmed by secondary ion mass spectrometry. |
| Databáze: |
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