| Autor: |
MASUMI, Ryoji, AOYAMA, Motoo, YAMASHITA, Jun'ichi |
| Zdroj: |
Journal of Nuclear Science and Technology; October 1995, Vol. 32 Issue: 10 p965-970, 6p |
| Abstrakt: |
Minor actinide (MA) transmutation performances were evaluated for BWR cores with mixed oxide (MOX) fuels of various hydrogen-to-heavy metal atom number ratios (H/HM) to decrease the work for high-level radioactive wastes (HLW) management. One effective approach to increase the MA transmutation ratio is a multi-recycle core of h4OX fuel with MA. The decrease of the MA-to-fissile Plutonium (Puf) amount ratio makes it possible to recycle MA without additional plutonium (Pu) obtained from reprocessing of LWR fuel. For this purpose, a T-ratio, which is the MA-to-Puf amount ratio change during burnup, of less than unity is required, and H/HM must be less than 3 when MA enrichment is more than 2 wt%. For multi-recycle cores with the H/HM of 3 and the initial MA enrichment of 5 wt%, more than 50% of MA load initially can be transmuted by the third recycle. |
| Databáze: |
Supplemental Index |
| Externí odkaz: |
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