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The natural boron has two kinds of isotopes which are existed 20 wt% boron-10 ( 10 B) and 80 wt% boron-11 ( 11 B). 11 B isotope is stable against the neutron irradiation without nuclear transformation. For an advanced fusion application, in-situ PIT process using 11 B isotope powder as the boron source material was desirable to enhance low induced radio-activity of...
V3Ga compound has a shorter radioactive decay time compared with Nb-based compounds and it will be one of the candidate superconducting magnet materials for advanced low activation fusion reactor systems.!Recently, we succeeded in developing new V3Ga wires, fabricated via the PIT process using high Ga content Cu-Ga compounds above Cu-Ga solid solution composition. Jc and Hc2 enhancements of V3Ga wire...
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