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Heイオン照射により光硬化樹脂中に形成される硬化層厚さの評価

Measurement of thickness of curing layer produced by He ion irradiation to photocurable resin

川口 浩一  ; 瀬川 智臣 ; 石井 克典 

Kawaguchi, Koichi; Segawa, Tomoomi; Ishii, Katsunori

積層造形技術における光造形のMOX燃料製造への適用性評価のため、光硬化樹脂モノマーおよびこれに酸化セリウム粒子を分散したスラリーへの4.7MeV Heイオン照射によって形成される硬化層厚さを測定した。実験結果は短時間でスラリー全体が硬化することを示し、光造形法のMOX燃料製造への適用は困難であると評価した。

To evaluate the applicability of the light shaping method to the MOX fuel fabrication process, photocurable resin and CeO$$_{2}$$ slurry were irradiated with 4.7 MeV He ions, and cured layer thickness was measured. The experimental results showed that the entire slurry cures in a short time. It is evaluated to be difficult to apply the light shaping method to the MOX fuel fabrication process.

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