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乾式回収粉の粒度調整技術開発,3; 衝突板式気流粉砕機の最適化検討

Technological development of the particle size adjustment of recycle powder, 3; Optimization study of collision plate-type jet mill

瀬川 智臣 ; 山本 和也; 牧野 崇義 ; 磯 秀敏 ; 佐藤 寿人

Segawa, Tomoomi; Yamamoto, Kazuya; Makino, Takayoshi; Iso, Hidetoshi; Sato, Hisato

MOXペレットの乾式回収粉の粒度調整を目的として、衝突板式気流粉砕機の分級性能に影響を及ぼす遠心分級機の最適化について検討を行った。乾回粉の粒度を10-250$$mu$$mの範囲で調整するため、衝突板式気流粉砕機において、新たに作製した遠心分級機の構成機器等をパラメータとした模擬原料粉の粉砕試験を実施した。衝突板式気流粉砕機の遠心分級機のパラメータを最適化することにより、乾回粉を10-250$$mu$$mの範囲で粒度調整が可能となる見通しが得られた。

The optimizing the centrifugal classifier which influences the classification performance of collision plate-type jet mill was examined for the purpose of the particle size adjustment of recycle powder the MOX pellets. In order to adjust the particle size of recycle powder to 10-250 $$mu$$m, the pulverization test of the simulated raw powder was carried out using the newly prepared components as a parameter. The prospect that the particle size can be adjusted within the range of 10-250 $$mu$$m for recycle powder was obtained by optimizing the parameter of the centrifugal classifier of collision plate-type jet mill.

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