shock‐wave compressionの英語

After rare earth/iron/nitrogen/hydrogen based magnetic powder having Th_2Zn_17 type crystal structure is subjected to pressed power molding in a magnetic field, compression caking is performed by using underwater shock wave whose shock wave pressure is 8-40 GPa.例文帳に追加

Ｔｈ_２Ｚｎ_１７型結晶構造を有する希土類−鉄−窒素—水素系磁性粉体を、磁場中において圧粉成形した後、衝撃波圧力８〜４０ＧＰａの水中衝撃波を用いて圧縮固化する。 - 特許庁

The solid material for magnet is manufactured by compression-molding and solidifying a material containing magnetic material based on a rare-earth, iron and nitrogen by using an underwater shock wave.例文帳に追加

希土類−鉄−窒素系磁性材料を含有する材料を、水中衝撃波により圧縮成形固化し、磁石用固形材料とする。 - 特許庁

The solid material for magnet is manufactured by compression-molding and solidifying a material containing a magnetic material based on rare-earth, iron, nitrogen, hydrogen and oxygen by using an underwater shock wave.例文帳に追加

希土類−鉄−窒素−水素−酸素系磁性材料を含有する材料を、水中衝撃波により圧縮成形固化し、磁石用固形材料とする。 - 特許庁

A cylindrical convergence shock wave is given to an amorphous foil wound around a core member to compress and solidify it, and heat treatment is applied thereto for nano-crystallization. Thus, a high-density compression formed material made of air-core cylindrical nano-crystal magnetic body of 85% in relative density can be obtained.例文帳に追加

コア部材に巻いたアモルファス箔材料に円筒収束衝撃波を加えて圧縮固形化し、その後熱処理してナノ結晶化することにより、相対密度が８５％以上の空芯円筒状ナノ結晶磁性体の高密度圧縮成形材料を得る。 - 特許庁

After a core member is arranged in a cylindrical container by aligning the member with the axis of the container, a powdery rare-earth magnet material is arranged on the outside of the core member in the container, and the material is solidified through shock-wave compression by applying shock waves to the material from the outside of the container.例文帳に追加

円筒容器の軸に合わせてコア部材を配置し、円筒容器の内部においてコア部材の外部に希土類磁石粉末材料を配置し、円筒容器の外側より衝撃波を加えて衝撃波圧縮により固形化する。 - 特許庁

Shock wave accompanying underwater discharge with a voltage of 2,000-3,000V, and physical stimulation like compression, expansion and vortex flow are applied to nitrogen microbubbles of particle sizes of 10-50 μm to forcibly shrink the microbubbles, to thereby obtain nitrogen-nano bubble water containing nitrogen-nano bubbles of particle sizes of 100 nm or less, which are stable over a long period of time.例文帳に追加

粒径が１０〜５０μｍの窒素微小気泡に対して、電圧が２０００〜３０００Ｖの水中放電に伴う衝撃波や、圧縮、膨張及び渦流などの物理的刺激として加えることにより前記微小気泡を強制的に縮小させ、長期間安定な粒径が１００ｎｍ以下の窒素ナノバブルを含む窒素ナノバブル水を得ることを特徴とする。 - 特許庁