P granuleとは 意味・読み方・使い方

A groove for 6 for accumulating the precipitated and separated from the powder granule during the transportation and a step-like barrage 41 for removing the foreign substances to provide the movement of just pushing up the foreign substances in the powder granule to the powder granule are formed in at least one section of the transporting face P.例文帳に追加

移送面Ｐの少なくとも一箇所に、移送中の粉粒体から沈降分離された異物を溜める溝６、異物が粉粒体内を押し上げられるような動きを粉粒体に付与する段差状の異物除去用堰４１を設けた。 - 特許庁

In the particle size distribution measuring method for the powder granule substance P by sieving, a stirring material 3 having a particle size larger than the mesh size of the sieve 2 is added by a predetermined amount, and the aggregation of the powder granule substance P is prevented or disaggregated by tumbling the stirring material 3.例文帳に追加

粉粒状体Ｐの篩網による粒度分布測定方法であって、篩網２の篩目よりも大きな粒度の攪拌材３を所定量投入し、該攪拌材３を転動させることによって前記粉粒状体Ｐの凝集を阻止し、また分離させるようにした。 - 特許庁

The semiconductor material is preferably a laminated composite body of an n-type semiconductor film 12 and a p-type semiconductor film 11, or a laminated composite body obtained by laminating the p-type semiconductor films 11 on front and back surfaces of the n-type semiconductor film 12, and the shape can be a granule, a film, a water-permeable porous material or the like.例文帳に追加

半導体材料は、ｎ形半導体膜とｐ形半導体膜とを積層した複合体、ｎ形半導体膜の表裏面にｐ型半導体膜を積層した複合体が好ましく、形状は粒状物、膜状物、透水性多孔質物等であってよい。 - 特許庁

The semiconductor material is preferably a laminated composite body of an n-type semiconductor film and a p-type semiconductor film, or a laminated composite body obtained by laminating the p-type semiconductor films on the surface and the back surface of the n-type semiconductor film, and its shape can be a granule, a film, a water-permeable porous material or the like.例文帳に追加

半導体材料は、ｎ形半導体膜とｐ形半導体膜とを積層した複合体、ｎ形半導体膜の表裏面にｐ型半導体膜を積層した複合体が好ましく、形状は粒状物、膜状物、透水性多孔質物等であってよい。 - 特許庁

Each granule P in the container T vibrates from the vibration of the vibration producing means to reduce frictional force produced between the granules adjacent to each other, so the granules P can be moved even without adding big force.例文帳に追加

振動発生手段からの振動によって、容器Ｔ内の粒状体Ｐそれぞれ振動し、隣接する粒状体Ｐ同士の間に発生する摩擦力を小さくすることができるから、大きな力を加えなくても、粒状体Ｐを移動させることができる。 - 特許庁