Ni-Zrアモルファス合金にHF処理を施すことで、SEM写真のFig.

Ni-Zrアモルファス合金にHF処理を施すことで、SEM写真のFig. 1(a)に示すような多孔質Niを得た。この試料に423 Kで酸素処理を施した試料は、孔が均一に存在し、より微細な構造を有していた(Fig. 1(b))。さらに高温で酸素処理を施した試料では孔がつぶれていることが分かり、適度な温度の酸素処理が表面構造の微細化を導いた。また、423 Kで真空加熱処理した試料については、大きさの不揃いな孔がまばらに存在し、加熱だけでなく酸素の導入が微細化への重要な因子であった。

ผลลัพธ์ (อังกฤษ) 1:

HF to do anything with NI-ZR amorphous alloy by SEM photographs of... got a porous Ni such as 1. Hole exists and homogeneous samples in this sample with oxygen treatment at 423 K, had a fine structure (Fig. 1 (b)). That have smashed holes in more oxygen at high temperature with the led for fine surface structure of oxygen treatment for moderate temperatures. Also, introduction of uneven pore sizes exists and scattered about 423 K vacuum heat treated samples, as well as heated oxygen was in important factor to the refinement of.

ผลลัพธ์ (อังกฤษ) 2:

By applying HF treatment to Ni-Zr amorphous alloy, to obtain a porous Ni, as shown in Fig. 1 (a) of the SEM photograph. Samples subjected to oxygen treatment at 423 K in this sample, the holes are uniformly present, had a finer structure (Fig. 1 (b)). Further the sample subjected to oxygen at elevated temperature and found that holes are crushed, oxygen treatment of moderate temperature led to finer surface structure. Also, the samples were vacuum heat treated at 423 K, there are sparse irregular pore size, the introduction of oxygen, not only heating is an important factor in miniaturization.

ผลลัพธ์ (อังกฤษ) 3:

It HF processing Ni -- Zr amorphous alloy, SEM photo Fig 1 (a) to obtain a porous Ni as shown in. In this K samples in oxygen present in the sample processing, uniform pore structure, which includes a fine of more Fig 1 (b)) In addition to oxygen treatment at a high temperature, it is evident that collapsed in the specimen with hole, leading to the refinement of the surface structure of oxygen treatment temperature. In addition, in K vacuum heat treatment samples exist between hole size, unevenNot only is the process of introducing oxygen, heating is an important factor to the miniaturization.