表面積測定した結果をTable 3-3に示した。amor-CuTiの表

表面積測定した結果をTable 3-3に示した。amor-CuTiの表面積は0.13 m2 / gであり、熱処理を施したCuTi(773) の表面積は0.14 m2 / g でありamor-CuTiに熱処理を施しても表面積は変わらないということが分かった。amor-CuTi にHF処理をしたamor-CuTiHFの表面積は3.7 m2 / gにまで増大していた。CuTi(473)HF, CuTi(573) HF, CuTi(673) HFについて熱処理温度上昇とともに表面積はそれぞれ5.6 m2 / g、7.9 m2 / g、11.1 m2 / gと増大した。しかし、CuTi(773) HF, CuTi(873) HFの表面積は、9.7 m2 / g、9.1 m2 / gと熱処理温度上昇とともに表面積が減少した。これらの表面積の増減は、Fig. 3-10, 3-11のSEM写真からわかるようにHF処理前の熱処理温度によって表面の粗さが異なることによると考えられる。

ผลลัพธ์ (อังกฤษ) 1:

Table 3-3 shows the surface area measurements. found out that the amor-CuTi surface area is 0.13 m 2 / g and is subjected to heat treatment in the amor-CuTi, is the surface area of the heat treated CuTi (773) and 0.14 m 2 / g surface area does not change. amor-CuTiHF amor-CuTi the HF processing surface area was increased up to 3.7 m 2 / g. CuTi (473) HF, HF (573) CuTi CuTi (673) for HF with increasing annealing temperature surface area is 5.6 m 2 / g, 7.9 m 2 / g, 11.1 m 2 / g, and increased. However, CuTi (773) HF, CuTi (873) HF surface area is 9.7 m 2 / g, 9.1 m 2 / g and the surface area decreased with increasing annealing temperature. According to the different surface roughness HF before heat treatment temperature increase or decrease of the surface area of these can see from Fig. 3-10, 3-11 SEM photo possible.

ผลลัพธ์ (อังกฤษ) 2:

The results of the surface area measurements are shown in Table 3-3. surface area of ​​the amor-CuTi is 0.13 m2 / g, the surface area of ​​CuTi subjected to heat treatment (773) was found to be unchanged surface area can be subjected to a heat treatment to 0.14 m2 was / g amor-CuTi. surface area of ​​the amor-CuTiHF that the HF treatment in amor-CuTi was increased to 3.7 m2 / g. CuTi (473) HF, CuTi (573) HF, CuTi (673) for each of the surface area with heat treatment temperature rise HF 5.6 m2 / g, 7.9 m2 / g, and increased 11.1 m2 / g. However, CuTi (773) HF, the surface area of ​​the CuTi (873) HF is, 9.7 m2 / g, surface area with 9.1 m2 / g and the heat treatment temperature rise was reduced. Changes in these surface areas, Fig. 3-10, roughness of the surface by a heat treatment temperature before HF treatment can be seen from the SEM photograph of 3-11 is considered to be due to different.

ผลลัพธ์ (อังกฤษ) 3:

Surface area measurement, as shown in Table 3-3 results. The surface area of the CuTi Amor and 0.13 m2 / g, CuTi subjected to heat treatment at the surface of which is 0.14 m2 / g Amor CuTi heat treatment is performed on the same surface area. In the CuTi Amor Amor HF processing to the surface area of the CuTiHF to 3.7 m2 / G is increased. CuTi of 473. HF, CuTi of 573. HF, CuTi of 673 in HF along with heat treatment temperature increases the surface area 5.6 m2 / g, respectively 7.9 m2 / g, 11.And 1 m.sup.2 / g was increased. However, CuTi of 773. HF, CuTi of 873 of HF 9.7 m.sup.2 / g, surface area, surface area and reduced 9.1 m2 / g with increasing heat treatment temperature. The increase and decrease of the surface area of these Fig 3-10, as can be seen from the picture of SEM considered by heat treatment at different temperatures by the surface roughness of the HF before processing.