調製したアモルファス合金(amor-CuTi)や加熱処理した試料(Cu

調製したアモルファス合金(amor-CuTi)や加熱処理した試料(CuTi(t): t=473-873 K)の結晶度を調べるためにXRD測定を行った。単ロール法によって作製されたamor-CuTiのXRDパターンは、Fig. 3-2に示すように、結晶質の存在を示すピークはなく、35°～45°の間でアモルファス特有のブロードなハローパターンを観察された。このことからamor-CuTiは主にアモルファス相からなる合金であるといえる。

ผลลัพธ์ (อังกฤษ) 1:

Amorphous alloy (amor-CuTi) was prepared and heated-treated samples (CuTi (t): t = 473-873 K) of made XRD measurements to investigate the degree of crystallization. XRD patterns of amor-CuTi was prepared by simply roll without the peak indicates the presence of crystalline, as shown in Fig. 3-2, 35 °-45 ° between amorphous characteristic of broad Halo patterns observed. Said that for this reason alloys mainly consisting of amorphous phase is amor-CuTi.

ผลลัพธ์ (อังกฤษ) 2:

The prepared amorphous alloy (amor-CuTi) and heated treated samples (CuTi (t): t = 473-873 K) the XRD measurements were performed in order to examine the crystallinity of the. XRD pattern of amor-CuTi made by a single roll method, Fig. As shown in 3-2, no peak indicating the presence of crystalline, amorphous specific broad halo patterns between 35 ° ~ 45 ° me was observed. The amor-CuTi from mainly I is said to be an alloy consisting of an amorphous phase.

ผลลัพธ์ (อังกฤษ) 3:

Amorphous alloy prepared by CuTi amor. Sample and processing heating CuTi t t. K 473 873 XRD measurement was carried out to investigate the crystallinity. The Fig Amor CuTi XRD patterns of single roll prepared by the method shown in the crystalline peaks exist among the chopper was measured mostly between 35 and 45 degrees to the halo pattern characteristic of amorphous broad. It can be said that this CuTi Amor is mainly composed of amorphous alloy phase.