さらに高温で加熱処理したCuTi(773)、CuTi(873)のXRD

さらに高温で加熱処理したCuTi(773)、CuTi(873)のXRDパターンは加熱処理温度上昇とともにCuTi結晶合金に由来するピークの強度が高くなり、CuTi(873)ではCuTi2結晶合金由来の小さなピークも観察された[69]。

ผลลัพธ์ (อังกฤษ) 1:

XRD patterns even in high-temperature heat-treated CuTi (773) and CuTi (873) with heating treatment temperature derived from cuti Crystal peak intensity increases, [69] CuTi2 Crystal alloys derived from small peak was observed at the CuTi (873).

ผลลัพธ์ (อังกฤษ) 2:

Furthermore CuTi that heat treatment at a high temperature (773), XRD patterns of CuTi (873) becomes higher intensity of the peak derived from the CuTi crystal alloy with heat treatment temperature increases, a small peak derived from CuTi (873) in CuTi2 crystal alloy observed [69].

ผลลัพธ์ (อังกฤษ) 3:

In addition, heat treatment at a high temperature of 773 CuTi CuTi 873 and the pattern of XRD peak from CuTi crystalline alloys with increasing heat treatment temperature increases, the strength of the CuTi 873. 69), which was first observed a small peak from CuTi crystal alloy