通过差示扫描量热技术,研究了热循环对Cu-23.6Zn-4.47Al-0.23Mn-0.17Ni形状记忆合金中双可逆相变的影响.结果表明,X→M转变温度随热循环的进行而降低,而马氏体逆转变的温度几乎不发生变化.
The influence of thermal cycling on double reversible transformations in the Cu-23.6Zn-4.47Al-0.23Mn-0.17Ni shape memory alloy was investigated by differential scanning calorimetry. It is found that the temperatures of the X→M transition drop down with the progress of thermal cycling, while those of the reverse martensitic transformation almost have no change.
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