摘要
本文根据修正的Kissinger公式提出一种确定非晶材料晶化机制与激活能的最大晶化速率参比法。以Ar_(70)Cu_(30)非晶合金为例,研究了晶化机制与激活能及其与压力的关系。
A method called after crystallization rate comparing one for determining crystallization mechanism and activation energy was advanced in this paper. Dependence of crystallization mechanism and activation energy on pressure was found for amorphous alloy Zr70Cu30
出处
《物理测试》
CAS
1997年第5期1-4,共4页
Physics Examination and Testing
关键词
晶化机制
激活能
铜
氩
非晶态合金
晶化动力学
cryztallization mechanism, activation energy, maximum rate,pressure
