摘要
本文利用静高压熔态淬火方法，首次对Al4Mn合金形成准晶的压力条件及其热稳定性进行了研究，发现在0.95GPa到4.45GPa的范围内，以10^2k/s冷却速度淬火的Al4Mn合金，在不同压力下形成不同结构的准晶，利用非晶态动力学理论对其结果进行了初步解释。
The condition of the formation of quasierystal AI,Mn and Al6Cr under high static pressure has been investigated for the first time, 1-phase and T-phase have been observed in electron diffraction experiment. The structures of Al4 Mn quenched ai aboul 100K/s are different under various pressures from 0.95 to 4. 45GPa. The phase transition from l-phase and T-phase 10 crystal phase has also been investigated. The results were disccused by non-crystalline dynamic theory.
出处
《高压物理学报》
CAS
CSCD
北大核心
1990年第1期50-56,共7页
Chinese Journal of High Pressure Physics
基金
中国科技大学结构分析开放研究实验室的部分资助
关键词
准晶态
恒温退火
静高压熔态淬火
热稳定性
quasicrystai. Al4Mn. anneal at consiant temperature. formadon under high static pressure.
