基于热力学和动力学协同的析出相模拟
刘峰1,2(
), 王天乐1
), 王天乐1
Precipitation Modeling via the Synergy of Thermodynamics and Kinetics
LIU Feng1,2(), WANG Tianle1
), WANG Tianle1
图12. ε-Fe2C和η-Fe2C析出时热力学驱动力和动力学能垒随着析出物中基础构成单元数量和温度的变化[
Fig.12. Variations of the driving force (thermodynamics) and energy barrier (kinetics) with respect to the number of PBUs in precipitates and temperature for precipitations of ε-Fe2C and η-Fe2C[
