基于热力学-动力学耦合的纳米晶结构材料设计
esign of nanocrystalline materials based on thermo-kinetic coupling
热力学-动力学的耦合包括三个层次，即热力学稳定性、热-动力学相关性和广义稳定性。以纳米晶结构材料为例，从以上三个层次对材料设计进行了诠释和探讨，包括，同强度相关的热稳定性、同塑性相关的热-动力学相关性，以及面向高强-高塑的广义稳定性设计。
hermodynamics coupling kinetics includes three levels, namely thermodynamic stability, thermo-kinetic correlation and generalized stability. Taking nanostructured (NC) materials as examples, material design is reinterpreted and discussed from the above three levels, including thermal stability related to strength, thermo-kinetic correlation related to plasticity, and generalized stability design aiming for high strength and high plasticity
刘峰
材料科学物理学力学
热力学动力学广义稳定性纳米结构材料
hermodynamicsKineticsGeneralized stabilityNanostructured materials
刘峰.基于热力学-动力学耦合的纳米晶结构材料设计[EB/OL].(2023-04-24)[2025-08-10].https://chinaxiv.org/abs/202304.01036.点此复制
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