The polymer solution has the net chain structure, it shows the effect of viscoelasticity in the movement which directly relates to the interface energy conversion.
聚合物高分子溶液具有网链结构，运动中显示出的黏弹效应直接关系相界面能量转换。
The results show that the interface energy increases and the interface width decreases between martensite and parent with the increase of velocity of the interface motion.
结果显示，随着界面运动速率的提高，马氏体和母相之间的相界面能量增加，相界面的宽度下降。
The fatigue life is seen to depend on the grain size and stress amplitude, based on the nonequilibrium statistical theory of fatigue fracture and the model of interface energy.
在其它参数保持不变的情况下，得出细晶粒多晶体金属的平均疲劳寿命随晶粒尺寸和应力振幅的增加而减小的结论。
After pyrolysis, the polydispersion is retained in the carbon aerogel, however, the diffuse interface layer disappears due to migration of the layer to particles to reduce the interface energy.
有机气凝胶中存在的扩散界面层在其裂解过程中消失，这可能是由于在裂解过程中扩散界面层向粒子迁移以降低界面能所致。
After pyrolysis, the polydispersion is retained in the carbon aerogel, however, the diffuse interface layer disappears due to migration of the layer to particles to reduce the interface energy.
有机气凝胶中存在的扩散界面层在其裂解过程中消失，这可能是由于在裂解过程中扩散界面层向粒子迁移以降低界面能所致。
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