Flexural strength and modulus of super-hybrid composite can be improved greatly by the better interfacial control. And the increasing rate of flexural modulus is more than that of flexural strength.
通过良好的界面控制，可显著提高复合材料的弯曲强度和弯曲模量，模量的提高比强度的提高幅度更大。
In this paper, interfacial reactions in MMCs, the effects of interfaces on properties and the effective ways to control interfacial reactions and to optimize interfacial structures were discussed.
本文讨论金属基复合材料的界面反应，界面对性能的影响，以及控制界面反应和优化界面结构的有效途径等问题。
Some of the important interfacial characteristics that critically control the performance of a composite material were quantified through MM simulations and elasticity calculations.
一些重要的界面严重控制的一种表现的特点通过MM的模拟复合材料进行了量化和弹性的计算。
Some of the important interfacial characteristics that critically control the performance of a composite material were quantified through MM simulations and elasticity calculations.
一些重要的界面严重控制的一种表现的特点通过MM的模拟复合材料进行了量化和弹性的计算。
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