采用复合材料层合板模型，对梯度功能材料悬臂板进行了分析。
Composite layer board model is adopted to analyse functionally gradient materials cantilever board.
本文采用复合材料层合板模型，对梯度功能材料悬臂板进行了分析。
The paper adopts composites layer board model to analyse functionally gradient materials cantilever board.
研究结果表明，复合材料层的硬度及显微组织分布均存在明显的梯度。
The result showed that there was obvious gradient in the distribution of the hardness and microstructure of the composite layer.
结果表明，为获得复合材料的最佳过滤性能，梯度层的粉末粒度必须小于基体的中流量平均孔径。
Results show the particle size of gradient layers should be less than the mean flow pore size of substrate materials so as to obtain the optimum filtration performance.
结果表明：采用复压烧结粉末冶金工艺可提高梯度复合材料的致密度，并能消除梯度层间界面；
The results show that the specific density of the composite can be increased and the gradient boundary layers can be eliminated by second compressing power metallurgy technique.
随着梯度层厚度的增加，复合材料的透过性能下降，过滤精度提高。
With the thickness of gradient layers increasing, the permeability of the composites decreased while the filtration precision increased.
随着梯度层厚度的增加，复合材料的透过性能下降，过滤精度提高。
With the thickness of gradient layers increasing, the permeability of the composites decreased while the filtration precision increased.
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