研究表明,随着钢纤维的体积分数增大,复合材料的分散系数和抗压强度增加。
The research indicated that dispersal coefficient and compressive strength of the composites increase with the volume fraction.
分散相体积分数不同,其最佳共混转速不同。
When volume fractions of dispersion phase are different, the optimal speeds are different.
结果表明,对聚合物分散液晶聚合物折射率的误差在5%以内,而对液晶体积分数的测试误差较大,达到10%左右。
The result indicates that the error of the test for refractive index of polymer is less than 5%, while for volume percent of liquid crystal, the maximum error reaches about 10%.
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