片语

volume shrinkage mass体积收缩量

volume shrinkage rfantthnearticge体积收缩

volume e shrinkage体积收缩

volume shrinkage rate体积收缩率

volume shrinkage characteristic体积收缩特性

volume drying shrinkage coefficient体积干缩系数

volume shrinkage ratio体缩率

volume contraction[物] 体积收缩；[物] 容积收缩；音量压缩

volume shrinkage coefficients体积干缩系数

aggregate volume shrinkage集料体积收缩

英汉例句

• compared to the matrix resin, this nano hybrid resin has shown reduction of volume shrinkage 38% and increase of tensile strength 31%.

  该纳米复合树脂与基体树脂相比较，体积收缩率降低38%，拉伸强度提高31%。

• the effect of active monomers, oligomers and couple agent on shear strength and volume shrinkage of uv-curing adhesive was investigated.

  考察了活性单体、预聚体及偶联剂对紫外光固化胶粘剂的粘接强度、体积收缩的影响。

• the repetition cycledensity densification model is revised by introducing the volume shrinkage percentage of the composites.

  引入体系体积收缩率参数，对单一先驱体转化纤维增强陶瓷基复合材料致密化模型进行了修正。

• volume shrinkage ratio was analyzed from two aspects, the aging-swelling balance and solvent effect.

  介绍了三聚氰胺-甲醛凝胶老化过程的溶剂效应及其对体积收缩的影响。

• polymerization volume shrinkage of eepe resin was lower than other dimethacrylate resin.

  与其他甲基丙烯酸类树脂相比，eepe树脂的聚合收缩率比较低。

• the results show that the volume shrinkage of mtc solidified body is far less than that of conventional cement.

  结果表明，mtc固化体的体积收缩率远小于水泥石的体积收缩率。

• results showed that reinforcement had restrained remarkablely the volume swell of soil with high compactness, but influenced on the volume shrinkage insignificantly.

  结果表明，加筋可以明显抑制土体的剪胀体变，但对土体的剪缩体变影响不大，加筋有利于增强高压实度土体的体积稳定性；

• by combining the theoretical analysis and test, the monitoring method of observation well, by which the volume shrinkage deformation of the cavity can be derived, is provided and verified.

  结合理论分析和试验的方法，验证利用观察井监测腔体蠕变收缩体积这种方法的合理性。

• the polymerization volume shrinkage of gl/eepe composites and g3d/eepe composites was almost close, but was higher than that of eepe resin.

  相同纤维体积分数的gl/eepe复合材料与g3d/eepe复合材料固化收缩率相差不大。

• with crystalline plastics this can be significant as volume shrinkage is high.

  对于结晶塑料，这种压力是巨大的，因为它的体积收缩高。