• 结果表明PVC拉伸屈服强度外力作用速度提高而提高断裂伸长率却随之下降

    The results showed that with the the increase of outside force velocity, the tension yield strength of PVC increased, but its breaking elongation decreased.

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  • 拉伸强度下降趋势,拉伸断裂伸长率以及冲击韧性增大减小变化趋势,弯曲性能温湿度交变的环境敏感

    Tensile strength decreased, while the tensile break extension percentage increased first and then decreased, flexural properties was not sensible to the changing humiture.

    youdao

  • 随着ATH含量增加LLDPE/EVA物的拉伸强度逐步增加,断裂伸长率迅速下降

    The tensile strength for LLDPE/EVA blends increases as ATH content is increased, but elongation at break decreases.

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  • 结果表明随着填充用量增加拉伸强度下降弹性回复增加断裂伸长率也增大。

    The results indicated that with the increase of the content of the extender oil, the tensile strength decreased, while the elasticity increased and elongation at break improved.

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  • C路径的二次ECAE加工试样各向同性材料,缺口冲击强度较PP有所提高拉伸强度下降断裂伸长率提高表现出很好的延伸性。

    The specimen by route C ECAE processing was isotropic and its impact strength increased, tensile strength decreased, elongation at break improved and show

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  • 添加黑液干粉复合材料老化拉伸强度邵尔A型硬度增加断裂伸长率稍有下降

    In general, the tensile strength and Shore A hardness of PVC/CPE/black liquor powder composites were increased while the elongation at break was slightly decreased after thermo-oxidative aged.

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  • 三种双醛淀粉膜均淀粉氧化增加拉伸强度TS上升断裂伸长率E下降的趋势。

    The tensile strengths (TS) of the three DSF increased with the increasing of oxidation extent, while the elongations at break (E) reduced.

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  • 结果表明,随应变增加抗拉强度屈服强度总体上升趋势,断裂伸长率强塑单调下降

    The results show that tensile strength and yield strength increase generally, while total elongation and product of strength and ductility decrease with the increase of strain rate.

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  • 结果表明随着PV A吹塑薄膜含水率增加拉伸强度下降断裂伸长率增加

    Results showed that the tensile strength decreased with increasing water contents in the film, but at the same time elongation at break was raised.

    youdao

  • 结果表明随着PV A吹塑薄膜含水率增加拉伸强度下降断裂伸长率增加

    Results showed that the tensile strength decreased with increasing water contents in the film, but at the same time elongation at break was raised.

    youdao

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