冲击性能

  • 网络Impact resistance;Impact Properties;CHARPY;tir
冲击性能冲击性能
  1. EVA改性PVC体系的冲击性能研究

    A study of impact properties of EVA modified PVC

  2. 滑石粉填充PP材料中颗粒分布分形特征及其与冲击性能的关系

    The particle fractal distribution in pp / talc materials and its relation with impact properties

  3. Al2O3陶瓷涂层抗高温热冲击性能的研究

    Study on High Temperature Thermal Shock Resistance of Al_2O_3 Ceramic Coating

  4. 热空气老化和热水老化对PC冲击性能的影响

    Effect of hot air aging and hot water aging on impact properties of polycarbonate

  5. 对Ti(C,N)基金属陶瓷的热冲击性能进行了研究。

    The thermal shock properties of Ti ( C , N ) based cermets have been studied .

  6. ABS/改性PP共混物形态与冲击性能

    The morphology and impact property of abs / modified PP blending material

  7. PVC能显著提高ABS/PVC体系的阻燃性能和冲击性能。

    PVC could increase FR and impact property of ABS / brucite .

  8. 研究并制备出具有较好冲击性能的PVC/ACR共混合金。

    It studied and prepared the PVC / ACR alloys which possesses good impact strength .

  9. 随着C含量提高,焊接粗晶区中的晶粒粗化被抑制,因此,使得冲击性能和疲劳强度被明显提高。

    As carbon content increasing , the grain coarsening of CGHAZ is inhibited , thus , the impact toughness and fatigue strength are significantly improved .

  10. 研究了ABS用量变化对改性硬质聚氯乙烯体系冲击性能的影响。

    Effects of dosages of ABS on the impact strength of rigid PVC were studied .

  11. HDPE/橡胶/CaCO3复合材料抗冲击性能的研究

    The Study of Impact Resistance of HDPE / Rubber / CaCO_3Composite Materials

  12. 等离子喷涂ZrO2热障涂层的热冲击性能

    Thermal Shock Resistance of Plasma-sprayed ZrO_2 Thermal Barrier Coatings

  13. 经γ射线辐照的LLDPE与氢氧化铝体系冲击性能的研究

    A Study on Impact Properties of γ - Ray Irradiated LLDPE Filled with Alumina Trihydrate

  14. EPDM粘度对PP/EPDM共混物断口形态和冲击性能的影响

    Effects of Mooney viscosity of EPDM on morphology of fractured surface and impact property of pp / epdm blends

  15. 正火工艺对20g钢板时效冲击性能的影响

    The Effect of Normalizing Process on Ageing Impact Property of 20g Steel Plate

  16. EPR的分子序列结构对聚合物抗冲击性能起主要作用。

    The molecular sequential structure of EPR exerts a significant effect on the impact property of the polymer .

  17. CPVC加工性能和冲击性能的改进

    Improvements on processing properties and impact properties of CPVC

  18. PA1010/聚酯型TPU共混体系的冲击性能和其断裂形貌研究

    Study on the Impact Properties and Fracture Morphology of PA1010 / ester-based TPU Blends

  19. PP/纳米CaCO3复合材料的抗冲击性能

    Impact property of PP / nano-CaCO_3 composites

  20. 采用新方法生产的废轮胎胶粉(粒径120~180μm)作为增韧材料填充到聚氯乙烯(PVC)中,以提高PVC材料的抗冲击性能。

    The waste tire rubber fine powder prepared by new method was used to produce toughening PVC composite , and the impact property of the composite was improved .

  21. 以稀土强化Al2O3/Ti(C,N)陶瓷材料为基础,进行了基于抗冲击性能、抗热震性能和耐磨性能的组分设计。

    Based on the rare earth reinforced Al2O3 / Ti ( C , N ) ceramic material , compositional designs aiming at the impact resistance , thermal shock resistance and wear resistance have been carried out .

  22. 当填充量为30%,复合硅灰石粉体填加的PP复合材料的冲击性能要高出硅灰石矿物粉体填加的PP复合材料的30%以上。

    When the filling ratio is 30 % , the impact strength of PP filled by composite wollastonite was greater than PP filled by wollastonite more than 30 % .

  23. 研究结果表明,随着CPE和纳米Mg(OH)2含量的增加,材料的抗冲击性能和阻燃性能得到改善。

    The results show that the impact resistance and flame-resistance of the composite material is improved as the content of CPE and nano-Mg ( OH ) 2 is increased .

  24. 热处理对Ni-Al涂层耐热冲击性能的影响

    Effect of Heat Treatment on Resistance to Thermal Shock of Ni & Al Coating

  25. 实验结果表明:ABS材料的微观相形态、分布及界面结合情况对其性能尤其是冲击性能有着重要影响。

    The results showed that the performances , especially the impact strength , were strongly affected by the microcosmic structure , the phase distribution and the combination of interface .

  26. PVC-U门、窗框异型材低温落锺冲击性能影响因素及控制措施浅析

    Humble Analysis of Causation and Controlling Methods to Falling Impact Performance of PVC-U Plastic Profile at Low Temperature

  27. 结果表明在MDF水泥基体中加入少量尼龙纤维可以有效地提高材料的抗冲击性能。

    The results indicate that small volume fraction of nylon fiber in MDF cement matrix could improve impact performance of the composites .

  28. 但是长期以来,山于金属Ni不能完全润湿TiC和TiN,致使合金韧性不足,抗冲击性能较差,限制了其应用。

    However , in a long time , the toughness and resistance to impact are not satisfactory because metal Ni can 't wet TiC and TiN completely , its applications are limited .

  29. 在室温下测量了2种合金的拉伸性能和Izod冲击性能。

    The tensile and Izod impact properties of the alloys were measured at room temperature .

  30. 结果表明:在低用量条件下,随MBS树脂含量增加,MBS/PVC抗冲击性能有所提高,光学性能略有下降。

    Generally , when the content of MBS resin is low , the impact resistance increases with increase in MBS content , with slight decrease in transparency .