• 对在不同受热温度、不同冷却方式钢筋混凝土黏结性能进行了研究。

    Bond performance in reinforced concrete under various high temperatures and different cooling methods was studied.

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  • 就界面处理方式沥青改性聚氨酯接缝材料水泥砂浆黏结性能影响进行了研究。

    The effects of interfacial treatment modes on the bonding properties between asphalt modified polyurethane joint material and cement mortar were investigated.

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  • 结果表明受热温度冷却方式加载制度高温后钢筋混凝土黏结性能很大影响

    The results show that the heating temperature and the ways of cooling and loading are of great influences on the bond performance of reinforced concrete.

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  • 目的:测试无机抗菌剂添加对新型自酸蚀处理剂ESP黏结性能颜色稳定性影响

    Objective This study was to evaluate the influence of incorporation of inorganic antibacterial agents on bonding characteristics and color stability of an experimental self-etching primer ESP.

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  • FRP混凝土黏结性能贴纤维增强聚合物加固钢筋混凝土结构技术的关键问题。

    Critical to strengthening a concrete structure through externally bonded FRP plates is the bond behavior between FRP and concrete.

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  • 碳纤维钢结构之间黏结性能直接影响加固效果但是目前国内方面研究涉足

    The bond behavior between carbon fiber sheets and steel affects the effectiveness of strengthening, but research on this subject is still lacking in China.

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  • 利用纸箱抗压测试胶水黏结性能专用测试工具测试(100)测试(200) ;

    The invention relates to a testing stand (100) of a special testing tool and a testing piece (200) used for testing the stickiness of glue by using a carton compression apparatus.

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  • 结果表明采用A TRP法制TIPN动态力学性能黏结性能优于常规自由基聚合制备的TIPN。

    The results showed that dynamic mechanical and adhesive properties of TIPN prepared by conventional radical polymerization were worse than those of ATRP.

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  • 基体PLLA界面黏结相容性得到了提高,修饰CS纤维明显提高复合材料的抗弯性能

    The interfacial cohesion and consistence between CS fiber after entrapment process and PLLA matrix are improved. CS fiber after entrapment process could enhance the bend properties of composites.

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  • 基体PLLA界面黏结相容性得到了提高,修饰CS纤维明显提高复合材料的抗弯性能

    The interfacial cohesion and consistence between CS fiber after entrapment process and PLLA matrix are improved. CS fiber after entrapment process could enhance the bend properties of composites.

    youdao

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