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rubber composite material
相关语句
  橡胶复合材料
     In the paper,the abrasion fatigue experiment and in elastic contact condition the determination of abrasion fatigue parameters of material are designed. By use of the method proposed,the fatigue parameters of epoxy_rubber composite material are measured. The abrasion fatigue limit stress is about(3.0~5.0)MPa and it will decrease with the increase of material elastic modulus.
     文章设计了材料的冲蚀疲劳特性试验以及通过特性曲线拟合决定弹性接触状态下材料冲蚀疲劳特性参数的方法 ,应用此方法测得环氧 -橡胶复合材料的冲蚀疲劳极限应力σ0 ≈ ( 3 .0 ~ 5 .0 ) MPa ,且随着弹性模量的增大有降低趋势。
短句来源
     This paper analyses the influence of hardness of the cork composite material to the test of fabric pill by changing the hardness (40HA,60HA,80HA)of cork composite material (cork/rubber composite material) of the ICI pilling box tester in the test of the pill of cotton fabrics,wool fabrics and cashmere fabrics.
     文章通过改变滚箱式起球仪箱体内软木复合材料(即软木/橡胶复合材料)的硬度(40、60、80邵),测试了棉针织物、羊毛针织物和羊绒针织物的起球性能,分析了软木复合材料对测试织物起毛起球性能的影响。
短句来源
  “rubber composite material”译为未确定词的双语例句
     The Development and Application of the Silicon Rubber Composite Material
     复合硅橡胶材料在外绝缘领域的应用
短句来源
     This paper described the preparation & composition processing of composite bellows with 170 mm in diameter,340mm in length,25mm in crest and root radius,1mm in wall thickness of PTFE inner liner tube ,and 3mm in thickness of rubber composite material.
     论述了直径 170mm,长 340mm,波峰与波谷半径 2 5mm,聚四氟乙烯内衬管壁厚 1mm,橡胶复合层厚度3mm的复合波纹管的制作过程
短句来源
     As the vehicle is running, the tyres are undergoing a periodical load, and the temperature of the tire will rise because of the lagging loss of the rubber composite material and the friction between the road and tire surface.
     轮胎的温升来自于两种热源,一是滚动过程中由橡胶材料滞后损失引起的转变成热能,二是接地面的摩擦热。
短句来源
  相似匹配句对
     APPLICATION OF ACRYLATE RUBBER IN COMPOSITE MOLDING
     丙烯酸酯橡胶在复合材料成型中的应用
短句来源
     STUDIES ON SILICONE RUBBER COMPOSITE INSULATOR
     热缩型硅橡胶复合绝缘子的研制
短句来源
     The Development and Application of the Silicon Rubber Composite Material
     复合硅橡胶材料在外绝缘领域的应用
短句来源
     Rapid Fabrication Technology of Rubber and Plastic Composite Materials
     橡塑材料快速复合加工技术
短句来源
     A composite metal-rubber roofing material is presented.
     介绍了一种金属橡胶复合屋面材料。
短句来源
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Fibre volume fraction is a very important parameter that determines variety of properties of fibre-reinforced composite materials. In this paper, the relation between fibre volume fraction and tensile properties of ployamide 6 tyre cord / nature rubber was studied by theoretical analysis and experiment. Fibre volume fraction's theoretical lower limits, theoretical upper limits and permissive upper limits were obtained. Experiment results provided relevant parameters and effective factors. These...

Fibre volume fraction is a very important parameter that determines variety of properties of fibre-reinforced composite materials. In this paper, the relation between fibre volume fraction and tensile properties of ployamide 6 tyre cord / nature rubber was studied by theoretical analysis and experiment. Fibre volume fraction's theoretical lower limits, theoretical upper limits and permissive upper limits were obtained. Experiment results provided relevant parameters and effective factors. These will provide theoretical basis for micromechanics design of polyamide 6 tyre cord / nature rubber composite materials.

纤维体积含量是决定纤维增强复合材料各项力学性能的一个重要的参数。本文通过理论分析和实验.就纤维体积含量与聚酰胺6(锦纶)帘线/天然橡胶复合材料的拉伸强度、拉伸模量的关系进行了研究.得到了纤维体积含量的理论下界极限和上界极限以及许用的上界极限。实验结果提供了有关参数和影响因素,这将对聚酰胺6帘线/天然橡胶复合材料的细观力学设计提供依据。

The surface characteristics of mineral fine powders will affect the reinforcement effect of mineral filler upon silicone rubber matrix, and the interfacial interaction between mineral filler and silicone rubber matrix will be the mechanical properties of silicone rubber filled with mineral fine powder. Using double liquid method the authors measured the equilibrium contact angles of the surface modified and surface_unmodified mineral fine powders of talc, quartz, granular wollastonite, fibrous...

The surface characteristics of mineral fine powders will affect the reinforcement effect of mineral filler upon silicone rubber matrix, and the interfacial interaction between mineral filler and silicone rubber matrix will be the mechanical properties of silicone rubber filled with mineral fine powder. Using double liquid method the authors measured the equilibrium contact angles of the surface modified and surface_unmodified mineral fine powders of talc, quartz, granular wollastonite, fibrous wollastonite, kaolinite and ground CaCO 3. According to Fowkes' and Young's theory, the surface energy of the above mineral fine powders were calculated. The results show that surface energies, dispersion components and polar components are different for different mineral fine powders caused by differentce in composition, structure and surface group for different mineral powders. After surface modification of mineral powders, their surface energy will decrease, and the extent of decrease of surface energy will be affected by kinds and concentrations of coupling agents. Based on the surface energy, the interfacial tension ( γ SL ) and the adhesive work (W a) between mineral fillers and silicone rubber were calculated. Analyzing and comparing W a , γ SL and tension strength ( σ B) of mineral powder silicone rubber composite materials reveal that there exists positive correlation between (W a/ γ SL ) and ( σ B). In other words, the larger (W a/ γ SL ) the composite materials, the stronger the interfacial interaction between mineral fillers and silicone rubber matrix, the better the mechanical properties of composite materials. It is belived that the rule is suitable not only to unmodified and modified mineral powders in silicone rubber matrix but also to other rubber matrix. The paper has also made a deepgoing theoretical and experimantal analysis of this rule.

采用平衡接触角法测定了几种矿物粉体及硅橡胶基体的表面能,对矿物/硅橡胶的界面张力、平衡粘附功等热力学参数进行了计算,分析探讨了矿物填料/硅橡胶之间界面相互作用与复合材料力学性能的关系,提出粘附功(Wa)与界面张力(γSL)的比值(Wa/γSL)是衡量矿物填充硅橡胶的力学性能的一个重要参数。

Based on performance of the cilicon rubber composite material and successful application, this paper discusses application prospect of the material in the power system.

讨论了复合硅橡胶材料在高压 (包括超高压和特高压 )输电线路、电站、高压开关及电气设备绝缘套管上的应用前景。认为由于该材料的杰出优点必将得到日益广泛的应用。

 
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