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fibre content
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  纤维含量
    the higher graphitization degree, the bigger the heat conduction coefficient o In addition, the material structure, the fibre content, the fiber type and reinforced way of fibre had also some effect on c/c composites ?
    材料结构、纤维含量、类型及增强方式等对C/C复合材料的导热系数也有一定影响。
短句来源
    The growth of fibre content raises the values of flexural strength and flexural modulus, but has no contribution on shear strength.
    短炭纤维含量的增加,使复合材料的弯曲强度和弯曲模量随之增大,但对剪切强度没有贡献。
短句来源
    Influence of fibre content, fibre style on the mechanical properties and microstructure of the composites are discussed.
    探讨了纤维含量、纤维类型对复合材料力学性能和微观结构的影响 .
短句来源
    the relationships between fibre content and mechanical properties of composites were studied. The surface state and the rupture morphology was observed and analysed by SEM.
    对树脂基体和复合材料的力学性能进行测试、分析 ,研究纤维含量和复合材料力学性能的关系 ,并通过扫描电镜对复合材料的微观形貌进行观察研究
短句来源
    The affection of fibre content on the mechanical behavior of MMC is also studied.
    阐明了纤维含量对复合材料力学性能的影响。
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  “fibre content”译为未确定词的双语例句
    The results of experiments show that tensile strength, bend strength, bend modulus and heat deformation temperature of the composite materials are increased with the increase of carbon fibre content.
    结果表明:碳纤维有显著的增强作用。 随碳纤维比例的增大,该复合材料的拉伸强度、弯曲强度、弯曲模量及热变形温度均呈上升态势;
短句来源
    Effects of hot-pressing temperature and SiC fibre content on mechanical prop-erties of SiC fibre/LAS glass-ceramic matrix composite were investigated. Compositehot-pressed at 1200℃ and containing 30 v.
    本文通过 Nicalon SiC 纤维对铝硅酸锂(LAS)微晶玻璃的补强,发现 SiC 含量为30 v.
短句来源
    Experimental results show that the flexural modulus increases with the increases of the fibre content and length.
    实验表明,随着纤维含有量和纤维长度的增加,材料弯曲模量呈递增趋势。
短句来源
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  fibre content
The influence of the fibre content is reflected in the observed trends in peak loads, deflection at peak loads and toughness, which are in broad agreement with known behavioral patterns of SFRC.
      
As fibre content and penetrant size increase, the solvent uptake has been found to decrease due to the increased hindrance and good fibre-rubber interaction.
      
As the fibre content increased, the solvent uptake decreased, due to the superior solvent resistance of the fibre and good fibre-rubber interactions.
      
When the weight percentage of sisal fibre was increased in the total fibre content of the hybrid composites, the dielectric constant was found to increase.
      
Short bamboo fibre reinforced styrenated polyester composites were developed with varying fibre content.
      
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This paper discusses the rheological properties of CaCO3/UP and CaCO3-glass/UP sys-tyms respectively in which CaCO3 has been treated by coupling agents. The results indicate that the dispersion state of CaCO3 in CaCO3/UP system will change from a single particle state to aaccumulated group structure gradually, accompanying by the increase of CaCO3 content. The rheological properties of the system that consists of accumulated group structurescan be shown by the formula as to CaCO3-glass/UP system, itsrheological...

This paper discusses the rheological properties of CaCO3/UP and CaCO3-glass/UP sys-tyms respectively in which CaCO3 has been treated by coupling agents. The results indicate that the dispersion state of CaCO3 in CaCO3/UP system will change from a single particle state to aaccumulated group structure gradually, accompanying by the increase of CaCO3 content. The rheological properties of the system that consists of accumulated group structurescan be shown by the formula as to CaCO3-glass/UP system, itsrheological properties ate obviousiy affected by glass fibres, and there exists a loose structure that is mechanically formed between glass fibres. Casson equation can be used to charac-cterize this system so long as glass fibre content is small, and γ is less than 100s-1 . It is found that the different molecular structures on coupling agents and their different com-bination forms on the surface of CaCo3 will bring about different surface effects on the rheological properties of the systems.

本文由钛酸酯处理的CaCO_3/UP体系的流变特性,讨论了CaCO_3在体系中的分散状态;探讨了CaCO_3-GF/UP体系的流变特性及GF的分散结构,以及在CaCO_3 表面的偶联剂对CaCO_3-GF/UP体系流变特性的界面效应。

The microstructure of bamboo was investigated and correlated with the mechanical properties of this material under tensile and flexural stresses. The netural structure of bamboo was found to contain characte-ristics similar to fibre-reinforced composites; thick-walled fibrous cells of the filamentous,unidirectionally aligned vascular bundles were embedded within a matrix of soft and thin-walled parenchy-matous cells.The fibre content was non-uniformly distributed with- in the wall thickness and found...

The microstructure of bamboo was investigated and correlated with the mechanical properties of this material under tensile and flexural stresses. The netural structure of bamboo was found to contain characte-ristics similar to fibre-reinforced composites; thick-walled fibrous cells of the filamentous,unidirectionally aligned vascular bundles were embedded within a matrix of soft and thin-walled parenchy-matous cells.The fibre content was non-uniformly distributed with- in the wall thickness and found to accentuate from the interior to the exterior surface. Test bamboo strips were prepared from internodal sections by cutting into sectors and further splitting circumferentially into specimens of about 1 mm thick, the fibre contents of which were determined by inspection under a microscope. Under tensile stress, Young's modulus was linearly related to fibre content as well astensile strength. When bending stress was applied, a linear relation-ship was again found between the bending modulus and fibre densi-ty. The experimental information indicated the applicability of the rule of mixtures in the description of the mechanical properties of bamboo, which accorded well with those of fibre-reinforced compos-ite materials. In addition, this paper highlights the systematic var-iation of fibre diameter in bamboo and suggests that this natural de-sign may have implications in the manufacture of man-made fibre-reinforced composite materials.

采用显微观察、拉伸和弯曲等力学测试方法,研究了竹材的微观结构和力学特性的关系。提出两相纤维复合模型来描述竹材的结构和力学行为。实验数据与模型吻合良好。指出,竹材的结构对复合材料的设计有参考价值。

When pilch-base carbon fibre add in the polyethylene resin with different proportions(0-25 wt%), a new composite materials arc made. The change of heat resistance, mcchnical and electric properties of the composite materials arc studied. The results of experiments show that tensile strength, bend strength, bend modulus and heat deformation temperature of the composite materials are increased with the increase of carbon fibre content. On the contrary, the notch impact strength and the puncture voltage are...

When pilch-base carbon fibre add in the polyethylene resin with different proportions(0-25 wt%), a new composite materials arc made. The change of heat resistance, mcchnical and electric properties of the composite materials arc studied. The results of experiments show that tensile strength, bend strength, bend modulus and heat deformation temperature of the composite materials are increased with the increase of carbon fibre content. On the contrary, the notch impact strength and the puncture voltage are decreased.

作者将沥青基碳纤维作为增强纤维以不同比例(0~25%)加入到聚乙烯树脂中制成复合材料,并研究了这些复合材料的力学性能、电学性能及耐热性的变化规律。结果表明:碳纤维有显著的增强作用。随碳纤维比例的增大,该复合材料的拉伸强度、弯曲强度、弯曲模量及热变形温度均呈上升态势;而缺口冲击强度及击穿电压呈下降态势。碳纤维增强的结果将使该复合材料比聚乙烯有更宽的使用范围。

 
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