纤维强度

用Weibull评价表面处理对玻璃纤维强度影响

Evaluation of the Effect of Interfacial Treatment on Glass Fiber Strength Using Weibull Theory

F-12纤维强度转化率提高约9.4%。

The percentage translation of F-12 aramid fiber strength increases by 9.4 % .

用改进的Weibull方法分析纤维强度的长度效应

Length Effect of Fiber 's Strength Analyzed by Modified Weibull Method

用Weibull统计方法来评价上浆对炭纤维强度的影响

Evaluation of effect of sizing on carbon fibre strength with Weibull statistical method

不同拉伸条件下基于Weibull模型的粘胶基碳纤维强度分布研究

Study on strength distribution based on Weibull model for rayon-based carbon fibers at various draft ratios

提高F-12芳纶纤维强度转化率的研究

Study on Improving Strength Percentage Translation of F-12 Aramid Fiber

随CHDM含量的增加，共聚酯结晶性能下降，纤维强度下降。共聚酯纤维具有优异的弯曲回弹性和染色性能，且随CHDM含量的增加而提高。

The crystallization ability of PETG copolyester and its fiber strength decrease with the increasing of CHDM content .

抗虫组合的纤维强度、整齐度、马克隆值、比强度及伸长率与非抗虫对照CK1比较，优势不明显；

Heterosis of fiber length , fiber uniformity , micronaire , fiber strength , elongation rate showed little significant deviation respectively comparing to CK1 .

涤纶短纤维强度变异系数的影响因素

Effective factors on the strength variable coefficient of polyester staple fiber

脱胶过程中四个因素对亚麻纤维强度的影响

Effect of four factors in degumming on fibre strength of flax

界面相多重开裂对纤维强度的影响

Influence of multiple cracking in interphase on the strength of fibers

Fv/Fo与纤维强度的相关系数相对较大；

Fv / Fo with fiber intensity is relatively higher ;

棉花纤维强度及其形成机制

The cotton fiber strength and it 's getting mechanism

棉纤维强度与皮棉产量的负相关性研究

Studies on the negative correlation between fiber strength and lint yield in cotton

碳纤维强度的计算机研究

Computer studies on the strength of carbon fibers

不同杂交世代棉花纤维强度及主要经济性状的遗传研究

Genetic relationships between fiber strength and major economic characters in different generations in Upland Cotton

玻璃纤维强度的影响因素

The factors influencing the glass fiber strength

系统地研究了干湿法纺丝工艺条件对纤维强度的影响。

The effect of dry-jet wet spinning conditions on the fiber tenacity was systematically studied .

碳纤维强度的WE1BULL分析理论

Weibull Analysis of Carbon Fibres Strength

碳纤维强度主要是纤维中弥散分布的小晶区做出的贡献；

The little crystal zone distribution which is dispersed contributes to the tensile strength of carbon fibers .

筛分律与混和律及其在纤维强度分析中的应用

The screening law and the mixing law and their application in statistical analysis of strength of fibres

这种酶液进行生物漂白不会造成纤维强度等性质的下降。

Cellulase-free MnP activity was beneficial to bio-bleaching because the strength of fiber could not be affected .

硼/铝复合丝材热暴露对其增强纤维强度的影响

Effect of Thermal Exposure of B / Al Composite Wires on the Strength of the Fibre Reinforcement

拔出强度提高5倍左右；纤维强度损失10%左右。

Evulsion strength improves by 5 times and the fiber strength lose by 10 % or so .

基体强度和纤维强度分布对B/Al复合材料拉伸断裂特性的影响

Effect of Matrix Strength and Fiber Strength Distribution on Tensile Fracture Behavior of B / A1 Composites

纤维强度与纤维长度、整齐度、麦克隆值呈加性正相关。

The additive positive correlations of fiber strength with fiber length and uniformity and micronaire value were significant .

对纺丝流程中空气层的工艺作用进行了详细讨论，研究结果表明：空气层的存在和喷头拉伸比对提高纤维强度起着重要的作用。

The ( results ) showed that the air gap and draw down ratio played important roles in the modification .

本文对成熟棉样纤维素含量与纤维强度的关系进行了分析，并用~8H标记法研究了纤维素沉积速度对纤维强度的影响。

The relationship between cellulose content of the normal mature fiber of cotton and its fiber strength had been analysied .

细胞内记录动作电位测定蛙单根有髓神经纤维强度&时间关系

Detection of the strength-duration relationship for threshold stimulation in frog single myelinated nerve fiber by intracellular recording of action potential

纤维强度和马克隆值主要受温度、日照时数和相对湿度的影响。

Fiber strength and Micronaire value were mostly influenced by the temperature , the hour of sunlight and the relative humidity .