纱线强度主要是包缠纤维比例的函数。
Yarn strength mainly is a function of the proportion of the wrapping fibers.
纱线比其包含的纤维的联合强度要大，因为纤维通过联合作用共同承担外界负荷。
The yarn is stronger than the individual fibers since the fibers act in concert to support a load.
通过数据计算和比较分析，研究了纤维原料、纱线类型(股线纱或单丝纱)和纱线总根数对织物强度的影响。
By comparing and analyzing to the data, the effects of raw, types of yarn (single or folded yarn) and total number of yarn on strength were studied.
高强度的纱线要求有相当大的捻度，但是超过最佳捻度后，附加的捻度会使纱线扭结，最终降低纱线的强力。
Strong yarns require considerable twist. However, beyond an optimum point additional twist will cause yarns to kink and finally to lose strength.
介绍了纱线毛羽的测试与评定方法。纱线毛羽与纱线的均匀度、断裂强度等指标都有关系。
Introduce many test and assess means about yarn hairiness, yarn hairiness is related to yarn evenness and breakdown strength.
分析结果表明纤维长度会对纱线性能，如断裂强度和断裂伸长率产生影响。
The conclusion is that the fiber length actually made a remarkable impact on the quality of MVS yarns, such as the rupturing intensity and elongate ratio.
分析结果表明纤维长度会对纱线性能，如断裂强度和断裂伸长率产生影响。
The conclusion is that the fiber length actually made a remarkable impact on the quality of MVS yarns, such as the rupturing intensity and elongate ratio.
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