Unevenness of geometry and structure Of synthetic fibres and methods for evaluation Of dispersion of mechanical properties

Ujhelyiova A.; Marcincin A.

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Unevenness of geometry and structure Of synthetic fibres and methods for evaluation Of dispersion of mechanical properties

机译：合成纤维的几何形状和结构的不均匀性以及评价机械性能的方法

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The optimum deformation gradient of technical PET fibres for estimation of the structural and geometric unevenness is at the minimum value of A_real/A_theor, which corresponds to the maximum value of the standard deviation and variation coefficient. The variation coefficient of the diameter of blend PP/PET fibres (geometric unevenness) is directly Proportional to the variation coefficient of the break Elongation of these fibres.

机译：用于估计结构和几何不平度的工业PET纤维的最佳变形梯度为A_real / A_theor的最小值，该最小值对应于标准偏差和变异系数的最大值。 PP / PET混合纤维直径的变化系数（几何不均匀度）与这些纤维的断裂伸长率的变化系数成正比。

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《Vlakna a Textil》 |2000年第4期|p.184-188|共5页
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Ujhelyiova A.; Marcincin A.;
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正文语种 eng
中图分类纺织工业、染整工业;
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Unevenness of geometry and structure Of synthetic fibres and methods for evaluation Of dispersion of mechanical properties

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