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Theoretical and Practical Analysis of Fiber Blend Model in Gray Spun Yarn

机译:灰色纺纱中纤维混纺模型的理论与实践分析

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The final color of blend yarns is dependent on the proportion of the various colored fibers used in colored spun yarns. How to scientifically and effectively quantify the relationship between the proportion of different colored fibers and the color of the yarn is a major problem hindering the development of color spinning technology. This paper suggests three methods for analyzing and comparing the color of gray spun yarns. A color match software, Datacolor Match, was used to calculate a recipe simulating the match of dyes; the a predicting formula based on color mixing model of Kubelka-Munk (K-M) double-constant theory for fiber blends was established. Finally, the colored fiber formula based on the known reflectance curve was calculated according to the relationship between the reflectance value of gray spun yarn and proportion of colored fiber present. This work provides an understanding of colored spun yarn fabrication.
机译:混纺纱的最终颜色取决于有色纺纱中使用的各种有色纤维的比例。如何科学有效地量化不同颜色纤维的比例与纱线颜色之间的关系是阻碍彩色纺丝技术发展的主要问题。本文提出了三种分析和比较灰色短纤纱颜色的方法。使用颜色匹配软件Datacolor Match来计算模拟染料匹配的配方。建立了基于Kubelka-Munk(K-M)双常数理论的纤维混纺颜色混合模型的预测公式。最后,根据灰纺纱的反射率值与存在的有色纤维比例之间的关系,计算出基于已知反射率曲线的有色纤维配方。这项工作提供了对彩色纺纱制造的理解。

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