Relation Between Twist and Abrasion Resistance of Rotor Yarns Part I: Cotton Yarns, Viscose, and Acrylics
Relation Between Twist and Abrasion Resistance of Rotor Yarns Part I: Cotton Yarns, Viscose, and Acrylics
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转杯纱捻度与耐磨性的关系第一部分：棉纱、粘胶纱和腈纶纱
DOI：
10.1177/004051758305300801
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发表时间：
1983
期刊：
影响因子：
--
通讯作者：
A. Manich
中科院分区：
文献类型：
--
作者：
A. Barella;A. Manich
研究了棉纱、粘胶纱和腈纶纱的捻度与耐磨性的关系。与其他参数（如抗拉伸性和抗重复拉伸性）相反，棉花的最大阻力对应于高捻度值，而人造纤维的捻度值相对较低)，在耐磨性方面，所有纤维都有一个趋势，即捻度最高的纤维产生最高的耐磨性值。在最大强度条件下，线密度相同、相对载荷相同的棉纱的耐磨性高于所研究的人造纤维的耐磨性。
The relation between twist and abrasion resistance of rotor yams of cotton, viscose, and acrylics was studied. Contrary to what occurs with other parameters such as tensile resistance and resistance to repeated extensions, for which maximum resistance corresponds to high values of twist for cotton and to quite lower twists for manmade fibers, there is, for abrasion resistance, one tendency in all fibers to yield the highest values of abrasion resistance for the highest twists. Cotton yams of the same linear density and the same relative applied load in conditions of maximum strength present higher values of abrasion resistance than yams of the manmade fibers studied here.