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首页> 外文期刊>Textile Research Journal >Structure and Properties of MVS Yarns in Comparison with Ring Yarns and Open-End Rotor Spun Yarns
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Structure and Properties of MVS Yarns in Comparison with Ring Yarns and Open-End Rotor Spun Yarns

机译:MVS纱线的结构和性能与环锭纺纱和开式转子纺纱的比较

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摘要

The structure and properties of Murata vortex spun yarns are investigated and compared with ring and open-end rotor spun yarns. Cotton yarns are spun from the same lot of Australian raw cotton fibers using the Murata vortex, ring, and open-end rotor spinning methods. Yarn structures are observed with an optical microscope equipped with a digital camera. Based on the digitized photographs, fiber arrangements are classified as wild, wrapper-wild, wrapper, belly-band, and core. Yarn diameter, yarn helix angle, wrapper fiber pitch, wrapper fiber crest, wrapper fiber length for a one-turn twist, and wrapper fiber helix angle to the yarn axis are examined, and yarn parameters such as tenacity, evenness, and hairiness are evaluated. The mechanical properties of dry relaxed yarns are measured with Kawabata Evaluation System instruments. Attempts are made to relate yarn structure differences to differences in the yarn formation mechanism for the three spinning methods. The differences in measured yarn properties such as evenness, hairiness, bulkiness, tenacity, compression properties, and bending properties can be explained by the observed differences in the yarn structure.
机译:研究了村田涡旋纺纱的结构和性能,并与环锭纺和开口纺纱进行了比较。棉纱是使用Murata涡旋,环形和开放式转杯纺纱方法从相同批次的澳大利亚原棉纤维中纺出的。用配备有数码相机的光学显微镜观察纱线结构。根据数字化的照片,纤维排列方式分为野生型,包裹型,野生型,包裹型,腹带型和核心型。检查纱线直径,纱线螺旋角,包缠纤维的节距,包缠纤维的波峰,一圈捻的包缠纤维的长度以及包缠纤维相对于纱线轴线的螺旋角,并评估纱线参数,如强度,均匀度和毛羽。干松弛纱线的机械性能用Kawabata Evaluation System仪器测量。尝试将三种纺纱方法的纱线结构差异与纱线形成机理的差异联系起来。所测得的纱线性能如均匀度,毛羽,蓬松度,韧性,压缩性能和弯曲性能的差异可以通过观察到的纱线结构差异来解释。

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