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首页> 外文期刊>Indian Journal of Fibre & Textile Research >Physical properties and weavability of different types of knot with jute yarns
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Physical properties and weavability of different types of knot with jute yarns

机译：黄麻纱线不同类型结的物理性质和可编织性

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摘要

The tensile properties, thickness and weavability (in terms of beat-up tension at weaving) of seven different knots with jute yarns of three different counts have been studied. It is observed that dog knot is the poorest in all respect, although it is extensively used at various stages prior to jute weaving. The overall performance of weaver's knot, used invariably in weaving, is fairly good. Barrel and Fisherman's knots, the latter of SZ and SS variants, are better than dog knot but inferior to weaver's knot. Both the SS and SZ variants of double-harness bend, a new knot yet to be used in textile processing, have been found to have the minimum thickness and very high breaking strength and show superior weavability compared to others. As such, the double-harness bend can be considered to be the most suitable for joining the yarns. No slippage or loss in tail length of any knot has been observed at any stage.
机译：研究了三种不同支数的黄麻纱的七个不同结的拉伸特性，厚度和可编织性（根据编织时的拍打张力）。可以看出，尽管在黄麻编织之前的各个阶段广泛使用狗结，但从各个方面来看，狗结都是最差的。编织中始终使用的编织结的整体性能相当好。 SZ和SS变体的后者为桶状和渔人结，比狗结更好，但不及编织者的结。双线束弯曲的SS和SZ变体（一种尚未在纺织品加工中使用的新结）已发现具有最小的厚度和非常高的断裂强度，并且与其他产品相比，具有出色的可编织性。这样，可以认为双线束弯曲最适合于连接纱线。在任何阶段均未观察到任何打结的打滑或尾部长度损失。

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