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Introductory Study of Structures of Cotton Motes and Mote Fibers

机译:棉尘和尘纤维结构的初步研究

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摘要

Abnormalities in cotton fibers and seed formation produce materials that cause defects during production of textiles. The source of some of these defects has been traced to motes and mote, or undeveloped, fibers. Structures of motes and mote fibers are shown using light and electron microscopy. Bolls collected from normal, stressed, and diseased plants are compared for numbers and kinds of motes. Small motes are difficult to separate from fiber bundles after boll opening. Large motes have undeveloped embryos and break apart more readily than do normally developed seeds. Mote fibers may develop into long, hollow tubes without secondary cellulose layers. These flat fibers contain little cellulose compared to fully developed fibers. Both the chemical and physical structures of motes and mote fibers contribute to defects in textile products.
机译:棉纤维和种子形成的异常会导致在纺织品生产过程中造成缺陷的材料。其中一些缺陷的根源可追溯到尘埃和尘埃或未发育的纤维。微粒和微粒纤维的结构使用光镜和电子显微镜观察。比较从正常,受压和患病植物中收集的棉铃的微粒数量和种类。棉铃打开后,小颗粒很难从纤维束中分离出来。大的尘埃具有未发育的胚胎,比正常发育的种子更容易破裂。微粒纤维可能发展成长的空心管,而没有次级纤维素层。与完全显影的纤维相比,这些扁平纤维几乎不含纤维素。尘埃和尘埃纤维的化学和物理结构都会造成纺织品产品的缺陷。

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