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首页> 外文期刊>AATCC Journal of Research >Laboratory Ginning and Blending Impacts on Cotton Fiber Micronaire Measurements
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Laboratory Ginning and Blending Impacts on Cotton Fiber Micronaire Measurements

机译：实验室轧花和混纺对棉纤维马克隆值测量的影响

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摘要

For boll or small quantity seed cotton samples, fiber samples can be prepared by laboratory ginning methods, such as hand ginning (HG), laboratory-scale saw ginning (SG), and roller ginning (RG). Fiber blending is sometimes performed, which can impact fiber surface appearance. Interest was expressed on the impact of blending and laboratory ginning methods on Uster High Volume Instrument (HVI), Fibronaire, and near infrared (NIR) micronaire measurements. Blending impacts were slight but discernable by NIR only. Very good lint yield agreement was observed between the ginning methods (42-45%). Laboratory ginning impacts on the measured micronaire results were small, with between measurement method and between gin method agreements established. Thus, the use of any of the evaluated gin methods would yield acceptable and comparable micronaire results.
机译：对于棉铃或少量籽棉样品，可以通过实验室轧花方法制备纤维样品，例如手工轧花（HG），实验室规模的锯齿轧花（SG）和辊式轧花（RG）。有时会进行纤维混纺，这会影响纤维表面外观。人们对混合和实验室轧花方法对乌斯特高容量仪器（HVI），纤维细度计和近红外（NIR）细线测定法的影响表示了兴趣。混合影响很小，但仅可通过NIR识别。在轧花方法之间观察到非常好的皮棉产量一致性（42-45％）。实验室轧花对测得的马克隆值结果的影响很小，在测量方法之间和轧花方法协议之间均已建立。因此，使用任何一种评估的杜松子酒方法都会产生可接受的和可比较的马克隆值结果。

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