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Prediction of core bulk using OFDA instruments.

机译:使用OFDA仪器预测堆芯。

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The compressibility of a mass of unprocessed wool fibres, termed bulk, is positively related to yarn bulk, and carpet wear resistance and appearance retention of carpets produced from that fibre. As wool bulk is positively related to the dimensional measurements of fibre diameter and fibre curvature it is possible to predict wool bulk from measurements of these characteristics. A series of experiments have shown the best predictor (R2=85%) of core bulk to be a model containing loge transformation of mean fibre diameter, mean fibre curvature, (mean fibre curvature)2 and small blob percentage derived from an OFDA100 instrument. If a field measurement of greasy wool was required the best predictor (R2=84%) of core bulk was a model containing loge transformation of mean fibre diameter, mean fibre curvature, (mean fibre curvature)2 and small blob percentage derived from OFDA2000 measurements where the staple was restrained in a wire slide. A number of simpler models were capable of producing significant predictions of core bulk (R2
机译:未加工的羊毛纤维块的可压缩性(称为膨松度)与纱线膨松度以及由该纤维生产的地毯的耐磨性和外观保持力呈正相关。由于羊毛膨松度与纤维直径和纤维曲率的尺寸测量值呈正相关,因此可以通过测量这些特性来预测羊毛膨松度。一系列实验表明,最佳的预测指标(R 2 = 85%)是一个模型,其中包含平均纤维直径,平均纤维曲率, (平均纤维曲率) 2 和来自OFDA100仪器的小斑点百分比。如果需要现场测量油腻羊毛,则最好的预测核心芯体积的指标(R 2 = 84%)是一个模型,该模型包含平均纤维直径,平均纤维的log e 变换弯曲度(平均纤维弯曲度) 2 和较小的斑点百分比(由OFDA2000测量得出),其中订书钉被限制在金属丝滑道中。使用实验室或现场测量,许多较简单的模型都能够对堆芯的体积(R 2

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