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纺织设备技术进步对非织造布品质与生产效率的影响
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作者 黄廷盛 《化纤与纺织技术》 CAS 2024年第8期139-141,共3页
随着纺织行业不断发展,纺织设备技术的进步对非织造布品质与生产效率的影响日益显著。文章通过对纺织设备技术的历史演变、非织造布市场需求及其在生产过程中的应用进行深入分析,探讨了先进纺织设备技术在提高非织造布强度、耐久性、功... 随着纺织行业不断发展,纺织设备技术的进步对非织造布品质与生产效率的影响日益显著。文章通过对纺织设备技术的历史演变、非织造布市场需求及其在生产过程中的应用进行深入分析,探讨了先进纺织设备技术在提高非织造布强度、耐久性、功能性、外观及手感方面的作用。通过具体数据对比,展示了自动化设备、智能控制系统等技术在提升生产效率、降低生产成本、优化质量控制方面的效果。纺织设备技术的进步不仅显著提升了非织造布企业的竞争力,还推动了行业的可持续发展。 展开更多
关键词 非织造布 纺织设备技术 可持续发展
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《纺织设备机电技术应用》课程的改革实践
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作者 陶新南 《纺织教育》 2001年第3期55-56,共2页
关键词 纺织设备机电技术应用》 课程改革 高等教育 教学内容 教学方法
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Effect of Inclined Water Jets on Tensile Strength of Bicomponent Hydroentangled Nonwoven Fabrics 被引量:1
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作者 MBWANA Suleiman Ndaro 靳向煜 +1 位作者 陈廷 郁崇文 《Journal of Donghua University(English Edition)》 EI CAS 2007年第3期413-418,423,共7页
The effects of inclined water jets on bicomponent hydroentangled fabrics were investigated. The PET/COPET and PA6/PET hydroentangled fabrics were made by using designed inclined water jet apparatus. Effects of basis w... The effects of inclined water jets on bicomponent hydroentangled fabrics were investigated. The PET/COPET and PA6/PET hydroentangled fabrics were made by using designed inclined water jet apparatus. Effects of basis weight, water jets inclination angle and water jet pressure were discussed. The comparison was made on the average tensile strength of fabrics made by perpendicular water jets (0^o inclination angle) and inclined water jets of 20^o with pressure levels of 3 bars and 7 bars. It was found that increases of water jet pressure, the fabrics tensile strength were increased. Furthermore, increases of water jets inclination angle, fabric tensile strength of 60 g/m^2 fabrics decreased while for 100 g/m^2 fabrics tensile strength increased. 展开更多
关键词 inclined wuter jets tensile strength h ydroentangledfabrics pie segmented fibers islands - in - the - sea fibers
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Prediction of Anthropometric Dimensions Based on Grey Incidence Analysis and ANFIS
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作者 丛杉 崔志英 张渭源 《Journal of Donghua University(English Edition)》 EI CAS 2007年第3期386-390,共5页
In order to select the efficient input variables of adaptive ncuro-fuzzy infence system (ANFIS)during the prediction anthropometric dimenions, grey incidence (GI) analysis, as a mastic method that ranks the sequen... In order to select the efficient input variables of adaptive ncuro-fuzzy infence system (ANFIS)during the prediction anthropometric dimenions, grey incidence (GI) analysis, as a mastic method that ranks the sequence of of lots of variables in complicated factors has been applled.According to the prediction accuracy (A) between the predicted values and actual measured values, the ANFISG1 model with the parameters selected by using the GI analysis were more correct and effective than those done by multiple regression model and the model with input parmeters nonelected. The model prediction accuracy △Regrauskn= 0.804 7〈 △ANE3CI=0.9725, which proves the nodel with few parameters is more correct and effective than the other merits. 展开更多
关键词 anthropometric dimensions GI ANFIS prediction approach
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