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首页> 外文期刊>Brazilian journal of chemical engineering >Investigation of paper dryer picking, web transfer and quality issues using a new web adhesion and drying simulator
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Investigation of paper dryer picking, web transfer and quality issues using a new web adhesion and drying simulator

机译:使用新的纸幅粘合和干燥模拟器调查纸机的拾取,纸幅传输和质量问题

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Paper dryer surface contamination can influence the severity of fiber picking, result in increased adhesion of the paper web to the surface, and impact the severity of cockle (out-of-plane deformation), a paper quality issue. The Web Adhesion and Drying Simulator (WADS) is a unique apparatus designed for investigation of paper sticking and fiber picking. Using the WADS, it has been found that the work of separation and amount of picking depend on roll surface material, contamination and temperature, and on the composition, moisture content and temperature of the web, and contact time. The WADS was also found to be convenient for studying the effect of drying conditions on severity of cockle. Cockle was found to depend on ingoing sheet solids content, surface temperature and degree of heat transfer non-uniformity.
机译:纸干燥机表面的污染会影响纤维拾取的严重程度,导致纸幅与表面的粘附力增加,并会影响折皱的严重程度(面外变形),这是纸张质量问题。纸幅粘合和干燥模拟器(WADS)是一种独特的设备,专门用于研究纸张粘着和纤维拾取。使用WADS,发现分离工作和拾取量取决于辊表面材料,污染和温度,以及组成,幅材的含水量和温度以及接触时间。还发现WADS方便用于研究干燥条件对鸟蛤严重程度的影响。发现鸟蛤取决于进入的片材固体含量,表面温度和传热不均匀程度。

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