Medical and hygiene textiles: Electrospinning superabsorbents

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Medical and hygiene textiles: Electrospinning superabsorbents

机译：医疗和卫生纺织品：静电纺丝超吸收剂

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Electrospinning water-soluble polymers containing photo-curable groups and subjecting the extruded material to ultraviolet (UV) radiation produces crosslinked superabsorbent nano-scale fibres suitable for use in hygiene products, according to International Patent Publication WO 2014/053345. In the patent, Process for Producing Water-Absorbing Polymer Fibres, BASF SE of Ludwigshafen, Germany, says its method overcomes a number of disadvantages associated with existing techniques, which use conventional crosslinking agents; for instance, the tendency of conventional crosslinkers to undergo intermolecular addition reactions and problems resulting from the polymer's restricted solubility influence the effectiveness of the crosslinking, ultimately to the detriment of the solubility and absorption properties of the fibres.

机译：根据国际专利公开WO 2014/053345，含有光可固化基团的电纺水溶性聚合物并使挤出的材料经受紫外线（UV）辐射，产生了适用于卫生产品的交联的超吸收纳米级纤维。在德国路德维希港的BASF SE的专利中，吸水性聚合物纤维的生产方法中说，该方法克服了与使用传统交联剂的现有技术相关的许多缺点。例如，常规交联剂发生分子间加成反应的趋势以及由聚合物的有限溶解性引起的问题影响了交联的有效性，最终损害了纤维的溶解性和吸收性能。

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《Advances in Textiles Technology》 |2014年第8期|5-6|共2页
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4. Electrospinning Micro- to Nano-fibrous Natural and Synthetic Biomedical Textiles [C] . Catherine P. Barnes, Gary L. Bowlin International Conference on Advanced Fibers and Polymer Materials(ICAFPM 2005) vol.2; ICAFPM 2005 vol.2; 20051019-21; 20051019-21; Shanghai(CN); Shanghai(CN) . 2005

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8. Scientific conference of the Institute of Industrial Hygiene and Occupational Diseases, Academy of Medical Sciences USSR, on Heat Exchange Physiology and Industrial Microclimate Hygiene. [R] . 1960

机译：苏联医学科学院工业卫生与职业病研究所科学会议，关于热交换生理学和工业小气候卫生。

Medical and hygiene textiles: Electrospinning superabsorbents

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