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首页> 外文期刊>Polymer Degradation and Stability >Biodegradability Of Poly(butylene Succinate) (pbs) Composite Reinforced With Jute Fibre
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Biodegradability Of Poly(butylene Succinate) (pbs) Composite Reinforced With Jute Fibre

机译:黄麻纤维增强聚丁二酸丁二醇酯(pbs)复合材料的生物降解性

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摘要

Poly(butylene succinate) (PBS)/jute composites were prepared, and the effects of fibre content, diameter, surface modification and arrangement forms on the biodegradability were evaluated by compost-soil burial test. The weight losses of PBS/jute composites are higher than that of pure PBS film and bulk jute fibre, and decreased with increasing fibre content. The weight loss of PBS/10% jute composite after 180 days is 62.5%. In the case of the effect of fibre diameter, the weight loss is found to decrease with decreasing fibre diameter. For the effect of fibre surface modification, the order of higher weight loss is PBS/untreated jute > PBS/alkali treated jute > PBS/coupling agent treated jute. Furthermore, the composite of PBS/woven fabric has the highest weigh loss, followed by that of PBSonwoven fabric and PBS/bulk jute fibre, respectively.
机译:制备了聚丁二酸丁二醇酯(PBS)/黄麻复合材料,并通过堆肥土掩埋试验评价了纤维含量,直径,表面改性和排列形式对生物降解性的影响。 PBS /黄麻复合材料的重量损失高于纯PBS薄膜和块状黄麻纤维的重量损失,并且随着纤维含量的增加而降低。 180天后PBS / 10%黄麻复合材料的重量损失为62.5%。在纤维直径影响的情况下,发现重量损失随着纤维直径的减小而减小。对于纤维表面改性的效果,较高的重量减轻顺序是PBS /未处理的黄麻> PBS /碱处理的黄麻> PBS /偶联剂处理的黄麻。此外,PBS /织物的复合材料的重量损失最高,其次是PBS /非织物的复合材料和PBS /黄麻纤维的复合材料。

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