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Nanostructures and adhesion in natural rubber: new era for a classic

机译:天然橡胶的纳米结构和附着力:经典的新时代

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摘要

Natural rubber is obtained from Hevea brasiliensis, a tree that is native from the Amazon forest. It has been economically important for the past 150 years and it has also been a rich source of learning on polymers and polymeric materials. Its outstanding properties and advantages over synthetic rubbers have attracted the attention of many researchers that unraveled many contributing factors. Now, it is clear that natural rubber is a complex nanostructured material formed by poly(cis-1,4-isoprene), protein, phospholipids and a host of mineral minor components. Contribution of the authors to knowledge on natural rubber is reviewed in this paper and it opened the way to develop a host of new nanocomposites, using mild, green processes, within a new paradigm for the fabrication of materials derived from renewable sources.
机译:天然橡胶得自巴西橡胶树,这是一种来自亚马逊森林的树。在过去的150年中,它在经济上一直很重要,并且它也是有关聚合物和聚合物材料的丰富学习资源。它的优异性能和优于合成橡胶的优势吸引了众多研究人员的注意力,这些研究人员揭示了许多促成因素。现在,很明显,天然橡胶是由聚(顺-1,4-异戊二烯),蛋白质,磷脂和多种矿物质次要成分形成的复杂的纳米结构材料。本文对作者对天然橡胶知识的贡献进行了综述,它为在可再生来源的材料制造的新范式下使用温和的绿色工艺开发许多新型纳米复合材料开辟了道路。

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