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Modification of starch by graft copolymerization

机译:接枝共聚改性淀粉

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摘要

Research toward bio-based and biodegradable polymers has received a lot of attention these last years, due to environmental concerns and the need to replace fossil resources. Starch is in this frame an interesting starting material due to its abundance and low cost. Native starch displays however, poor mechanical properties and is highly hydrophilic. New starch-based thermoplastic materials can be prepared to overcome these drawbacks by chemical modification, and notably graft copolymerization. A large range of polymers can be grafted on starch by ring-opening and radical polymerizations of various monomers in order to modulate the properties of the final product. Polymers can also be directly grafted onto starch using coupling strategies. This review presents the state of the art in the field.
机译:对生物和可生物降解的聚合物的研究在过去几年中受到了很多关注,由于环境问题,需要取代化石资源。 淀粉在该框架中,由于其丰富和低成本,具有有趣的起始材料。 然而,天然淀粉显示,机械性能差,是高度亲水性的。 可以制备新的基于淀粉的热塑性材料来通过化学改性克服这些缺点,并且尤其是接枝共聚。 通过各种单体的开环和自由基聚合可以在淀粉上嫁接大量聚合物,以调节最终产物的性质。 聚合物也可以使用偶联策略将聚合物直接接枝到淀粉上。 这篇评论介绍了该领域的最先进。

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