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Upgrading the chemistry of pi-conjugated polymers toward more sustainable materials

机译:将PI缀合聚合物的化学改进更可持续材料

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摘要

While organic electronics are ubiquitous in our daily lives, studies dealing with their environmental impact or their sustainability are scarce. Indeed, their preparation often requires hazardous conditions along with multi-step synthesis and purification reactions in order for them to be appropriately fabricated from refined petroleum products. Nevertheless, in the past decade, there have been numerous alternative synthesis pathways trying to take into account the amount of residual transition metals, side products and the number of steps required for the preparation of p-conjugated polymers. This review manuscript not only provides such alternative routes to p-conjugated polymers but also puts emphasis on the extraordinary wealth of monomers that can be extracted or converted from biomass and used in the formation of sp(2)-carbon based (co)polymers.
机译:虽然有机电子在我们的日常生活中普遍存在,但处理其环境影响或其可持续性的研究是稀缺的。 实际上,它们的制备通常需要危险条件以及多步合成和净化反应,以便它们适当地由精制的石油产品制造。 然而,在过去的十年中,有许多替代的合成途径试图考虑到残留过渡金属,侧产物和制备P缀合聚合物所需的步骤数量的替代合成途径。 本综述手稿不仅为P缀合的聚合物提供了这种替代路线,而且还强调了可以从生物质中提取或转化的单体的非凡的单体,并用于形成SP(2) - 碳基(CO)聚合物的形成。

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