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Polymeric Janus Particles

机译:聚合Janus颗粒

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摘要

Since de Gennes' Nobel lecture in 1991, in which he coined the term "Janus grains", research into asymmetric particles has boomed. Macroscopic, microscopic and nanoscopic particles have been prepared in which certain parts of their surface differ in chemical composition, polarity, color, or any other property. Spherical, cylindrical, disc-like, snowman-, hamburger-, and raspberry-like structures have been synthesized from organic or inorganic materials or even as hybrids of both. Synthetic strategies towards such particles vary greatly from simple polymer mixtures to the bulk self-assembly of sophisticated terpolymers to immobilization methods of symmetric particles. Polymeric Janus particles are particularly promising, as they can often be prepared cheaply and sometimes even on larger scales.
机译:自1991年de Gennes在诺贝尔奖演讲中创造了“ Janus晶粒”一词以来,对不对称粒子的研究蓬勃发展。已经制备了宏观,微观和纳米粒子,其中它们的表面的某些部分在化学组成,极性,颜色或任何其他性质上不同。球形,圆柱形,盘状,雪人状,汉堡状和覆盆子状结构是由有机或无机材料合成的,甚至是两者的混合物。从简单的聚合物混合物到复杂的三元共聚物的本体自组装再到对称颗粒的固定方法,针对此类颗粒的合成策略差异很大。聚合的Janus颗粒特别有前途,因为它们通常可以廉价地制备,有时甚至可以大规模制备。

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