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Crystalline colloidal arrays from the self-assembly of polymer microspheres

机译:聚合物微球自组装的结晶胶体阵列

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摘要

Various polymer microspheres have demonstrated their ability to form crystalline colloidal arrays in relatively concentrated suspensions. The behaviors of such structures are closely related to the characteristics and properties of the microspheres, which could be easily tuned with the choice of monomers and the polymerization procedure. Three commonly used kinds of microspheres are reviewed here: charged hard microspheres, microgels and core-shell particles with a hydrogel shell. The light diffraction displayed by the resulting crystalline colloidal arrays has triggered an increasing interest for potential applications such as optical switches and biosensors.
机译:各种聚合物微球已证明它们能够在相对浓缩的悬浮液中形成晶体胶体阵列。这种结构的行为与微球的特性和性质密切相关,可以通过选择单体和聚合过程轻松地调节微球的特性和性质。这里回顾了三种常用的微球:带电的硬微球,微凝胶和带有水凝胶壳的核壳颗粒。所得晶体胶体阵列显示的光衍射引发了人们对诸如光学开关和生物传感器等潜在应用的兴趣。

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