Abstract—

This review examines the state of art in research aimed at the development of electronic paper (electronic ink, e-ink), namely, the general principles to design a colloidal system with desired properties, having sedimentation and aggregate stability, consisting of a dispersed phase (reverse-micellar nanoreactors based on pigments) and a dispersion phase (nonpolar solvent/surfactant). More specifically, the subject matters of the review are: general methods and approaches used in the synthesis and modification of colloidal pigment particles; the electrophoretic properties of various dispersion systems comprising these particles (one-, two-, and three-color e-inks), which depend on the size of modified pigments, their zeta potentials, electrophoretic mobility, the presence of surfactants, dispersants, and emulsifiers; the chemical, physicochemical, and physicomechanical methods for microencapsulation of ink dispersions; and methods for manufacturing electrophoretic cells, including those used in micron-level cell design.

中文翻译：

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电泳显示器电子墨水的化学与制造技术（综述）

摘要-

这篇综述审查了旨在开发电子纸（电子墨水，电子墨水）研究的最新技术，即设计具有所需特性，具有沉降和聚集体稳定性，由分散相组成的胶体体系的一般原理。 （基于颜料的反胶束纳米反应器）和分散相（非极性溶剂/表面活性剂）。更具体地说，本综述的主题是：用于胶体颜料颗粒的合成和改性的一般方法和方法；包含这些粒子（一种，两种和三种颜色的电子墨水）的各种分散体系的电泳性能，这取决于改性颜料的大小，它们的zeta电位，电泳迁移率，表面活性剂，分散剂和乳化剂 化学，物理化学，油墨分散体微囊化的物理机械方法；以及用于制造电泳池的方法，包括用于微米级池设计的电泳池。