
摘
要:Janus颗粒作为一种在形貌或者结构上非中心对称的材料,因其在可控分子识别和自组装等领域的优良特性,受到研究者的广泛关注。常见的制备Janus颗粒的方法有固定化技术、微流体技术、Pickering乳液法以及相分离法等。随着研究的深入,开发Janus颗粒的新型制备技术并且拓宽其应用范围,仍然是材料科学领域中颇具挑战性的工作。本文总结了近年来Janus颗粒在制备及应用方面的研究进展,为进一步研究Janus颗粒提供参考。
Abstract:In recently years, Janus particles as a morphological and
structural noncentrosymmetry functional material have been extensively studied
due to their unique properties on controlling molecular recognition and
self-assembly processes. Many strategies have been developed for the
preparation of Janus particles. These include immobilization technology,
microfluidics technology, Pickering emulsion method, phase separation method
and so on. Developing and expanding some novel preparation technologies and
applications of Janus particles, which are some of the more intriguing and
challenging aspects of current materials science. In this paper, the progress
of preparation and application of Janus particles are reviewed to provide some
references for the further research.
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