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Freestanding Polymer Crystalline Layers of Subnanometer Order

Author:
Li, Junjiang, Lu, Jun, Deng, Chang, Jin, Zhenkang, Du, Min, Liu, Hewen
Source:
Macromolecules 2019 v.52 no.15 pp. 6018-6024
ISSN:
1520-5835
Subject:
crystals, polymers, silicon
Abstract:
Forming freestanding 2D crystals with intrinsically disordered polymer materials is an important and challenging goal in various fields. Here, we show a convenient method to prepare freestanding polymer crystalline layers with a single polymer in one step. We find that the cyclo-polymethacrylate with bis-dimethylsiloxane side groups (pbMA) forms a layer structure spontaneously on a water surface and the bis-dimethylsiloxane side groups form a 2D hexagonal crystal (a = b = 5.4 Å, γ = 120°) in the layers. Because of the significance of silicon materials in microelectronics, we anticipate that the method has potential applications in fields such as microelectronics and high-performance sensors.
Agid:
6564206