Functionalities enhancement by an anisotropic strain competition

  • Zhang, X. D.
  • Shi, Y.
  • Dho, Joonghoe
  • Kwon, Daeyoung
  • Kim, Bog G.
  • ... Jung, Myung-Hwa
  • 외 11명
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초록

It is generally believed that epitaxial thin films are subject to compressive strain by the nearest layer with a smaller lattice constant or to tensile strain by the nearest layer with a larger lattice constant. Our experimental and theoretical results show that the above viewpoint is not always effective if the interface is anisotropic in the plane. We propose a novel strain mechanism that takes into account the pre-strain state as a key factor rather than considering only the lattice mismatch. Therefore, this anomalous strain model is potentially important for various multifunctional devices based on strain coupling.

키워드

Functionalstrain relationshipsurface reactionthin filmsMISFIT RELAXATION MECHANISMSFERROELECTRIC THIN-FILMSDOMAIN FORMATIONCONFIGURATIONSDIODES
제목
Functionalities enhancement by an anisotropic strain competition
저자
Zhang, X. D.Shi, Y.Dho, JoonghoeKwon, DaeyoungKim, Bog G.Park, SungminJung, Myung-HwaKwon, HyosangHwang, JihwanPark, GwangseoXing, H. Z.Lin, T.Meng, X. J.Huang, Z. M.Zhu, X. T.Bai, W.Chu, J. H.
DOI
10.1080/00150193.2021.1980342
발행일
2021-10-26
유형
Article
저널명
Ferroelectrics
583
1
페이지
264 ~ 277