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

Functional; strain relationship; surface reaction; thin films; MISFIT RELAXATION MECHANISMS; FERROELECTRIC THIN-FILMS; DOMAIN FORMATION; CONFIGURATIONS; DIODES
제목
Functionalities enhancement by an anisotropic strain competition
저자
Zhang, X. D.; Shi, Y.; Dho, Joonghoe; Kwon, Daeyoung; Kim, Bog G.; Park, Sungmin; Jung, Myung-Hwa; Kwon, Hyosang; Hwang, Jihwan; Park, Gwangseo; Xing, 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
권
583
호
1
페이지
264 ~ 277