Giant resistive switching in mixed phase BiFeO3via phase population control

Author:

Edwards David1234,Browne Niall1234,Holsgrove Kristina M.1234,Naden Aaron B.1234ORCID,Sayedghaee Sayed O.5678,Xu Bin9678,Prosandeev Sergey9678,Wang Dawei1011121314,Mazumdar Dipanjan1516178,Duchamp Martial1819202122ORCID,Gupta Arunava2324258,Kalinin Sergei V.2627288,Arredondo Miryam1234,McQuaid Raymond G. P.1234,Bellaiche Laurent9678,Gregg J. Marty1234,Kumar Amit1234ORCID

Affiliation:

1. School of Mathematics and Physics

2. Queen's University Belfast

3. Belfast

4. UK

5. Microelectronics-Photonics Program and Physics Department

6. University of Arkansas

7. Fayetteville

8. USA

9. Physics Department and Institute for Nanoscience and Engineering

10. Electronic Materials Research Laboratory

11. Key Laboratory of the Ministry of Education and International Center for Dielectric Research

12. Xi'an Jiaotong University

13. Xi'an 710049

14. China

15. Department of Physics

16. Southern Illinois University

17. Carbondale

18. Ernst Ruska Centre for Microscopy

19. Forschungszentrum Juelich

20. Juelich 52428

21. Germany

22. School of Materials Science and Engineering

23. Center for Materials for Information Technology

24. University of Alabama

25. Tuscaloosa

26. Center for Nanophase Material Sciences

27. Oak Ridge National Laboratory

28. Oak Ridge

Abstract

Giant resistive switching is achieved through control of mixed-phase microstructures in BiFeO3via different stimuli.

Funder

Engineering and Physical Sciences Research Council

Department of Education and Learning, Northern Ireland

Defense Advanced Research Projects Agency

Seventh Framework Programme

Air Force Office of Scientific Research

Office of Naval Research

National Natural Science Foundation of China

Publisher

Royal Society of Chemistry (RSC)

Subject

General Materials Science

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