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S3: Structure of Emerging Perovskite Oxides: Bridging Length Scales and Unifying Experiment and Theory

 

 



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Pb-based oxides have been plagued with ever-increasing environmental and health concerns. As a result, numerous research groups around the globe have contributed to resurgence in Pb-free materials development. The principles understood in Pb-based compositions, namely those associated with the morphotropic phase boundary (MPB), have guided the inquiry toward new solid solutions between components containing Na, K, Bi, and Ba. Some principles of MPBs that have been argued to strongly influence properties include monoclinic structural distortions, nanodomain structures, co-existing ferroelectric phases, domain wall contributions, etc. These physical phenomena span length scales, making a single characterization technique difficult to use to determine the structure and structural origin of the properties. Moreover, experimental results need to be interpreted through (and further inform) theoretical models. The challenges in structural and phase determination transcend single research groups and necessitate cooperation of experts in numerous fields. This symposium is a forum for these researchers to disseminate their results and develop new integrated approaches.


Proposed Session Topics

  • New insights from components (single phase)
  • Phase equilibria and solid solutions
  • Role of point defects
  • Microstructures
  • Performance: origin of properties and in situ measurements


Session Organizers

  • Igor Levin, National Institute of Standards and Technology, USA
  • David Cann, Oregon State University, USA
  • John Daniels, University of South Wales, Australia
  • Jens Kreisel, LMGP, France
  • Pam Thomas, University of Warwick, UK


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