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UK funding (£7,059.00): Phase transitions in vanadium oxide nanostructures Ukri1 Nov 2011 UK Research and Innovation, United Kingdom

Overview

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Phase transitions in vanadium oxide nanostructures

Abstract Vanadium dioxide, VO2, undergoes a transition from an insulating phase to a metallic state when it is heated above a critical temperature Tc of 68C. The precise mechanisms underlying this transformation remain controversial, primarly because coupling between local strain and Tc makes it very challenging to infer the true (microscopic) properties of the material from macroscopic measurements that average over a large volume. A new way to study this problem has been pioneered by Prof. David Cobden at the University of Washington in Seattle, by using VO2 'nanobeams', smaller than the characteristic domain size. However all the results to date have been obtained using optical microscopy and electrical measurements of nanobeams suspended between contacts. The expertise at Warwick, in electron microscopy, provides an opportunity to study the domain boundary between the insulating and metallic phases in unprecedented detail, with the aim of answering long-standing problems and new questions arising from Prof. Cobden's work. A short programme of research is in place for the summer of 2011, and this travel grant will provide an opportunity to develop proposals for future research, enabling us to sustain this new collaboration.
Category Research Grant
Reference EP/J009504/1
Status Closed
Funded period start 01/11/2011
Funded period end 31/01/2012
Funded value £7,059.00
Source https://gtr.ukri.org/projects?ref=EP%2FJ009504%2F1

Participating Organisations

University of Warwick
University of Washington

The filing refers to a past date, and does not necessarily reflect the current state. The current state is available on the following page: University of Warwick, Coventry.

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