Phase separation in strained cation- and anion-deficient Nd(0.52)Sr(0.48)MnO(3) films

Journal article (2011)

Authors

VA Khokhlov External organisation
AY Prokhorov External organisation
JS Park External organisation
JB Kim External organisation
GYP Lee External organisation
YV Medvedev External organisation
Y Nikolaenko External organisation
A Mukhin External organisation
VP Pashchenko External organisation
GG Levchenko External organisation
VG Prokhorov External organisation
NI Solin External organisation
V. Svechnikov QN/High Resolution Electron Microscopy
Research Group
QN/High Resolution Electron Microscopy
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Published Date

2011

Language

English

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Research Group

QN/High Resolution Electron Microscopy

Abstract

The magnetic and transport properties of anion- and cation-deficient Nd(0.52)Sr(0.48)MnO(3) films with different thicknesses, as well as of two films from this system grown on different SrTiO(3) and LaAlO(3) substrates, are studied. Below Curie temperature T (C), the films with different thicknesses exhibit phase separation: they represent magnetic clusters (drops) embedded in a nonconducting paramagnetic (at T > T (N), where T (N) is the N,el temperature) or antiferromagnetic (T