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An in situ study of structural and magnetic order in LaSrCoFeO6-x
LaSrCoFeO6 is a rhombohedral perovskite, and can be reduced to the orthorhombic brownmillerite LaSrCoFeO5 in reducing atmospheres at around 600 deg C. This material is air... -
In-situ High Temperature Studies of BiFeO3 in a Stabilising Oxygen Atmosphere
The drive to find novel materials for applications such as data storage has led to a resurgence in research into multiferroic materials. Bismuth ferrite is the most widely... -
Oxygen Vacancy Clusters in Pure and Doped CeO2-d
Oxide ceramics based on ceria, CeO2, have been the subject of considerable research for the role of solid electrolyte within solid oxide fuel cells (SOFCs), since their ionic... -
Structural change investigation of CeNbO4 while dissociating H2O at high temp...
One potential solution to reduce the greenhouse gas emission is the generation of fuels through thermochemical dissociation of CO2 and H2O. Previous studies have shown that... -
GEOS-Chem model output for diagnosing sources of fine particles (PM2.5) in UK...
Data are monthly and annual mean total and components of PM2.5 over the UK in the lowest model layer for comparison to surface concentrations of PM2.5 and assessment of air...
