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Total scattering from multiferroic bismuth ferrite at high temperatures
Bismuth ferrite (BiFeO3) is the archetypal multiferroic material and as such has been copiously studied using a wide variety of techniques. Despite this, new structural and... -
Exploring nanoscale phase separation in alpha-NaMnO2 and CuMnO2 2D frustrated...
Recently, our combined diffraction and NMR experiments have shown that alpha-NaMnO2, an antiferromagnet with two-dimensional triangular stacked topology, is a striking example... -
Characterisation of the magnetic properties of SnxFe4xN
Gamma'-Fe4N exhibits fascinating magnetic properties. It adopts a simple perovskite-like structure (space group Pm-3m) with iron atoms occupying the corners (Wyckoff position... -
Total Scattering Study of the Local Structural Arrangement of (O4D4) in Katoite
This dataset has no description
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Investigation of local structure and vacancy ordering in Ca(Ti,Fe,Mn)O3 perov...
The CaTiO3 based perovskites exhibit mixed oxide-ion and electronic conductivity and have potential for use in ceramic membrane reactors. To bring the membranes closer to... -
Atomistic modeling of temperature-driven structural phase transition in ferro...
Ferroelectric materials, mainly Pb-containing, have widespread applications in our modern-day life, primarily used as sensors, actuator and memories. However challenges still... -
Local structure of the semiconductor caesium lead iodide
Caesium lead iodide is of interest both as a photoluminescent material whose optical properties may be tuned by creating nanoscale structures, and as an inorganic analogue of... -
Modelling the Structure of Metal-organic Framework Glasses
We have recently demonstrated the glass-forming ability of the family of hybrid micro-porous materials known as metal-organic frameworks (MOFs). Specifically, a family known as... -
Atomistic modeling of temperature-driven structural alterations in a ferroele...
Ferroelectric materials, mainly Pb-containing, have widespread applications in our modern-day life, primarily used as sensors, actuator and memories. However challenges still... -
Neutron diffraction study of local and mesoscopic disorder induced by La and ...
The accurate determination of the defect structure of rare earth (RE) doped ceria solid electrolytes is fundamental for the comprehension of oxygen diffusion and charge... -
Neutron diffraction analysis of alpha- and beta-polymorphs of nanoscale metal...
The hydroxides Me(OH)2 of the bivalent transition metals Co, Cu, Fe, Mn, Ni, Cd and Zn play critical roles as sorbents, catalysts or reductants in many environmental and... -
Local structure variation of polar nano-regions in ultrahigh piezoelectric re...
Relaxor ferroelectrics are a class of locally disordered crystals possessing peculiar structure and electrical properties. The solid solution of a relaxor perovskite and PbTiO3...