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Magnetic Structure of the double charge ordered multiferroic perovskites HgMn...
Understanding the magnetic structure of the perovskite manganites has been a significant field of research over the past 20 year due of their numerous technologically relevant... -
A high pressure study of the novel hybrid improper ferroelectric HgMn7O12
We have recently discovered how a novel type of hybrid improper ferroelectricity can arise in the perovskite HgMn3Mn412. This ferroelectricity is driven by a highly unusual... -
High and Low Temp Comissioning on PEARL
This dataset has no description
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Volume isotope effect in recovered ice VIII
Water is the most fundamental hydrogen-bonded compound on Earth and its physical properties are essential for research areas ranging from live sciences to planetology. In this... -
Local structure studies in the pressure-induced order-disorder phase transiti...
BaTiO3 is often thought of as the classic example of a ferroelectric material, with a well-defined, widely-taught phase diagram. However, the nature of the ferroelectric phase... -
Investigation into the “1/8 anomaly” in superconducting cuprates: La2-xBaxCuO...
The superconducting material La2-xBaxCuO4 (LBCO) exhibits an anomalous dip in Tc at the x = 0.125 composition at low temperature (>30 K). This is at odds with other... -
Low temperature, high pressure phase transition of the Improper Ferroelectric...
We have found that the 134-perovskite, HgMn7O12 (HgAMnA3MnB4O12) exhibits improper ferroelectric coupling due to an unusual orbital ordering of the manganese cations on both... -
PT-phase diagram of ammonium bromide
Ammonium bromide is a fundamental ionic solid that finds practical use, industrially, as a highly-effective flame retardant and also as an intermediary source of bromide in... -
Probing Charge, Orbital and Magnetic Ordering in the Solid Solution of the Mu...
Multiferroics materials where an electric polarisation may be switch by the application of a magnetic field will undoubtedly be the materials of choice for future...
