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Probing the Structure and Evolution of Anode Materials in Thermal Batteries u...
Thermal batteries are primary batteries which find use in applications such as emergency power supplies in aircraft. They are required to provide a constant power over a given... -
Probing the Mechanisms and Control of Catalytic Activity of Perovskite SOFC A...
Electrode materials for devices such as solid oxide fuel cells must be catalytically active and good ionic and electronic conductors. In particular, recent work in our... -
In situ studies of mixed-phase oxygen transport membranes
The oxygen transport membrane is a system being developed by St Andrews in conjunction with industry, which at high temperatures will allow the selective migration of oxygen... -
Neutron diffraction study of A-site deficient hydrated Perovskites
Transition metal ions can be easily introduced in the B-site of perovskites with general formula ABO3 and exsolved on their surfaces upon reduction, to enhance the catalytic... -
Single Crystal Investigations of Polymorphism and Disorder in CH3NH3PbI3
Photovoltaics are one of the most promising technologies for meeting future energy requirements. CH3NH3PbI3 was first used in a solar cell in 2009, which gave an efficiency of... -
In-Situ Studies of Alternative Mobile-Ions for High-Temperature Thermal Batte...
Whilst rechargeable batteries continue to take over the consumer electronics market, they are unsuitable to replace specific battery technologies, such as the thermal battery,... -
Variable Temperature Neutron Diffraction Studies of Thermal Battery Cathode M...
Thermal batteries find use in applications such as emergency power systems and ejector seats in aircraft. As a result, systems need to be highly reliable. This requires a... -
Programme Access Rosseinsky/Claridge
This dataset has no description
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QENS studies of conductivity/hydride diffusion in barium hydride
BaH2 has application in hydrogen storage technologies. We propose to study BaH2 by Quasi-elastic neutron scattering. We will perform scans at different temperatures for up... -
Programme Access Rosseinsky/Claridge
This dataset has no description
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Programme Access Rosseinsky
This dataset has no description
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Programme Access Rosseinsky/Claridge
This dataset has no description
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QENS studies of hydride ion diffusion in alkaline earth hydrides
We propose to study hydride ion diffusion in AEH2 (AE = Ca and Ba) using the QENS technique. We have recently demonstrated that the charge carrier in these materials are hydride... -
In-situ studies of alkaline earth nitride deuterides
Heavy alkaline earth nitride hydrides (AE2NH, with AE = Ca and Ba) are of interest due to their potential suitability as electrolyte materials in a variety of electrochemical... -
Probing anti-site defects in Li-ion battery electrode materials
This dataset has no description
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In situ studies of mixed-phase oxygen transport membranes
The oxygen transport membrane is a system being developed by St Andrews in conjunction with industry, which at high temperatures will allow the selective migration of oxygen... -
In-Situ Studies of Alternative Mobile-Ions for High-Temperature Thermal Batte...
Whilst rechargeable batteries continue to take over the consumer electronics market, they are unsuitable to replace specific battery technologies, such as the thermal battery,... -
Neutron diffraction study of A-site deficient hydrated Perovskites
Transition metal ions can be easily introduced in the B-site of perovskites with general formula ABO3 and exsolved on their surfaces upon reduction, to enhance the catalytic... -
Combined in situ PDF, NPD and conductivity study of BaD2
Barium hydride is a of interest due to its high hydride ion conductivity, which would make it suitable as an electrolyte materials in a variety of electrochemical devices and... -
In-Situ Studies of Electrochemically Enhanced Performance in Perovskite Elect...
Recent studies in our laboratory have shown that a range of A-site deficient perovskite oxides, with carefully tuned chemical compositions, exhibit excellent properties when...
