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QENS Study of Proton Conducting Metal-Organic Framework Materials
The development of new functional metal-organic frameworks (MOFs) is receiving considerable attention worldwide owing to their potential for gas storage, ionic conductivity, and... -
The chemisorption of hydrogen over a high surface area cobalt catalyst: An IN...
In collaboration with Sasol Technology UK Ltd, the research team have previously used INS to investigate the surface chemistry of synthesis gas (CO + H2) over a series of... -
Proton Conductivity in Phosphoric Acid: The Role of Nuclear Quantum Effects.
We propose to employ the neutron Compton scattering (NCS) in the realm of ionic liquids (iL), applying it to the protiated and deuterated variants of an archetipic IL, phosporic... -
Proton momentum distribution in Phosphoric acid
Phosphoric acid, H3PO4, is a technically important material as the electrolyte in commercial fuel cells because of its high protonic conductivity. The mechanism for the... -
Interaction of polypeptide with surfactant on the surface of water
This proposal constitutes part of our ongoing study towards understanding the adsorption of collagen based polypeptide and its interaction with ionic surfactants at the... -
Structure of a cationic polyelectrolyte adsorbed at an oppositely charged sur...
Adsorption of a charged polyelectrolyte onto an oppositely charged substrate is important for the understanding of many natural molecular events as well as for the development... -
Coherence and confinement in poly(p-phenylene sulfone), sPSO2
sPSO2 is a candidate for new commercial fuel cell technology, having higher conductivity and better structural properties than Nafion. It has a higher degree of confinement of...
