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In situ SANS study of a protein- graphene oxide (GO) co-assembly system
Supramolecular chemistry offers an exciting opportunity to assemble materials with molecular precision. However, there remains an unmet need to turn molecular self-assembly into... -
SANS and SESANS an ideal combination for Photonic materials
In this proposal we request time to characterise some novel colloidal particles that cannot be characterised with other approaches. These are believed to be raspberry... -
Spin-echo encoded neutron refraction of air bubbles in a fibrous protein gel
Calcium caseinate is a promising candidate to be developed into a meat analogue. When the dough like protein gel is subjected to mild shear and heat, it turned into a pronounced... -
SESANS of beetle scales and butterfly wings
Neutron scattering and in particular SESANS is able to give us excellent ensemble averaging of the optical properties of materials which exhibit structural colour. We plan to...
