member of AI in Research Policy and Practice Working Group
2023 - 2024
| Affiliated Organisations | The University of Salford |
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Dr Rosa Arrigo's Recognition (46)
member of the working group for the Applied Chemical Science Programme
2023 - 2024
Affiliated Organisations The University of Salford
Invited Talk, NanoGe, INTERECT22, Valencia 21-22nd November 2022
2022
Keynote talk, International symposium on Carbon in catalysis, Carbocat, Zaragoza 26-30th June 2022
2022
Invited Contribution and panel discussion Faraday Discussion, XPS and The Future of Surface Analysis, 20-22 March 2022
2022
Guest Editor for a special issue of the Journal of Energy Chemistry, Elsevier. WOMAN IN SCIENCE: DEVELOPMENTS IN ENERGY RESEARCH.
2022
Co-chair of Symposium XPS for materials, the SPIE Photonex + Vacuum Technologies conference, XPS for materials (Birmingham, 6-8 December 2022)
2022
Member of the editorial board of the Journal of Energy Chemistry
2022
Chair of the Sir Geoffrey Wilkinson Poster Symposium of the Dalton Division RSC for Early Career, Burlington House, London / UK.
2022
Affiliated Organisations The Royal Society of Chemistry
SP28630: In situ Cu K edge XANES and EXAFS study during a morphology-controlled synthesis of nanoparticles
2022
Description Beamtime allocated DLS. 6 shifts. Org Units School of Science, Engineering & Environment
Elected Member of the Dalton Community, RSC
2022 - 2024
Affiliated Organisations The Royal Society of Chemistry
CY29152: Study of the interaction and release of gliotoxin with/from Cu-paddle wheel and Fe-MIL -based nano MOF nanostructure in physiological media by PDF
2022
Description Beamtime 2 shifts. Affiliated Organisations Diamond Light Source Limited
SI31339: NEXAFS study on an anticancer nanotechnology based on the gliotoxin primary drug loaded on Cu and Fe-based nano-MOFs
2022
Description Beamtime 6 shifts. Affiliated Organisations Diamond Light Source Limited
CY30860: Study of the interaction and release of gliotoxin with/from Cu-paddle wheel and Fe-MIL -based nano MOF nanostructure in physiological media by PDF (Copy)
2022
Description Beamtime award. 3 shifts. Affiliated Organisations Diamond Light Source Limited
SI29424: NEXAFS study on an anticancer nanotechnology based on the gliotoxin primary drug loaded on Cu and Fe-based nano-MOFs
2022
Description Beamtime award. 15 shifts. Affiliated Organisations Diamond Light Source Limited
SM29311: Mid and far IR spectroscopy study of gliotoxin/MOF nanotechnology for cancer therapy
2022
Description Beamtime award. 6 shifts. Affiliated Organisations Diamond Light Source Limited
NEXAFS study on an anticancer nanotechnology based on the gliotoxin primary drug loaded on Cu and Fe-based nano-MOFs
2021
Description Proposal for beamtime at Diamond Light source.
15 shifts allocated.Affiliated Organisations Diamond Light Source Limited Research Centres/Groups Biomedical Research Org Units Research & Knowledge Exchange
XES studies of CO2 sorption on Fe-N-C catalysts
2021
Description Beamtime Proposal at Diamond Light Source.
6 shifts allocated.
In-kind contribution REF returnable the value of which to be confirmed by DLS.Affiliated Organisations Diamond Light Source Limited Org Units School of Science, Engineering & Environment
Degradation study of Zn, Cu, and Fe-based MOF nanostructures for cancer treatment by PDF
2021
Description CY26732 Proposal Beamtime DLS.
2 shifts allocated.Affiliated Organisations Diamond Light Source Limited Research Centres/Groups Biomedical Research Org Units School of Science, Engineering & Environment
SI26207: In situ surface investigation of Ni-based cermet electrodes during high‐temperature CO2 Electrolysis in Solid Oxide Electrolyzer Cells.
2021
Description Beamtime award at Diamond Light Source. 15 shifts. In-kind value to be confirmed by DLS (expected to be around 7000 pounds per shift). Affiliated Organisations Diamond Light Source Limited Org Units School of Science, Engineering & Environment