معرفی
Philip Fletcher is a Researcher at the University of Bath within the Material and Chemical Characterisation (MC2) group. His work focuses on electrochemical systems, nanoporous materials, and catalytic processes, contributing to Sustainable Development Goals related to clean energy and sustainable infrastructure. He has collaborated on projects like the 'Future Proofing SEM Excellence' initiative, enhancing analytical infrastructure at the university. His research explores hydrogen storage in polymers, graphene-based electrodes, and catalytic reactions mediated by porous materials. Notable contributions include studies on triphasic hydrogen storage in PIM-1 films and the reactivity of ionic liquids on graphene foams. His findings have been published in journals like Electrocatalysis and ACS Electrochemistry.
- Research Interests: Electrochemistry, Material Science, Energy Storage, Catalysis, Nanoporous Polymers, and Sensor Technology.
- Key Projects: Future Proofing SEM Excellence at the University of Bath (2020-2021), supporting advanced material characterization.
His work bridges fundamental material science with applied electrochemical systems, with applications in energy storage and environmental monitoring. Collaborations span graphene-based electrode design, catalytic material synthesis, and historical material analysis.
