معرفی
Zineb Mekhalif is a distinguished researcher affiliated with the Unit of Surface and Analytical Chemistry and Electrochemistry at the Namur Institute of Structured Matter, University of Namur, Belgium. With a Doctor of Science degree from Université de Paris VI (Pierre et Marie Curie) awarded in 1994, she has established herself as a leading expert in surface chemistry and electrochemistry with an impressive h-index of 39 and over 4,674 citations. Her research spans fundamental electrochemical studies and practical applications in energy technologies and materials science.
Her primary research interests include:
- Surface modification and functionalization of metals
- Electrodeposition processes and underpotential deposition
- Carbon nanotubes and graphene-based materials
- Corrosion resistance and protection mechanisms
- Functional polymer coatings for biomaterials
- Advanced materials for energy applications including supercapacitors and thermoelectrics
Dr. Mekhalif's recent research output demonstrates a strong focus on energy applications, with publications spanning thermoelectric materials, supercapacitors, silicon electrodeposition for battery anodes, and radiation shielding materials. Her work combines fundamental electrochemical characterization with practical applications, often employing advanced statistical methodologies and nanoscale engineering to optimize material properties for specific technological applications.
Her significant research contributions include:
- Principal Investigator on "Underpotential deposition of active metals: electrochemical and spectroscopic studies" (ongoing since 2001)
- Principal Investigator on "Electrodeposited silicon films on nanoporous metals for Li-ion battery anodes"
- Principal Investigator on "AdEPT: Advanced Electropolishing Technologies" (2017-2019)
- Co-Investigator on biomaterials research involving conductive polymers on nickel, titanium and nitinol substrates
Dr. Mekhalif has supervised 70 research students throughout her career and maintains active engagement with the scientific community through conference presentations, including keynote addresses at international conferences on nanotechnology and chemistry. Her work contributes significantly to UN Sustainable Development Goals related to affordable and clean energy, responsible consumption and production, and industry innovation.
