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职业迁徙
个人简介
Her research activity covers the wide spectrum of fundamental and applied electrochemistry, following a naturally developing path along which she has accumulated a rich experience now mainly devoted to the integrated fields of rationalization of energy sources and environmental remediation and protection.
Her expertise in fundamental and applied aspects of electrochemistry is at the basis of her studies on:
electrochemical methodologies for synthesis, degradation and conversion of organic compounds to value-added substances.
interfacial phenomena, which govern the heterogeneous electron transfer, and their application to the wide area of materials electrochemistry, including the rationalization of energy sources and the development of electrochemical devices.
Main themes cover: (i) chemically modified electrodes for sensors and electronics, (ii) nanostructured mixed metals and metal oxide composite materials for energy conversion (e.g. reversible water electrolysis/fuel cell systems), (iii) development of innovative methodologies for the rapid and reliable determination of key electrochemical properties; (iv) combined electrochemical and Xray Absorption Spectroscopy methodologies for the insitu and operando elucidation of electron and charge transfer homogeneous and heterogeneous phenomena.
Her expertise in fundamental and applied aspects of electrochemistry is at the basis of her studies on:
electrochemical methodologies for synthesis, degradation and conversion of organic compounds to value-added substances.
interfacial phenomena, which govern the heterogeneous electron transfer, and their application to the wide area of materials electrochemistry, including the rationalization of energy sources and the development of electrochemical devices.
Main themes cover: (i) chemically modified electrodes for sensors and electronics, (ii) nanostructured mixed metals and metal oxide composite materials for energy conversion (e.g. reversible water electrolysis/fuel cell systems), (iii) development of innovative methodologies for the rapid and reliable determination of key electrochemical properties; (iv) combined electrochemical and Xray Absorption Spectroscopy methodologies for the insitu and operando elucidation of electron and charge transfer homogeneous and heterogeneous phenomena.
研究兴趣
论文共 208 篇作者统计合作学者相似作者
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Sustainable Energy & Fuelsno. 5 (2023): 1333-1342
ELECTROCHIMICA ACTA (2022): 140258-140258
Hydrogenno. 3 (2021): 246-261
HYDROGENno. 3 (2021): 246-261
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