CV Lattes
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Universidade Estadual de Campinas (UNICAMP). Instituto de Química (IQ) (Institutional affiliation from the last research proposal) Birthplace: Brazil
PhD candidate in Physical Chemistry in Electrochemistry at the Institute of Chemistry in the University of Campinas. Works with the study of materials for the electrocatalysis reaction in the reduction of carbon dioxide, using techniques coupled to the electrochemical cell, focusing on DEMS (Differential Electrochemical Mass Spectometry). Currently in a doctoral internship at the University of Leiden (Netherlands). Master in Chemistry, Physical-Chemistry emphasis (2019 - Unicamp), where she worked with dynamic systems in oscillating electrochemical reactions to build nanostructured material through copper electrodeposition. Bachelor in Chemistry at Unicamp (2017), graduated in Technician in Industrial Chemistry at CEFET-MG Campus Timóteo (2012).email: maria.rodriguesp275@gmail.com (Source: Lattes Curriculum)
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New technologies that mimic photosynthesis, a complex reaction that occurs in living organisms, are vital in today's society since they bring the possibility of converting carbon dioxide into energy-rich molecules such as methane and ethylene. The development of new methodologies for control and rational design of materials that can be used as catalysts must be carried out keeping in mind…
The formation of surface metal oxides is a process frequently observed in several electrochemical oscillators. In general, the oxygenated species participate in the feedback loops, being a major contributor for the birth of oscillatory behavior. The combination of the electrocatalysis of oxide formation and the spatiotemporal resolution of the self-organized structure in the solid-liquid …
CO2 reduction reaction (CO2RR) is considered as one of the most appealing approaches to convert this greenhouse gas into feedstock and fuels. The formation of formic acid/formate has been highlighted as the most economically feasible product obtained from CO2. This is mainly due to the possibility of employing abundant and relatively inexpensive catalysts, such as Sn and Bi. The electroly…
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