Research Associate at Faculty of Physical Chemistry, Serbia
Kristina Radinović is a dedicated scientist specializing in electrochemical materials and energy storage technologies 🔋🔬. She is affiliated with the Faculty of Physical Chemistry at the University of Belgrade 🇷🇸 and actively contributes to innovative national and international research projects focused on advanced materials for batteries and supercapacitors ⚡🌱. Her work integrates nanomaterials, graphene-based composites, and redox-active polymers to develop sustainable energy solutions 🌍🧪. Recognized for her scientific excellence, she received the prestigious Serbian Chamber of Commerce Award 🏆. Kristina collaborates with leading institutions across Europe 🌐, including the Austrian Academy of Sciences and University of Lisbon. She is passionate about contributing to Serbia’s scientific growth through applied research with national economic impact 📈.
Professional Profile:
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🎓 Education & Experience
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🎓 Ph.D. in Physical Chemistry — Faculty of Physical Chemistry, University of Belgrade
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🏆 Winner of Serbian Chamber of Commerce Award for outstanding Ph.D.
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🧪 Researcher at the Faculty of Physical Chemistry, University of Belgrade
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🌍 Collaborator on international projects with Austria 🇦🇹, Portugal 🇵🇹, and India 🇮🇳
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🔬 Specializes in materials for electrochemical energy storage
📚 Professional Development
Kristina Radinović has built her professional development through diverse collaborative projects and interdisciplinary research initiatives 🧑🔬🤝. She actively contributes to advanced studies on nanosized oxygen electrodes, battery management systems, and bio-based supercapacitor materials 🔋🌿. Working closely with leading Serbian scientists and international experts from Austria and Portugal 🇦🇹🇵🇹, she bridges research excellence and industrial application. Her involvement in flagship programs like DIASPORA and IDEJE by the Science Fund of the Republic of Serbia 📘💡 underscores her commitment to innovation and national progress. Through consistent scientific engagement and technical skill development, Kristina remains at the forefront of applied physical chemistry, enhancing Serbia’s scientific visibility on the global stage 🌍🔍.
🔍 Research Focus
Kristina Radinović’s research focuses on electrochemical materials for sustainable energy systems ⚡🌱. Her interests lie in developing high-performance electrodes using nanoscale transition metals on reduced graphene oxide and high-entropy materials 🔬🧪. She is also deeply involved in designing redox-active and conductive polymers for energy conversion and environmental sensors 🌍🔋. Her work includes monitoring systems for electric vehicle batteries 🚗🔧 and producing bio-based carbon-metal composites for supercapacitors 🌿⚙️. She contributes to Serbia’s national research in functional polymer materials and supports interdisciplinary innovation with pharmacy and nuclear science experts 💊🧫. Kristina’s research helps bridge the gap between green chemistry and industrial application 🧩🏭.
Awards and Honors
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🏆 Serbian Chamber of Commerce Award (2024) – For one of the best doctoral dissertations demonstrating scientific excellence and national economic relevance
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🥇 Recognized for contributions to key national and bilateral scientific projects in energy and materials science
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🌟 Esteemed collaborator in prestigious international research programs (India, Portugal, Austria)
Publication Top Notes
1. Analytical performance and stability studies of CoAu/rGO-based electrochemical sensor for arsenic(III) detection in aqueous solutions
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Journal: Talanta (Dec 2025)
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DOI: 10.1016/j.talanta.2025.128305
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Summary: This work investigates a cobalt-gold (CoAu) bimetallic nanocomposite supported on reduced graphene oxide (rGO) as a sensor for detecting arsenic(III) in water. It highlights the sensor’s analytical performance, including sensitivity, selectivity, and long-term stability in aqueous environments. The study emphasizes practical application potential in environmental monitoring.
2. Methoxyazobenzene as universal catalyst of four-electron oxygen reduction in fuel cells in a wide range of pH
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Journal: Tehnika (2025)
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DOI: 10.5937/tehnika2502131S
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Summary: This article presents methoxyazobenzene as an efficient and versatile molecular catalyst facilitating the four-electron oxygen reduction reaction (ORR) across different pH levels. The broad pH stability is key for flexible application in fuel cells, potentially improving their performance and durability.
3. Facile synthesis of Co/rGO, Au/rGO, and CoAu/rGO nanocomposites for precise determination of Arsenic(III) in water systems
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Journal: Electrochimica Acta (Dec 2024)
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DOI: 10.1016/j.electacta.2024.145147
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Summary: This research reports straightforward synthesis methods for cobalt, gold, and combined cobalt-gold nanocomposites on rGO, designed for arsenic(III) detection in water. It compares sensor properties of each nanocomposite, aiming at optimizing accuracy and reproducibility for environmental sensing.
4. FeM/rGO (M = Ni and Cu) as bifunctional oxygen electrode
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Journal: Fuel (July 2024)
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DOI: 10.1016/j.fuel.2024.131654
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Summary: The article studies iron-based composites doped with nickel or copper on rGO as bifunctional electrodes capable of catalyzing both oxygen reduction (ORR) and oxygen evolution reactions (OER). These materials show promise for use in fuel cells and metal-air batteries due to their dual functionality and enhanced catalytic activity.
5. Transition metal polyoxometalates with reduced graphene oxide for high-performance air-electrode of metal-air batteries
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Journal: International Journal of Hydrogen Energy (June 2024)
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DOI: 10.1016/j.ijhydene.2024.05.229
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Summary: This study explores the combination of transition metal polyoxometalates and rGO to develop efficient air electrodes for metal-air batteries. The hybrid materials demonstrate improved catalytic activity and stability, contributing to enhanced battery performance and lifespan.
6. AuAg/rGO electrodes for borohydride oxidation
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Journal: Tehnika (2024)
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DOI: 10.5937/tehnika2405515M
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Summary: Focuses on gold-silver bimetallic electrodes deposited on rGO, used to catalyze the oxidation of borohydride, which is relevant for direct borohydride fuel cells. The work shows enhanced electrocatalytic activity and stability, crucial for fuel cell efficiency.
7. Iron and copper nanoparticles deposited on reduced graphene oxide for oxygen evolution reaction
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Conference: 66th International Conference for Students of Physics and Natural Science, Vilnius, Lithuania, April 2023
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Author: Kristina Radinović
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Summary: This paper presents the synthesis and characterization of iron and copper nanoparticles supported on rGO, focusing on their catalytic performance for oxygen evolution reaction (OER), which is vital in electrochemical energy conversion processes.
8. Iron and copper nanoparticles deposited on reduced graphene oxide for oxygen reduction reaction
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Conference: 66th International Conference for Students of Physics and Natural Science, Vilnius, Lithuania, April 2023
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Author: Kristina Radinović
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Summary: Similar to the previous one, but targeting oxygen reduction reaction (ORR). This highlights the dual catalytic potential of the Fe-Cu/rGO system for electrochemical energy devices.
9. Polyoxometalates as electrocatalysts for rechargeable metal-air batteries
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Conference: 4th International Conference on Materials Science and Engineering, Virtual (March 2023)
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Author: Kristina Radinović
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Summary: Discusses polyoxometalates as promising catalysts for metal-air batteries, highlighting their role in improving charge-discharge efficiency and durability.
10. Polyoxometalates as Electrocatalysts for Electrochemical Energy Conversion and Storage
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Journal: Energies (Nov 2022)
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DOI: 10.3390/en15239021
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Summary: A comprehensive review analyzing the use of polyoxometalates in various electrochemical applications, including batteries, fuel cells, and supercapacitors, emphasizing their catalytic properties and potential in clean energy technologies.
Conclusion
Kristina Radinović exemplifies the qualities of an outstanding researcher through her award-winning doctoral work, leadership in cutting-edge and impactful research projects, and collaborative approach in both national and international scientific communities. Her work is not only scientifically excellent but also economically and socially relevant, addressing critical challenges in energy and sustainability.
Therefore, Kristina Radinović is highly suitable for the Best Researcher Award, reflecting a combination of exceptional academic merit, innovative research contributions, and positive societal impact.