Dr. Ekaterina Bondar, Institute of Physics and Technology, Kazakhstan
Ekaterina Bondar is a Senior Researcher at the Laboratory of Nuclear Physics and Radiation Ecology, Institute of Physics and Technology, Almaty, Kazakhstan. Born in Almaty, Kazakhstan, she holds Russian nationality and has made significant contributions to the field of material science. She earned her PhD and has since focused on the synthesis and application of advanced materials. Her work is particularly impactful in the areas of nuclear physics, radiation ecology, and material science. Ekaterinaās research involves the synthesis of materials with a hierarchical structure based on tin dioxide, and she leads various projects, supervises research activities, and contributes extensively to scientific publications and presentations. With a passion for advancing scientific knowledge, she continues to play a crucial role in shaping cutting-edge research in her field.
Professional Profile:
Orcid
Suitability for Award:
Ekaterina Bondar is an excellent candidate for the Research for Best Researcher Award. Her qualifications and contributions demonstrate the high level of expertise, innovation, and leadership that are typically sought after in award recipients.
šEducation:
Ekaterina Bondar holds a PhD in Physics, with a focus on material science and nuclear physics. She began her academic journey at the Institute of Physics and Technology, Almaty, Kazakhstan, and has been an active researcher since 2014. Her education has been enriched by both hands-on research and formal training in nuclear physics, radiation ecology, and advanced materials. Throughout her career, Ekaterina has expanded her expertise in material synthesis, particularly the development of hierarchical structures in materials like tin dioxide. She has earned recognition for her ability to bridge theory and practical applications in material science, which is reflected in her numerous publications in high-impact journals. Her dedication to both academic excellence and real-world applications of her research makes her a valuable contributor to the scientific community. Ekaterinaās commitment to her field continues as she leads innovative projects in material science and nuclear research.
š¢Experience :
Ekaterina Bondar has worked at the Institute of Physics and Technology, Almaty, since 2014. She began her career as a Senior Laboratory Assistant, progressively advancing to Senior Researcher. Her primary role is within the Laboratory of Nuclear Physics and Radiation Ecology, where she leads the AP19574404 project, focusing on the synthesis of materials with hierarchical structures based on tin dioxide. As project manager, Ekaterina is responsible for overseeing all aspects of the project, from supervision of research activities to the preparation of reports and publications. She actively collaborates with her colleagues, writes scientific articles, and represents her research at national and international seminars and conferences. Her experience in both research and project management has made her an indispensable part of her team. With a growing portfolio of patents and publications, Ekaterina continues to expand her influence in the fields of nuclear physics, radiation ecology, and material science.
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Awards and Honors:
Ekaterina Bondar has been recognized for her outstanding contributions to material science and nuclear research. She holds seven patents for her innovations, which have significantly advanced the synthesis and application of new materials. Additionally, her research articles have been published in high-impact journals indexed in both the Web of Science and Scopus, earning her recognition within the global scientific community. Her work has been featured at multiple international seminars and conferences, where she has presented her findings and gained praise for her research in the areas of material synthesis and radiation ecology. Ekaterina has also received institutional awards for her role in leading key research projects, and her collaboration with other top researchers has positioned her as a leading figure in her field. Her continued success in academia and research is a testament to her hard work, innovation, and dedication to advancing scientific knowledge.
š¬Research Focus:
Ekaterina Bondarās research is centered on material science, nuclear physics, and radiation ecology. Her primary focus is the synthesis of advanced materials, particularly the development of materials with hierarchical structures based on tin dioxide. These materials have a wide range of applications in radiation protection, environmental monitoring, and energy storage. Her work addresses the challenges of creating materials with unique properties that enhance performance in various industrial and environmental applications. Ekaterinaās research also explores the environmental impact of radiation and its interaction with different materials, with a view toward developing more sustainable technologies. As project manager for the AP19574404 initiative, she coordinates research efforts, supervises her team, and ensures that the project meets its objectives. Through her work, Ekaterina is helping to advance the understanding of material behavior under radiation exposure, contributing to both scientific advancement and practical applications in the fields of energy and environmental science.
Publication Top Notes:
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Birth and Fusion in a Sol-Gel Process with Low Diffusion
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Influence of Hydrogen Plasma on SnOā Thin Films
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Influence of Plasma Treatment on Physical Properties of Thin SnOā Films Obtained from SnClā Solutions with Additions of NHāF and NHāOH
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Sensitivity to Ethanol Vapour of Thin Films SnOā Doped with Fluorine
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Doping of Fluorine of Tin Dioxide Films Synthesized by Sol-Gel Method