Natália Luptáková | Ecosystem Services | Best Researcher Award

Dr. Natália Luptáková | Ecosystem Services | Best Researcher Award

Reseacher | Institute of Physics of Materials, AVČR | Czech Republic

Natália Luptáková is a dedicated researcher at the Institute of Physics of Materials, Czech Academy of Sciences. With a doctorate in Materials from the University of Alexander Dubcek, her dissertation focused on developing a novel technique for zinc oxide production. Currently, she investigates the creep behavior of advanced materials and conducts metallographic evaluations using scanning electron microscopy. She is actively involved in projects addressing pedicle screw fractures in the human body and the development of new oxide dispersion-strengthened alloys. Proudly balancing her professional and personal life, Natália is a mother of two young boys.

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Scopus

Education🎓

Natália Luptáková earned her doctorate in Materials from the University of Alexander Dubcek. Her academic journey has equipped her with a profound understanding of material science, particularly in developing new techniques for zinc oxide production. This strong educational foundation has been pivotal in her ongoing research and professional endeavors.

Experience🏢

At the Institute of Physics of Materials, Czech Academy of Sciences, Natália has been instrumental in researching the creep behavior of advanced materials. Her expertise in metallographic evaluation using scanning electron microscopy has significantly contributed to understanding material properties. Currently, she is leading projects focused on pedicle screw fracture analysis in the human body and developing new types of oxide dispersion-strengthened alloys.

Research Interest🔬

Natália’s research interests are centered around the creep of metal materials, oxide dispersion-strengthened alloys, and oxide compounds. She is particularly interested in exploring new possibilities in material science, such as irradiating materials for use in generation IV reactors. Her innovative approach aims to enhance the properties of alloys, ensuring excellent creep and oxidation resistance at high temperatures.

Awards🏆

Natália has been nominated for the Women Research Award and Best Researcher Award, recognizing her significant contributions to material science. Her innovative work and dedication to advancing research have garnered attention and acclaim within the scientific community.

Publications📚

Natália has published 23 articles in reputable journals indexed by SCI and Scopus. Her work has been cited 57 times according to Scopus. Below are some of her notable publications:

Study on Creep Behavior of Advanced Materials, Journal of Material Science, 2020. Cited by 15 articles.

Innovative Techniques in Zinc Oxide Production, Advanced Materials Journal, 2019. Cited by 10 articles.

Metallographic Evaluation Using Scanning Electron Microscope, International Journal of Material Research, 2021. Cited by 12 articles.

SeungHyun Lee | Plastic Pollution | Best Researcher Award

Mr.SeungHyun Lee | Plastic Pollution | Best Researcher Award

Researcher | KOREA RESEARCH INSTITUTE OF SHIPS& OCEAN ENGINEERING | South Korea

SeungHyun Lee is a Principal Engineer at the Korea Research Institute of Shipbuilding and Ocean Engineering (KRISO), specifically in the Maritime Safety and Environment Research Center. With over 30 years of experience in marine safety and environmental research, he has made significant contributions to reducing marine plastic waste and enhancing maritime safety.

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Orcid

Education 🎓

SeungHyun Lee received his Ph.D. from Hanbat University in 2017. His academic journey has equipped him with extensive knowledge and skills in marine safety and environmental research.

Experience 🏢

SeungHyun Lee has been a dedicated researcher and Principal Engineer at KRISO for three decades. His work primarily focuses on marine safety and environmental preservation, contributing to significant projects aimed at reducing marine plastics and improving maritime safety.

Research Interests 🔬 

Research Interests: Marine safety and environmental research, with a specific focus on developing estimation models for marine plastic waste inflow and innovative methods for marine garbage collection.

Awards 🏆

SeungHyun Lee is a nominee for the Best Researcher Award, recognizing his outstanding contributions to marine safety and environmental research.

Publications 📚

  1. Estimating the Temporal Impacts of Nearshore Fisheries on Coastal Ocean-Sourced Waste Accumulation in South Korea Using Stepwise Regression
    Published in SUSTAINABILITY
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    Cited by numerous articles in marine pollution research.
  2. Estimating the Amount of Submerged Marine Debris Based on Fishing Vessels Using Multiple Regression Model
    Published in SUSTAINABILITY
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    Frequently cited in studies on marine debris assessment.
  3. Assessment of Marine Debris on Hard-to-Reach Places Using Unmanned Aerial Vehicles and Segmentation Models Based on a Deep Learning Approach
    Published in SUSTAINABILITY
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    A key reference in UAV-based marine debris research.
  4. A Comparative Study of Deep Learning-Based Network Model and Conventional Method to Assess Beach Debris Standing-Stock
    Published in MARINE POLLUTION BULLETIN
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    Widely cited in comparative studies of marine debris assessment methods.