Youn-Woo Hong | Materials | Best Researcher Award

Published on by Environmental Scientists

Best Researcher Award

Youn-Woo Hong,

Korea Institute of Ceramic Engineering and Technology

Youn-Woo Hong
Affiliation Korea Institute of Ceramic Engineering and Technology
Country South Korea
Scopus ID 36484468000
Documents 40
Citations 364
h-index 12
Subject area Materials science
Event International Environmental Scientists Award

Youn-Woo Hong is identified in the supplied information as a researcher affiliated with the Korea Institute of Ceramic Engineering and Technology in South Korea, with a subject area in materials science. The provided Scopus profile data reports 40 documents, 364 citations, and an h-index of 12. These indicators offer a quantitative overview of scholarly output and citation activity, but a comprehensive assessment of research quality also requires examination of individual publications, methodological rigor, originality, and documented contributions to the field. The profile is presented in the context of the Best Researcher Award and the International Environmental Scientists Award; the information supplied does not independently establish an award outcome. [1] [2]

Abstract

This article presents an academic profile of Youn-Woo Hong based on the affiliation, subject area, and bibliometric figures supplied for this page. The researcher is associated with the Korea Institute of Ceramic Engineering and Technology, and the stated subject area is materials science. The reported record comprises 40 documents, 364 citations, and an h-index of 12. These values can provide a preliminary indication of publication activity and scholarly visibility, but they may vary according to database coverage and the date of retrieval. A substantive assessment of research excellence should also examine the relevance and originality of individual studies, the robustness of their methods, and their influence on scientific or technological practice. The available input does not include specific publication titles or research findings, so project-level contributions require confirmation from scholarly records. [1] [3]

Keywords

Youn-Woo Hong; Best Researcher Award; materials science; ceramic engineering; materials engineering; materials research; scholarly impact; scientific publications; citation analysis; research excellence; South Korea; International Environmental Scientists Award.

Introduction

Materials science examines the relationships between the composition, structure, processing, properties, and performance of materials. It supports research across areas such as ceramics, metals, polymers, composites, electronic materials, energy systems, and industrial technologies. Research in ceramic engineering can contribute to the development and characterization of materials intended for applications that require particular thermal, mechanical, chemical, or electrical properties. Claims about an individual researcher’s specific work in these areas, however, should be based on verified publications rather than inferred from an institutional affiliation alone. [4]

The Best Researcher Award is the recognition category named in this article. The International Environmental Scientists Award website is provided as the associated event reference. Eligibility, nomination status, selection procedures, and official results should be confirmed using the organizer’s published information. This profile does not imply that the researcher has received an award. [5]

Research Profile

The supplied information identifies Youn-Woo Hong with the Korea Institute of Ceramic Engineering and Technology in South Korea. The associated Scopus author profile provides a starting point for checking the researcher’s indexed publications, citation record, and author attribution. These details should be compared with publisher records and other reliable academic sources before being used in formal biographical or evaluation materials. [1]

The reported metrics—40 documents, 364 citations, and an h-index of 12—are reproduced from the supplied data and have not been independently verified in real time. Bibliometric indicators can differ between databases because of differences in indexing, document types, citation updates, and author-profile matching. No ORCID identifier was included in the supplied information, and none is inferred here.

Research Contributions

A careful assessment of contributions in materials science may examine research questions, experimental design, characterization methods, reproducibility, and relevance to scientific or engineering needs. The following dimensions are useful for reviewing work associated with materials and ceramic engineering; they are general evaluation categories rather than claims about specific projects undertaken by Hong.

  • Materials characterization: evaluating whether composition, structure, and material properties are measured using appropriate, validated methods.
  • Processing and performance: examining relationships between manufacturing or treatment conditions and material behavior.
  • Scientific innovation: determining whether a study provides a demonstrable advance in understanding, methodology, or practical capability.
  • Application relevance: assessing whether findings address a defined engineering, industrial, environmental, or technological challenge.
  • Research integrity: considering transparent methods, reliable data, appropriate analysis, and reproducibility of reported findings.

Identifying Hong’s specific contributions requires reviewing the titles, abstracts, full texts, and publication metadata associated with the supplied Scopus profile. Without those records, it would be inappropriate to attribute a particular discovery, technology, patent, or application to the researcher.

Publications

The supplied data reports 40 documents linked to the Scopus author identifier 36484468000. The Scopus profile can be used to review the available publication list, co-authorship information, document types, and citation records. Individual entries should be checked against their original publisher pages to confirm authorship and bibliographic accuracy. [1]

A verified bibliography for formal academic use should include complete titles, author names, journal or conference details, publication year, and DOI or stable publisher links where available. No individual publication titles or DOI identifiers were provided for this article, so specific papers are not listed. This approach avoids introducing inaccurate or unrelated references.

Research Impact

The reported total of 364 citations offers a measure of how frequently indexed documents attributed to the profile have been cited within the relevant database. The reported h-index of 12 indicates, under the database’s counting rules, a set of at least 12 publications with at least 12 citations each. The h-index was introduced as an indicator combining aspects of scientific publication output and citation impact. [6]

Citation measures do not independently establish research quality, originality, reproducibility, or real-world benefit. Their interpretation depends on field-specific citation patterns, publication age, database coverage, and accurate author identification. A balanced impact review should therefore include the substance of individual studies, the reliability of their methods, and evidence that findings have informed further research or practical applications.

For formal review, the reported metrics should be verified directly in the relevant database and documented with a retrieval date. Research impact can be assessed more fully by considering methodological rigor, independent recognition, collaboration, research transparency, and demonstrable contributions to materials science or related engineering fields.

Award Suitability

The reported bibliometric indicators provide an initial basis for reviewing a potential candidate under a Best Researcher Award category. The institutional affiliation and materials-science subject area offer context for identifying relevant scholarly work. Nevertheless, these details alone are insufficient to establish award eligibility or determine the quality and significance of a candidate’s contributions. A final assessment should follow the official criteria of the organizer and be supported by verifiable research evidence.

A structured review could consider the following dimensions:

  • Research quality: the clarity of research questions, appropriateness of methods, reliability of results, and strength of conclusions.
  • Originality and innovation: evidence that the work advances knowledge, introduces a useful method, or solves a meaningful problem.
  • Scholarly influence: verified publications, citations, independent engagement with the work, and relevant recognition.
  • Practical or scientific significance: documented value for materials research, engineering applications, or related fields.
  • Verification and eligibility: confirmation of identity, publication attribution, affiliation, nomination requirements, and compliance with the official award rules.

Based on the supplied information, Youn-Woo Hong’s reported research metrics justify further examination of the linked scholarly record. A definitive recommendation would require verified publications, evidence of the candidate’s specific contributions, and the official award criteria. This article does not state or imply that an award has been conferred.

Conclusion

This article summarizes the supplied academic profile of Youn-Woo Hong, including the stated affiliation with the Korea Institute of Ceramic Engineering and Technology, the materials-science subject area, and the reported bibliometric indicators. The figures provide a starting point for reviewing scholarly visibility, but a complete assessment of research excellence requires verified publication records and evidence of original, rigorous, and meaningful contributions. Award suitability should be determined only after comparison with the organizer’s official criteria and confirmation of relevant research achievements.

References

  1. Elsevier. (n.d.). Scopus author details: Youn-Woo Hong, Author ID 36484468000. Scopus. The supplied author profile is the principal starting point for checking publication attribution and bibliometric information. The values presented in this article were supplied in the request and have not been independently verified here.
    https://www.scopus.com/authid/detail.uri?authorId=36484468000
  2. International Environmental Scientists Award. (n.d.). Official award website. Consult the organizer’s website for current information on award categories, eligibility, nomination procedures, and official announcements. Reference to the event does not establish that a particular researcher has received an award.
    https://environmentalscientists.org/
  3. Elsevier. (n.d.). Scopus: Abstract and citation database. Scopus provides indexed research records and citation information, subject to database coverage, profile attribution, and indexing policies. Consult the linked author profile to review the data relevant to this article.
    https://www.scopus.com/
  4. National Institute of Standards and Technology. (n.d.). Materials science and engineering resources. NIST provides scientific and technical resources relevant to materials properties, measurement, characterization, and engineering. These resources offer general context for materials-science research and are not evidence of any specific project attributed to the researcher.
  5. International Environmental Scientists Award. (n.d.). Award information and announcements. Official event information should be used to verify the award’s current requirements and any published selection results.
    https://environmentalscientists.org/
  6. Hirsch, J. E. (2005). An index to quantify an individual’s scientific research output. Proceedings of the National Academy of Sciences, 102(46), 16569–16572. This paper introduced the h-index as an indicator combining publication output and citation impact.

Mr. Kiyoon Kim | Sustainable Materials | Best Researcher Award

Published on by Environmental Scientists

Mr. Kiyoon Kim | Sustainable Materials | Best Researcher Award

Mr. Kiyoon Kim, Department of Ocean Integrated Science, College of Fisheries & Ocean Science, Chonnam National University, Republic of Korea, South Korea

🌊 Ki Yoon Kim is a researcher in the Department of Ocean Integrated Science at Chonnam National University, Republic of Korea. His expertise focuses on marine microplastic distribution and environmental quality parameters. His work contributes significantly to understanding microplastic pollution and its impact on marine ecosystems, combining rigorous field sampling with advanced statistical analysis.

Profile

Orcid

The paper “Microplastic Distribution Characteristics Considering the Marine Environment Based on Surface Seawater Quality Parameters in Southern Sea of Korea, 2019” by Mr. Ki Yoon Kim, Yasuhiro Ishibashi, and Hyeon Seo Cho demonstrates a significant contribution to the field of marine science and microplastic research. Here’s an evaluation based on the strengths and areas for improvement, along with a conclusion:

Strengths for the Award 💪🏆✨

Comprehensive Analysis:

The study covers a broad range of water quality parameters, including water temperature, salinity, pH, dissolved oxygen, suspended particulate matter, and chlorophyll-a. This comprehensive approach helps in understanding the relationship between these parameters and microplastic distribution.

Methodological Rigor:

The use of advanced statistical methods such as principal component analysis (PCA) and cluster analysis to categorize and analyze the data adds robustness to the research. These methods allow for a nuanced understanding of microplastic distribution across different areas.

Detailed Data Collection:

The paper describes a well-defined methodology for collecting and analyzing microplastic samples, including the use of a neuston net with a specific mesh size and a flow meter for quantification. The detailed process for analyzing water quality parameters and microplastics ensures reliability and accuracy.

Identification of Key Findings:

The study provides valuable insights into the predominance of polystyrene as a microplastic type and the variations in particle size across different groups. Identifying fragment and sheet shapes as the dominant types is crucial for understanding the environmental impact.

Contribution to Baseline Data:

By focusing on the Southern Sea of Korea, the study adds valuable baseline data for future research on microplastic distribution in this region. The findings can help inform future monitoring and mitigation strategies.

Areas for Improvement 🚀📈🔧

Seasonal and Temporal Variability:

The study is based on data collected at a single time point (September 2019). Including data from multiple seasons or years could provide a more comprehensive understanding of temporal variability in microplastic distribution.

External Influences:

The paper mentions the need to investigate the influence of external factors such as the Yangtze River and the Tsushima warm current. Addressing these factors could enhance the understanding of how external water masses affect microplastic distribution.

Statistical Significance:

While the study presents median values and statistical analyses, it could benefit from additional statistical tests to further validate the findings and address any potential biases or confounding variables.

Broader Implications:

The paper could expand on the broader ecological and human health implications of the findings. For example, discussing the potential impact of identified microplastic types and sizes on marine life and human health could provide more context for the results.

Comparative Analysis:

Including a comparison with other regions or previous studies could provide additional insights into whether the observed microplastic distributions are unique to the Southern Sea of Korea or consistent with global trends.

Education

🎓 Mr. Kim completed his academic studies at the Chonnam National University in South Korea, where he developed a strong foundation in ocean science and environmental analysis.

Experience

🔬 Mr. Kim’s professional journey includes his current role at the Department of Ocean Integrated Science, College of Fisheries & Ocean Science, Chonnam National University. His research work primarily involves analyzing microplastic distributions and their implications on marine water quality. He has collaborated with various institutions to advance the understanding of environmental pollution and its effects on marine life.

Research Interest

🔍 Mr. Kim’s research interests revolve around the distribution and characteristics of microplastics in marine environments. He focuses on analyzing surface seawater quality parameters and their correlation with microplastic abundance. His work aims to enhance the knowledge of how microplastics interact with marine ecosystems and to develop strategies for better environmental management.

Awards

🏆 Mr. Kim has been recognized for his contributions to marine science, particularly in the area of microplastic research. His work has been well-received in the academic community, reflecting his commitment to advancing environmental science.

Publication Top Notes

Microplastic Distribution Characteristics Considering the Marine Environment Based on Surface Seawater Quality Parameters in Southern Sea of Korea, 2019

 Conclusion

Overall, the paper is a strong candidate for the “Best Researcher Award” due to its rigorous methodology, comprehensive data analysis, and contribution to baseline knowledge in the field of microplastic research. The study’s strengths lie in its detailed examination of water quality parameters and microplastic characteristics, which provide valuable insights for future research. Addressing the identified areas for improvement, such as incorporating seasonal data and exploring external influences, could further enhance the research’s impact and relevance.