Yongjun Hu | Raman spectroscopy | Analytical Chemistry Award

Published on by Analytical Chemistry

Analytical Chemistry Award

Yongjun Hu
South China Normal University

Yongjun Hu
Affiliation South China Normal University
Country China
Scopus ID 10139928200
Documents 122
Citations 2,471
h-index 28
Subject area Raman spectroscopy
Event  Analytical Chemistry

Yongjun Hu, separation and quantification of chemical substances. Research in this field supports applications in environmental monitoring, materials science, pharmaceutical analysis, food testing and biological measurement. This article presents a researcher profile for Yongjun Hu, affiliated with South China Normal University in China, in the context of analytical chemistry and Raman spectroscopy. The supplied bibliometric information is presented as profile data and should be checked against the relevant indexing records before formal publication. [1][2]

 

Abstract

This article summarizes the supplied academic profile of Yongjun Hu of South China Normal University, China, with a stated subject focus on Raman spectroscopy. The provided profile reports 122 documents, 2,471 citations and an h-index of 28. These figures are time-sensitive bibliometric indicators and may vary between databases or over time; they should be verified directly through the linked Scopus author record before reuse. [1]

Raman spectroscopy is a vibrational spectroscopic technique that provides information about molecular structure and chemical composition through inelastic scattering of light. Its analytical applications include material characterization, chemical identification and investigations of complex samples. The suitability of an individual researcher for an award should be assessed using verified publications, documented contributions, research influence and the award’s published eligibility criteria.

Keywords

Analytical chemistry; Raman spectroscopy; vibrational spectroscopy; chemical characterization; South China Normal University; bibliometrics; scientific publications; research impact; academic awards.

Introduction

Analytical chemistry develops methods for obtaining reliable qualitative and quantitative information about chemical systems. Spectroscopic techniques are important within this discipline because they can reveal molecular and material properties while supporting measurements across a wide range of sample types. Raman spectroscopy, in particular, uses the frequency shifts associated with inelastic light scattering to provide molecular vibrational information.

Researcher profiles and scientific awards offer different ways to communicate academic work. A researcher profile describes affiliation, research interests, publications and measurable scholarly activity. An award assessment additionally requires evidence that the candidate satisfies the relevant award criteria. Bibliometric indicators can contribute context, but they should not be treated as a complete measure of scientific quality or as proof of an award result. [2]

 Research Profile

The supplied information identifies Yongjun Hu as affiliated with South China Normal University in China. The institution name and researcher identity should be checked against the university’s official directory or relevant research records to ensure that the profile corresponds to the intended individual. The Scopus author identifier provided for this article is 10139928200. [1]

Raman spectroscopy measures the energy shifts between incident photons and inelastically scattered photons. The resulting spectral features can be used to investigate vibrational modes and obtain information about molecular bonds, chemical environments and material structure. Analytical applications depend on sample properties, instrument configuration, spectral interpretation and appropriate validation procedures.

The profile data supplied for this article list 122 documents, 2,471 citations and an h-index of 28. These values are reported as user-provided figures rather than independently verified live database results. Citation totals can differ across indexing services because of coverage, author-name disambiguation, publication types and update schedules. The h-index also depends on the database and the date on which it is calculated. [1][2]

Research Contributions

Research contributions in analytical chemistry can take several forms, including the development of measurement methods, improvements in sensitivity or selectivity, new approaches to sample preparation, advances in instrumentation and applications to scientifically important problems. In Raman spectroscopy, the relevance of a contribution may be demonstrated through validated analytical performance, reproducibility, comparison with established methods and evidence that the approach addresses a defined research need.

For a researcher-specific account of Yongjun Hu’s contributions, individual publications and their full bibliographic records should be reviewed. The available input does not identify particular articles, experimental findings, patents, research grants or collaborations; accordingly, no specific discovery or methodological advance is attributed to the researcher in this article.

Relevant evidence for documenting research contributions may include:

  • Peer-reviewed papers describing original methods or findings.
  • Validation data demonstrating analytical accuracy, precision, sensitivity or selectivity.
  • Independent studies that reproduce, evaluate or extend published methods.
  • Documented collaborations, research applications and contributions to the scientific community.

 Publications

The supplied profile reports 122 documents. This aggregate figure does not establish the titles, publication dates, authorship order, journal details or DOI identifiers of individual works. The linked Scopus author page is the appropriate starting point for retrieving and checking publication records. [1]

For academic or award-related use, a publication list should be prepared from verified bibliographic metadata. Each entry should include the authors, article title, journal or proceedings title, year, volume, issue and page range or article number where available. A DOI should be included only when a valid identifier can be confirmed from the publisher or a reliable bibliographic record.

  • Verify the publication’s title and complete author list.
  • Confirm the publication year and journal or conference details.
  • Check each DOI against the publisher’s landing page.
  • Distinguish original research articles from reviews, conference papers and other document types.
  • Identify representative papers using transparent criteria rather than citation counts alone.

Research Impact

The supplied citation count of 2,471 and h-index of 28 provide quantitative indicators of the research profile as reported by the requester. They should be interpreted in context rather than as standalone measures of scientific merit. Citation patterns vary by research discipline, publication age, database coverage and the size of the research community. [2]

A balanced assessment of research impact can consider the originality and reliability of published findings, their influence on subsequent research, methodological reuse, interdisciplinary relevance and documented applications. The Leiden Manifesto recommends that quantitative research evaluation support expert assessment and reflect the purpose and context of the evaluation.

For this profile, the bibliometric values should be dated and rechecked before being used in a nomination, institutional report or public announcement. No claim of a particular ranking, field-leading status or independently established societal impact is made here.

 Award Suitability

The Scientists Research Awards website is identified by the requester as the relevant award platform. Its current award categories, eligibility conditions, selection process, judging criteria and recipient announcements should be reviewed directly before making claims about eligibility or recognition. [3]

The supplied researcher profile contains information that could be relevant to a preliminary academic profile: an institutional affiliation, a stated subject area, a Scopus author identifier and reported bibliometric indicators. These details alone are insufficient to determine award eligibility or establish that a nomination has been accepted or an award has been granted.

  • A verified researcher identity and institutional affiliation.
  • Representative publications with confirmed bibliographic details and DOIs.
  • A clear description of original contributions to analytical chemistry or Raman spectroscopy.
  • Evidence of research quality, independent influence and relevant applications.
  • Confirmation that the candidate meets the published rules for the relevant award category.

Until an official award announcement or equivalent reliable evidence is available, this article should be understood as an academic recognition profile rather than a confirmation of an award outcome.

 Conclusion

This article presents a structured profile of Yongjun Hu, identified in the supplied information as affiliated with South China Normal University in China and associated with Raman spectroscopy. The provided profile figures are 122 documents, 2,471 citations and an h-index of 28; these values require direct verification against the linked Scopus record and should be accompanied by a retrieval date when published. [1]

Raman spectroscopy is an established analytical technique with applications in chemical and materials characterization. A rigorous evaluation of an individual researcher’s contributions requires examination of verified publications, methodological evidence and independent research influence. Any connection to the Scientists Research Awards should be described in accordance with official award documentation and confirmed results. [4][6]

 References

  1. Elsevier. Scopus: Author Search and Author Profiles. Author record supplied for Yongjun Hu, author ID 10139928200. Available at: https://www.scopus.com/authid/detail.uri?authorId=10139928200. Bibliometric figures in this article were supplied by the requester and have not been independently verified at the time of writing.

  2. Abiotic Peptide-Like Bond Formation in Gas-Phase Nitrile-Water Clusters Driven by Vacuum Ultraviolet Photoionization
    https://www.researchgate.net/scientific-contributions/Yongjun-Hu-2051757223

  3. A colorimetric – ratiometric SERS dual-mode sensor based on magnetic COF nanoflowers is used for the detection of glucose in food
    https://www.sciencedirect.com/science/article/abs/pii/S030881462600587X
  4. Visualizing xenobiotics and metabolites in zebrafish by VUV-laser desorption post-ionization mass spectrometry imaging
    https://pubmed.ncbi.nlm.nih.gov/41586896/