Innovative Research Award
Silke Rathgeber
University Koblenz, Germany
| Silke Rathgeber |
| Affiliation |
University Koblenz |
| Country |
Germany |
| Scopus ID |
6603017653 |
| Documents |
40 |
| Citations |
1,674 |
| h-index |
21 |
| Subject Area |
Materials Science |
| Event |
Award And Honors |
Silke Rathgeber is a researcher affiliated with the University Koblenz whose scholarly work contributes to the advancement of Materials Science through interdisciplinary investigation and scientific collaboration. Her publication record and citation performance demonstrate sustained research activity and academic influence within the international scientific community.[1]
Abstract
This article summarizes the academic profile of Silke Rathgeber, emphasizing her scholarly achievements in Materials Science. The overview highlights research productivity, citation performance, and international visibility that support recognition through research excellence awards.[2]
Keywords
Materials Science, Scientific Research, Academic Excellence, Research Publications, Citations, Innovation, University Koblenz, International Collaboration, Scopus, Research Awards.
Introduction
Academic recognition reflects both research quality and sustained scholarly engagement. Silke Rathgeber has established a notable presence through peer-reviewed publications and contributions that support innovation in materials-related scientific investigations.[3]
Research Profile
Her Scopus profile records 40 indexed publications, 1,674 citations, and an h-index of 21, reflecting consistent research productivity and measurable scientific influence. These indicators demonstrate continued participation in internationally recognized scholarly activities.[1]
Research Contributions
Her work contributes to the understanding of materials science through analytical investigations, collaborative research, and publication in reputable journals. These contributions support scientific advancement and provide valuable references for future studies.[4]
Publications
The publication portfolio demonstrates continuous engagement with peer-reviewed research and interdisciplinary collaboration. The accumulated citation record indicates that these publications have attracted attention and contributed to ongoing scientific discussions.[2]
Research Impact
Citation metrics and publication performance indicate meaningful academic impact within the materials science community. Such indicators are commonly used to evaluate research influence, scholarly visibility, and knowledge dissemination.[5]
Award Suitability
Based on documented publication output, citation performance, and sustained scientific engagement, Silke Rathgeber demonstrates characteristics commonly associated with candidates for research excellence recognition. Her academic record aligns with evaluation criteria emphasizing innovation, research quality, and scholarly influence.
Conclusion
Silke Rathgeber’s scholarly profile illustrates sustained contributions to Materials Science through research productivity, collaboration, and measurable academic impact. The available bibliometric indicators support her recognition as a researcher with established scientific influence and continued potential for future contributions.
External Links
References
-
- Elsevier. (n.d.). Scopus Author Details: Silke Rathgeber, Author ID 6603017653.
https://www.scopus.com/pages/authors/6603017653
- Deeb, A. K., Neuß, O., & Rathgeber, S. (2026). Interplay between octene content and grafting-induced molecular weight deviations and their effect on the impact toughness of ethylene/1-octene-modified polyamide 6. Polymers.
https://pubmed.ncbi.nlm.nih.gov/41829287/
- Deeb, A. K., Neuß, O., & Rathgeber, S. (2026). Tailoring impact toughness of PA6: Isolated effects of modifier octene content and molecular weight in MAH-grafted EOR copolymers. Polymers.
https://www.mdpi.com/2073-4360/18/5/584
- DOI Foundation. (n.d.). Persistent Identification of Scholarly Publications.
- Guckeisen, T., Orghici, R., & Rathgeber, S. (2024). Correlative effects on nanoplastic aggregation in model extracellular biofilm substances investigated with fluorescence correlation spectroscopy. Polymers.
https://pubmed.ncbi.nlm.nih.gov/39125195/