Best Researcher Award
Nouredine Ouarab
Semiconductor Technology Research Center for Energetics (CRTSE), Algeria
Nouredine Ouarab is a researcher affiliated with the Semiconductor Technology Research Center for Energetics (CRTSE) in Algeria. His documented research record spans semiconductor-related materials, nanostructures, electronic and optical properties, magnetic materials, photovoltaic systems, ceramics, and catalytic applications. His ORCID record identifies CRTSE as an employment affiliation and records a body of scholarly works associated with his research profile.[1]
Abstract
The documented research profile of Nouredine Ouarab demonstrates sustained activity across materials science, semiconductor research, nanostructured materials, photovoltaic technologies, magnetic systems, optical phenomena, ceramics, and catalytic materials. The available ORCID record lists 15 works and identifies multiple peer-reviewed journal publications with persistent DOI records.The supplied bibliometric information records 13 documents, 46 citations, and an h-index of 4 in Scopus, providing a quantitative basis for academic recognition.[1]
Keywords
Industrial Gas; Semiconductor Technology; Nanostructured Materials; Materials Science; Photovoltaics; Magnetic Materials; Optical Properties; Ceramic Materials; Catalysts; Surface Science; Spintronics; Energy Materials.
Introduction
Ouarab’s research record is characterized by interdisciplinary work connecting materials, electronic behavior, optical response, magnetic properties, and energy-oriented technologies. The ORCID record documents research outputs ranging from theoretical studies of thin films and semiconductor alloys to experimental investigations of modified kaolin ceramics and catalytic systems. These works provide evidence of engagement with both fundamental material properties and application-oriented research questions.[2]
Research Profile
The profile includes research on nanocrystalline compounds, ultrathin films, photovoltaic structures, semiconductor materials, ceramic systems, and catalytic materials. Recent recorded works include studies of CuS2–zeolite-modified kaolin catalysts for hydrogen sulfide removal from liquefied petroleum gas and FeAlPO5/kaolin composite catalysts for exhaust-gas conversion.The record therefore reflects a broad materials-oriented research portfolio relevant to energy and industrial applications..[3]
Research Contributions
Among the documented contributions are investigations into electronic and optical performance of FeS2-based nanocrystals for photovoltaic applications, magnetic properties of ultrathin ZnMnS films for spintronics, and first-principles calculations involving semiconductor alloys. Additional work addresses magnetic anisotropy, spin reorientation, ceramic photoluminescence, and catalytic conversion, illustrating continuity between computational, materials, and applied research.[4].
Publications
The supplied ORCID record documents publications in journals including Materials Chemistry and Physics, Radiation Physics and Chemistry, Materials Science and Engineering: B, Physica E, Surface Science, Journal of Magnetism and Magnetic Materials, Current Applied Physics, Journal of Electronic Materials, Sensor Letters, and related venues. Several entries contain DOI identifiers, enabling persistent verification of the corresponding scholarly records.[5]
Research Impact
The supplied Scopus metrics indicate 13 documents, 46 citations, and an h-index of 4. These indicators provide a concise quantitative description of the indexed research record, while the ORCID profile supplies additional publication-level evidence and persistent identifiers.The ORCID record also documents peer-review activity for Applied Clay Science and Applied Physics Letters, providing an additional indication of participation in scholarly evaluation.[1]
Award Suitability
For the Best Researcher Award, the documented profile offers several measurable criteria for consideration: an identifiable institutional affiliation, a persistent ORCID identity, indexed scholarly documents, citations, an h-index, peer-reviewed publications, and research activity spanning materials and energy-related technologies. The suitability assessment should remain based on the stated award criteria and verified evidence rather than on unsupported claims of distinction.[2]
Conclusion
Nouredine Ouarab’s documented scholarly record represents an interdisciplinary research profile centered on semiconductor technology, materials science, nanostructures, energy-related materials, optical properties, magnetic systems, ceramics, and catalytic applications. The combination of publication records, DOI-linked outputs, Scopus metrics, ORCID documentation, and peer-review activity provides a structured evidence base for academic recognition under the Best Researcher Award category.
External Links
References
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- Ouarab, N., Benlebna, H., Abou-Mustapha, M., Redjdal, N., Azzaz, M., Manseri, A., Lasmi, K., & Cheriet, A. (2026). CuS₂–zeolite-modified kaolin catalysts for efficient H₂S removal from liquefied petroleum gas. Materials Chemistry and Physics.
https://doi.org/10.1016/j.matchemphys.2026.132580
- Ouarab, N., Baadji, N., Abou-Mustapha, M., Redjdal, N., Azzaz, M., Manseri, A., Derkaoui, K., & Maar, S. (2026). Nanostructured FeAlPO₅/kaolin composite catalyst: Role of spin-orbit splitting in exhaust gas conversion. Materials Chemistry and Physics.
https://doi.org/10.1016/j.matchemphys.2026.132496
- Ouarab, N., Benharrat, L., Redjdal, N., Mezghiche, S., Manseri, A., & Toumert, I. (2025). Photoluminescence properties of modified kaolin ceramic in response to UV irradiation. Radiation Physics and Chemistry.
https://doi.org/10.1016/j.radphyschem.2025.113021
- Redjdal, N., Azzaz, M., Salah, H., Ouarab, N., Manseri, A., & Keffous, A. (2024). Growth mechanism and field emission of B doped AlN films. Materials Science and Engineering: B.
https://doi.org/10.1016/j.mseb.2023.117083
- Ouarab, N., & Boumaour, M. (2017). First-principles calculations of electronic and optical properties of Fe₁−ₓZnₓS₂ and Zn₁−ₓMgₓO alloys. Current Applied Physics.
https://doi.org/10.1016/j.cap.2017.05.008