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Selma M. H. AL-Jawad

Applied Science Department · University of Technology

https://researchid.co/selma-aljawad
@uotechnology.edu.iq
80Scopus Publications
1699Google Scholar Citations
27Google Scholar h-index
49Google Scholar i10-index

Research Interests

Semiconductor Thin Films and nanotechnology, Antibacterial activity, Biomedical application, Solar Cell, Gas Sensor and water treatment.

Biography

• My name Selma M. H. AL-Jawad and I work as Prof. in Applied sciences department, University of Technology. I have MS.c in Laser Physics (2000) and PhD degree in Applied Physics (2007) from applied sciences department, University of Technology, Baghdad, Iraq. I teach the following topic, Solid State Physics 4st class, full time (2006- present). I teach the following topic in M.Sc course, Solid State Physics and Semiconductor , full time (2010 and till now). I teach the following topic in PhD course, Advance Solid State Physics , full time (2012 and till now). I supervise on the 21masters students. I supervise on the 10 PhD students. I global research evaluation 66. Evaluated 60 research papers for an international journal.

Education

PhD in physics from Technology University/ School of Applied Science -Baghdad, Iraq M.Sc in physics from Technology University /School of Applied Science -Baghdad, Iraq B.Sc in physics from Technology University /School of Applied Science -Baghdad, Iraq

Recent Scopus Publications

  1. Enhancement of antibacterial efficacy of copper oxide cauliflower nanostructures by co-doping with zinc and iron
    Solid State Communications, 2026
  2. Novel approach for preparing CdO by laser ablation for photodetector application: Impact of media liquid
    Materials Science and Engineering B, 2026
  3. Evaluating Calcium Overload by Pure and Ag-Doped CaO Nanoparticles for Cancer Therapy
    Plasmonics, 2026
  4. Optimized CaO₂-based nanoparticles for cancer therapy: inducing calcium overload and enhancing cytotoxicity
    Inorganic Chemistry Communications, 2026
  5. Augmentation of Antibacterial Efficacy of Synthesized Cadmium Sulfide Flower-Shaped Multipod Nanostructures Through Dual Doping with Manganese and Nickel
    Plasmonics, 2026

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