Metal Oxide Powder Technologies

Prof. Dr. Yarub Al-Douri is a Fellow of European Academy of Sciences. Al-Douri is winner of the prestigious Khalifa International Award for Date Palm and Agricultural Innovation 2024. He has initiated Nanotechnology Engineering MSc Program and Nano Computing Laboratory. He has received numerous accolades including winner of IAAM Scientist Award by International Association of Advanced Materials, Sweden 2023, 2022, World’s Top 2% Scientists by Stanford University, USA 2022, 2021 & 2020, World’s Top 2% Scientist Career-Long Citation Impact by Stanford University, USA 2020, OeAD Award, Austria 2020, Japan Society for the Promotion of Science (JSPS) Award 2019, Asian Universities Alliance (AUA) Award 2019, Iraqi Forum for Intellectuals and Academics Award (IFIA) 2019, TWAS-UNESCO Associateship (Twice) Award 2015 & 2012 and Best Paper Award at Global Conference on Energy and Sustainable Development in UK 2015, the total is 76 awards. Al-Douri is Associate Editor of Nano-Micro Letters (Q1,IF=30.6,Springer), Editor-in-Chief of Experimental and Theoretical NANOTECHNOLOGY (Scopus-indexed), Editor-in-Chief of World Journal of Nano Science and Engineering. Al-Douri has 31 years research experience, 25 years university teaching experience, 12 years administrative experience and more than 860 publications.

• 1. Physical studies of metal oxide powders2. Chemical studies of metal oxide powders3. Synthesis and preparation of metal oxide powders4. Sinteringbehvaiours of Fe304 and CaO powders roasted under CO-CO2-N2 atmosphere5. Surface modification, including polymerization, nanocoating, and microencapsulation6. Composite formation of powders7. Biological investigations of metal oxide powders8. Physical methods of metal oxide powders9. Chemical processes of metal oxide powders10. Thermal protection coatings of metal oxide powders11. Metal oxides powder technology in biomedical applications12. Metal oxides powder technology in energy technologies13. Metal oxides in electronics14. Metal oxides powder technology in catalysis15. Metal oxide for heavy metal detection and removal16. Metal oxides powder technology in membranes17. 3D printing of ceramic powder technology18. Metal oxides powder technology in dielectric materials

"This book would be of interest to researchers working with powder metal oxide technologies with a focus mainly in the areas of biomedical, ceramic matrix composites, fuel cells, and supercapacitor technology. It would also benefit those who want to learn abotu the latest metal oxide processing methods. There are loads of graphical and tabular dta along with many micrographs used to illustrate powder size and morphology, critical factors that need to be controlled for obtaining desired properties. It is well worth the effort to obtain a copy to learn about the various processing methods." --IEEE Electrical Insulation Magazine