Postdoctoral Research Associate at The University of Sydney School of Chemistry, Australia.
π¬ Dr. Alexander Masato Djerdjev is a dedicated Postdoctoral Research Associate at The University of Sydney, School of Chemistry. With a Ph.D. in Science (Chemistry), his research has significantly contributed to emulsion explosive technology and colloid science. He played a key role in developing two patents with Dyno Nobel, focusing on emulsion explosives for hot and reactive grounds. His groundbreaking work on the charge mechanism at hydrophobic-water interfaces has advanced surface chemistry and catalysis. With 28 journal publications and 1,676 citations (H-index: 15), Dr. Djerdjev continues to drive innovation through industry collaborations and cutting-edge research.
Professional profile:
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Education & Experience ππ¨βπ¬
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Ph.D. in Science (Chemistry) β The University of Sydney π
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Postdoctoral Research Associate β The University of Sydney ποΈ
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Industry Collaboration β Worked with Dyno Nobel on emulsion explosive technology π₯
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Electroacoustic Technique Development β Partnered with Colloidal Dynamics Inc. β‘
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Authored 28 Journal Publications in high-impact journals π
Professional Development (100 words) ππ
Dr. Djerdjev has actively contributed to scientific advancements in colloid chemistry and emulsion explosives. His expertise in zeta potential measurements and particle size analysis has led to significant industrial applications. Collaborating with Dyno Nobel, he has improved thermal and chemical stability of explosives, ensuring safer and more efficient usage. His research on hydrophobic surface charge mechanisms has paved the way for water-based catalysis in organic reactions. With five industry projects and ongoing academic research, Dr. Djerdjev remains at the forefront of innovation, bridging the gap between theory and application in chemistry and material sciences.
Research Focus (100 words) π¬βοΈ
Dr. Djerdjevβs research primarily focuses on colloid and interface science, emulsion explosive technology, and surface chemistry. He has pioneered studies on the decomposition mechanism of ammonium nitrate in reactive grounds, proposing novel inhibitors to enhance safety. His electroacoustic technique has revolutionized zeta potential measurement, aiding industries in particle dispersion analysis. He has also demonstrated that hydrophobic surfaces acquire a negative charge due to hydroxide ion adsorption, leading to breakthroughs in on-water catalysis. His work extends to reducing NOx emissions in industrial applications, contributing to safer and more sustainable chemical processes.
Awards & Honors πποΈ
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Best Researcher Award Nominee π
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Two Patents in Emulsion Explosive Technology π
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Collaboration with Dyno Nobel on Industrial Innovations π‘
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High Citation Impact (1,676 citations, H-index: 15) π
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Published 28 Peer-Reviewed Research Articles π
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Significant Contributions to Colloid Science & Surface Chemistry π¬
Publication Top Notes
- The pristine oil/water interface: Surfactantβfree hydroxideβcharged emulsions β JK Beattie, AM Djerdjev | π Cited by: 423 | π
Year: 2004
- The surface of neat water is basic β JK Beattie, AM Djerdjev, GG Warr | π Cited by: 365 | π
Year: 2009
- Strong specific hydroxide ion binding at the pristine oil/water and air/water interfaces β P Creux, J Lachaise, A Graciaa, JK Beattie, AM Djerdjev | π Cited by: 297 | π
Year: 2009
- pH and the surface tension of water β JK Beattie, AM Djerdjev, A Gray-Weale, N Kallay, J LΓΌtzenkirchen | π Cited by: 137 | π
Year: 2014
- Absence of specific cation or anion effects at low salt concentrations on the charge at the oil/water interface β GV Franks, AM Djerdjev, JK Beattie | π Cited by: 68 | π
Year: 2005
- Rapid electroacoustic method for monitoring dispersion: zeta potential titration of alumina with ammonium poly (methacrylate) β JK Beattie, A Djerdjev | π Cited by: 42 | π
Year: 2000