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Ferdosi Yusuf
Ferdosi Yusuf
Project Metallurgist, Adelaide Mineral Processing, Bureau Veritas Minerals Pty Ltd, Australia
Verified email at au.bureauveritas.com
Title
Cited by
Cited by
Year
Cobalt–nickel mixed oxide surface: a promising adsorbent for the removal of PR dye from water
AN Chowdhury, A Rahim, YJ Ferdosi, MS Azam, MM Hossain
Applied Surface Science 256 (12), 3718-3724, 2010
432010
Copper-cobalt mixed oxide matrix: a better adsorbent for the treatment of textile dye
YJ Ferdosi, AN Chowdhury, MM Hossain
Asian Journal of Water, Environment and Pollution 10 (2), 1-9, 2013
22013
Preparation of mixed oxide surface and its characteristics toward adsorption of textile dyes
YJ Ferdosi
Department of Chemistry, BUET, 2009
12009
Understanding Factors that Control Mineral Separation in Bulk Copper Concentrates
YJ Ferdosi
University of South Australia, 2012
2012
Electrochemical Impedance Studies of Model Particles: The Effect of Particle size, particle shape, hydrophobicity and Collector Dosages
YJ Ferdosi, S Harmer
XXVI International Mineral Processing Congress, 2012
2012
Monitoring Oxidation of Minerals in a Mixed Copper Mineral Concentrate using AC Impedance Spectrometry
YJ Ferdosi, I Ametov, S Harmer, R Alford
ECS Meeting Abstracts, 2622, 2011
2011
Monitoring surfaces of mineral particles using electrochemical impedance spectroscopy
YJ Ferdosi, I Ametov, S Harmer
Chemeca 2011: Engineering a Better World, 2011
2011
Removal of Textile Dyes Using Copper-Cobalt Mixed Oxide Matrix
YJ Ferdosi, AN Chowdhury, MM Hossain
Chemeca 2010 (38th: 2010: Adelaide, SA), 2047-2056, 2010
2010
A Critical Study on Metropolis Monte-Carlo Computer Simulation of the Phase Behavior of Quaternary Water/Reactant/Oil/Surfactant Systems
YJ Ferdosi, BJ Ferdosi
The AIUB Journal of Science and Engineering 6 (1), http://orp.aiub.edu/pages, 2007
2007
Metropolis Monte-Carlo Computer Simulation of the Phase Behavior of Quaternary Water/Reactant/Oil/Surfactant Systems
BJ Ferdosi, YJ Ferdosi
2007
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Articles 1–10