Dr. Hamsa M. Yaseen. Work at the University of Baghdad/ College of Education for Pure Sciences—Ibn Al-Haitham /Department of Chemistry.
My field of research is analytical chemistry, especially the study and preparation of ion-selective electrodes, spectrophotometric determination of pharmaceuticals, and the preparation of molecularly imprinted polymers.
-Head of Postgraduate Studies Unit / Department of Chemistry / College of Education for Pure Sciences Ibn Al-Haitham / University of Baghdad. -Member of the Chemical Safety and Security Committee / Department of Chemistry / College of Education for Pure Sciences Ibn Al-Haitham / University of Baghdad.
Adsorption. spectroscopic methods. Molecular Imprinted Polymers. Ion-selective Electrodes.
B.Sc in Chemistry,2004 - University of Baghdad. M.Sc in Chemistry, 2007 - University of Baghdad. P.hD in Chemistry,2015 -University of Baghdad.
Analytical Chemistry . First Stage Analytical Chemistry . Second Stage Instrumental Chemical Analysis. Fourth Stage Chemical Safety and Security. First Stage.
Supervising a master's student for the academic year 2022-2023
The UV−VIS absorption spectroscopy technique was used to study the formation of a new complex of charge transfer (CT) between bioactive organic molecules as (Nystatin) containing both a π-electrons from a conjugated system and lone-pair of electrons (amine) with Tetrachloro-1,4 benzoquinone (TCBQ) as a π-acceptor in which the transferred electron goes into its vacant anti-bonding molecular orbitals. The Tyrian purple-colored complex formed was quantitatively measured at 544 nm. This complex shows obeying Beer's law within the concentration range of (10-90) μg.ml-1The stoichiometry of the formed complex between the (Nys.) and (TCBQ) was found 1:2 as evaluated by continuous variation (Job's method) and mole ratio method The value of mola
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