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B.Sc. 2005 Science Baghdad
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M.Sc 2010 Science Baghdad
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Ph.D. 2016 Science Baghdad
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2005-2009 Department of Physics, College of Science, University of Baghdad Assistant Physical
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2009-2010 Department of Physics, College of Science, University of Baghdad MSc. Student
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2010-2013 Department of Physics, College of Science, University of Baghdad Assistant Lecturer
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2013 Department of Physics, College of Science, University of Baghdad Ph.D Student
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2016 Department of Physics, College of Science, University of Baghdad Ph.D
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2022 Department of Physics, College of Science, University of Baghdad Assist. Prof.Dr.
- Member of the fourth phase projects discussion committee Baghdad 2017 -2023
- Member of the Master's Student Discussion Committee Baghdad 2017-2023
- Member of the support committee for the exhibition of scientific ideas Baghdad 2017-2023
- patents The Central Agency for Standardization and Quality Control / Iraq 2018-2021
عضو لجنة الموسم الثقافي 2012 عضو لجنة النشاط الاصفي 2012 عضو لجنة غيابات المسائي 2017-2015 عضو لجنة ساندة لمعرض الافكار العلمية 2016-2017 عضو لجنة امتحانية 2017-2018 عضو لجنة مناقشة مشاريع المرحلة الرابعة 2017-2021 عضو لجنة مناقشة طلاب ماجستير 2017-2021 عضو لجنة تشريفات المؤتمر الرابع لتقنيات المواد الدقيقة 2017-2019 عضو لجنة تشريفات المؤتمرالتخصصي الثاني في الفيزياء و تطبيقاتها2017-2019 عضو لجنة امتحانية 2019-2021 عضو لجنة مناقشة مشاريع طلبة الماجستير 2019-2021 عضو لجنة التصنيف الوطني 2018-2019 عضو لجنة متابعة التدريسات للدراسة الاولية 2022-2024 عضو لجنة الوثائق 2022-2024
- Previously years Several Authority Many certification
- 2007/9/10 The Dean of College of engineering , university of Baghdad Acknowledgment
- 2008/2/4 The Dean of Science, university of Baghdad Acknowledgment
- 2008/8/18 The Dean of Science, university of Baghdad Acknowledgment
- 2009/2/1 رابطة التدريسيين العراقيين Acknowledgment
- 2010/4/6 The Dean of Science, university of Baghdad Certification
- 2012/5/14 The chief of Baghdad University Acknowledgment
- 2013/2/18 The Dean of Science, university of Baghdad Certification
- 2013/6/27 The Dean of Science, university of Baghdad Certification
- 2013/10/7 The chief of Baghdad University Acknowledgment
- 2014/4/21 The chief of Baghdad University Acknowledgment
- 2014/10/20 The Assistant chief of Baghdad University Acknowledgment
- 2015/7/27 The chief of Baghdad University Acknowledgment
- 2016/3/3 The Assistant chief of Baghdad University Acknowledgment
- 2016/6/8 The Assistant chief of Baghdad University Acknowledgment
- 2016/8/18 Prime Minister’s Acknowledgment
- 2017/2/9 The chief of Baghdad University Acknowledgment
- 2017/11/26 The Dean of Science, university of Baghdad Acknowledgment
- 2019/8/6 The Dean of Science, university of Baghdad Acknowledgment
- 2019/8/26 The Dean of Science, university of Baghdad Acknowledgment
- 2020/9/17 The Dean of Science, university of Baghdad Acknowledgment
- 2020/7/28 The chief of Baghdad University Acknowledgment
- 2020/12/28 The Dean of Science, university of Baghdad Acknowledgment
- 2021/7/4 The Dean of Science, university of Baghdad Acknowledgment
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Iron–phthalocyanine (FePc) organic photoconductive detector was fabricated using pulsed laser deposition (PLD) technique to work in ultraviolet (UV) and visible regions. The organic semiconductor material (iron phthalocyanine) was deposited on n-type silicon wafer (Si) substrates at different thicknesses (100, 200 and 300) nm. FePc organic photoconductive detector has been improved by two methods: the first is to manufacture the detector on PSi substrates, and the second is by coating the detector with polyamide–nylon polymer to enhance the photoconductivity of the FePc detector. The current–voltage (I–V) characteristics, responsivity, photocurrent gain, response time and the quantum efficiency of the fabricated photoconduc
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Magnesium Phthalocyanine (MgPc) was deposited on a glass substrate by pulsed laser deposition (PLD) using Q-Switching Nd:YAG laser with wavelength 1064 nm, repetition rate 6 Hz, at room temperature (300K) and different annealing temperatures (373, 473, and 573)K under vacuum condition of 10-3 torr. All films were annealed for one hour to attain crystallinity. X-ray diffraction (XRD) of MgPc powder indicated that MgPc crystallizes in polycrystalline with a monoclinic structure. While comparing the MgPc films, it was observed that the intensity of the characteristic peak increases with temperature, and the crystallization exhibited a monoclinic structure typical of the β-form. The Miller indices, hkl, values for each diffraction peak
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In this study, reduced graphene oxide (rGO) was synthesized from graphene oxide (GO) via an ascorbic acid-assisted reduction process. GO was synthesized from graphite powder using a modified Hummers technique. The surface morphology, structure, functional groups, and elemental compositions of the produced materials were studied using various methods, such as scanning electron microscopy (SEM)/EDX, X-ray diffraction (XRD), atomic force microscopy (AFM), Fourier transform infrared (FTIR), and UV-Vis. The removal of oxygen-containing functional groups in rGO through reduction resulted in poor sample quality. In addition, FTIR investigations revealed that GO contained more oxygen-containing functional groups than rGO. Typical peaks at 2
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