Professor in physics of Remote Sensing and Cosmology
Scientific title: Professor - Teaching In the Department of Remote Sensing and Systems Geographic information Head of the Remote Sensing Department For the period from 2018 to 2021 Member of the Arab Union Council Arab coaches - follow the council The economic unit of the League of Nations Arabic - Kingdom of Jordan Hashemite Member of the Arab Union for Development Sustainable and environment - Republic of Egypt Arabic Member of the Scientific Council for Education Continuing University of Baghdad Member of more than 20 scientific committees International and local conference Scientific research: up to 40 papers Scientifically published in scientific journals Solid and tight within the container Global Scoops and Callerfit
Member of the Arab Union Council Arab coaches - follow the council The economic unit of the League of Nations Arabic - Kingdom of Jordan Hashemite Member of the Arab Union for Development Sustainable and environment - Republic of Egypt Arabic Member of the Scientific Council for Education Continuing University of Baghdad Member of more than 20 scientific committees International and local conference Scientific research: up to 40 papers Scientifically published in scientific journals Solid and tight within the container Global Scoops and Callerfit
Physics of remote sensing and astrophysics, environment sciences ;urban planning
Prof. in physics
Teaching field in physics of remote sensing and Gis with physics of environment for students stages (1,3,4 and Post graduate students
MSc and Ph.D students
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In this study the role of remote sensing and geographic information systems in the planning of some Iraqi cities, including the city of Aziziyah in Kut / Wasit Governorate, was considered. Certain appropriate models (sprawling growth patterns) have been adopted to plan this city, and tables and a future map have been prepared to arrange this city. Land uses for public services will be proposed for adopted case(Aziziyah in Kut / Wasit Governorate). This paper describes a specific application of GIS functionalities for spatial planning analysis, examines the breadth of GIS and attempts to address the analytical part’s limitations in planning studies. The study concluded, through high-resolution visuals, to the possibility of determining th
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TThe property of 134−140Neodymium nuclei have been studied in framework Interacting Boson Model (IBM) and a new method called New Empirical Formula (NEF). The energy positive parity bands of 134−140Nd have been calculated using (IBM) and (NEF) while the negative parity bands of 134−140Nd have been calculated using (NEF) only. The E-GOS curve as a function of the spin (I) has been drawn to determine the property of the positive parity yrast band. The parameters of the best fit to the measured data are determined. The reduced transition probabilities of these nuclei was calculated. The critical point has been determined for 140Nd isotope. The potential energy surfaces (PESs) to the IBM Hamiltonian have been obtained using the intrin
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The aim of the study is to investigate the effects of space weather on the troposphere, where our climate exists. This work is useful to give us an idea of the interaction between solar activity and some meteorological parameters. The sunspot number (SSN) data were extracted from the World Data Center for the production, preservation, and dissemination of the international sunspot number (SILSO), top net solar radiation (TSR) and temperature 2 meters from the ERA5 model of the Copernicus Climate Change Service (C3S) from the Climate Data Store with 0.25 grid Resolution, providing a rich source of climate data for researchers. This study was conducted from 2008 to 2021 (solar cycle 24 and the beginning of 25) over Iraq loca
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