Degree Major University Year
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 بكالوريوس فيزياء  جامعة الحسين بن طلال (اﻷردن) ماجستير فيزياء جامعة مؤتة (اﻷردن) دكتوراة فيزياء الفلك وعلوم الفضاء  جامعة سانتياغودي كمبوستيلا (إسبانيا) -
 2000
Position University / Department Period
See Details
مدير مركز ابحاث و تطوير الطاقة المتجددة رئيس قسم الفيزياء رئيس قسم التصوير الطبي الاشعاعي مقيم جودة لمؤسسات التعليم العالي
 -
-		 2000/01
Position Institution Period
See Details
Physics laboratory Technologist Al-Hussein Bin Talal University  February 2010 – July 2012 Physics Laboratory Supervisor     Al-Hussein Bin Talal University    July 2012 – August 2013
 - 2000/01
1
Physical and geometrical parameters of CVBS. XII. FIN 350 (HIP 64838)
Other 2000
Journal
Published2000/01/01
Authors
TypeOther
A complete astrophysical and dynamical study of the close visual binary system (CVBS) Finsen 350 (A7V + F0V), is presented. Beginning with the entire observational spectral energy distribution (SED) and the magnitude difference between the subcomponents, Al-Wardat’s complex method for analyzing CVBS was applied as a reverse method of building the individual and entire synthetic SEDs of the system. This was combined with Docobo’s analytic method to calculate the new orbits. Although possible short (approximately 9 years) and long period (of about 18 years) orbits could be considered taking into account the similar results of the stellar masses obtained for each of them (3.07 and 3.41 M ⊙, respectively), we confirmed that the short solution is correct. In addition, other physical, geometrical and dynamical parameters of this system such as the effective temperatures, surface …
2
Precise orbital elements, masses and parallax of the spectroscopic–interferometric binary HD 26441
Other 2000
Journal
Published2000/01/01
Authors
TypeOther
The orbit of the visual–speckle binary A 2801 (HD 26441) was calculated independently of the previously published double-lined spectroscopic solution, obtaining similar values for the common orbital elements. In this way, it has been possible to provide a consistent 3D orbit and precise values for both the orbital parallax and the individual masses of the components, so the physical properties of this stellar system are determined.
3
Physical and geometrical parameters of CVBS. XII. FIN 350 (HIP 64838)
Other 2000
Journal
Published2000/01/01
Authors
TypeOther
A complete astrophysical and dynamical study of the close visual binary system (CVBS) Finsen 350 (A7V + F0V), is presented. Beginning with the entire observational spectral energy distribution (SED) and the magnitude difference between the subcomponents, Al-Wardat’s complex method for analyzing CVBS was applied as a reverse method of building the individual and entire synthetic SEDs of the system. This was combined with Docobo’s analytic method to calculate the new orbits. Although possible short (approximately 9 years) and long period (of about 18 years) orbits could be considered taking into account the similar results of the stellar masses obtained for each of them (3.07 and 3.41 M ⊙, respectively), we confirmed that the short solution is correct. In addition, other physical, geometrical and dynamical parameters of this system such as the effective temperatures, surface …
4
Precise orbital elements, masses and parallax of the spectroscopic–interferometric binary HD 26441
Other 2000
Journal
Published2000/01/01
Authors
TypeOther
The orbit of the visual–speckle binary A 2801 (HD 26441) was calculated independently of the previously published double-lined spectroscopic solution, obtaining similar values for the common orbital elements. In this way, it has been possible to provide a consistent 3D orbit and precise values for both the orbital parallax and the individual masses of the components, so the physical properties of this stellar system are determined.
Project Role / Funding Period Status
Physical and Orbital Properties of some Spectroscopic and Visual binaries. Ahmad Abushattal (AHU) and Mashhoor Al-Wardat (AABU)
In this work will determine the physical parameters and orbital elements for some visual and spectroscopic binaries. This research will use different methods such as Al-Wardat, Docobo, and Tokovinin to provide a consistent 3D orbit, precise orbital parallax, and masses of individual components.
 Researcher
 2000/01
 Completed
Physical and Orbital Properties of some Spectroscopic and Visual binaries. Ahmad Abushattal (AHU) and Mashhoor Al-Wardat (AABU)
In this work will determine the physical parameters and orbital elements for some visual and spectroscopic binaries. This research will use different methods such as Al-Wardat, Docobo, and Tokovinin to provide a consistent 3D orbit, precise orbital parallax, and masses of individual components.
 Researcher
 2000/01
 Completed
Conference / Paper Location Date Participation
Conferences - See Details
• Ahmad, Abushattal (2018a). “The 12th Arab Conference for Astronomy and Space Science, entitled: Extrasolar planets in spectroscopic binary systems: Stability and Habitability, (The Royal Jordanian Geographic Center, Jordan. May, 2018)”. In: p. 34. • – (2018b). “The 12th Arab Conference for Astronomy and Space Science, (The Royal Jordanian Geographic Center, Jordan. May, 2018), entitled: CORAVEL Radial Velocity Observations at Cambridge Observatory, UK.”. In: p. 26. • Ahmad, Abushattal et al. (2014). “Second International Conference on Arabs’ and Muslims’ History of Science, (University of Sharjah, Sharjah, UAE. December, 2014), entitled: Physical Properties and Dynamical Elements of Spectroscopic Binary Stars”. In: p. 103.. Las Jornadas de Trabajo en Mecánica Celeste (JTMC)  - Ramon Maria Aller Observatory - Santiago de Compostela - Spain (25-27/07/2018)
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 2000/01/01 Participant
Award Granting Body Year Amount
Erasmus Mundus (Peace I) University of Santiago de Compostela (Spain) September 2013 – July 2016  Ramo  52.000 Euro, Funded by the European Union to study doctoral degree for with Peace project. PEACE is a project approved in the framework of the Erasmus Mundus programme,aiming at fostering cooperation in the field of Higher Education between European and Middle East Institutions Al-Hussein bin Talal University Grant Deanship of Scientific Research (DSR) September 2015– September 2017   40.000 Euro, Funded by the university to complete the Doctoral degree in Spain for (24 Months). Institute of Mathematics University of santiago de Compostela November 2016– February 2017  2000 Euro, Funded by the university to support the research during the Doctoral degree in the observatory (4 Months). .
Award
 - 2000

Additional Information

Day Time Location Notes
Interest Area Description
- The Modelling of the Physical and Dynamical Properties of Binary systems with an Orbits. - The Habitability and stability of the Extra-solar planets in Binary star systems. - Solar panel degradation on extreme climates. - S tar formation and stellar populations. - A stronomical instrumentation. - C omputational Astrophysics. - Modelling of multi-junction solar cell. - Solar Power for Space Applications.
Field Description
Physics Teacher    Ministry of Education  B.Sc. in Physics    Al-Hussein Bin Talal University (Jordan) September 2009 – February 2010 Assistant Professor    Al-Hussein Bin Talal University  Sep 2017 – present
Course Code Level Credits
Introduction to Astronomy General Physics I Physics for Computer Students General Physics Lab I General Physics II General Physics Lab II Optics Lab Advanced Physics Lab   Graduation Research Project Astrophysics - Bachelor

عضو مجلس كلية الاميرة عائشة بنت الحسين للتمريض و العلوم الصحية 2018 - 2019 .  عضو مجلس قسم الفيزياء 2017 - 2018  / 2018 - 2019. عضو مجلس قسم التصوير الاشعاعي 2018 - 2019.