SHARHABEEL SALEH MOH'D AL YONES

SHARHABEEL SALEH MOHAMMAD ALYONES	Professor
MATERIAL PHYSICS	Materials Physics
Faculty of Science	Department of Physics
salyones@hu.edu.jo	http://staff.hu.edu.jo/salyones
ORCID ID :
Office No. : physics 218	EXT : 5121

C.V. Document file as PDF:

Ph.D.	NEW MEXICO STATE UNIVERSITY	The United States of America,2006
Master	YARMOUK UNIVERSITY	Jordan,1998
Bachelor	YARMOUK UNIVERSITY	Jordan,1994

Current research:

1)	Electromagnetic scattering by small particles

Production of artificial small particles with optimum extinction efficiencies (absorption or scattering) has been interested for electromagnetic shielding applications. The parameters controlled in this process are the shape, size and material contents (complex index of refraction) of such particles, fibers and discs with multilayer constructions are candidates for this process. Long and short wavelength regions are involved in this production process.

a) Fiber Shape particles
Electromagnetic scattering by small particles with specific shapes (fibers, discs, etc.) has recently elicited interest over the long and short wavelengths spectral regions. These particles can be used as obscurant materials when manufactured with specific geometry and material contents. I studied the electromagnetic response by fiber like particles numerically and experimentally. I have produced an efficient numerical code which calculates the scattering and absorption cross section using two different numerical approaches (Alyones Code). Research is still active at New Mexico state university to produce high efficient fiber like particles in the visible and infrared for electromagnetic shielding application. This research is funded by the Edgewood Chemical and Biological Center, U. S. Army through contract DAAD13-03-D-0012 with Science and Technology Corp.
b) Disc Shape particles
Currently, I am studying the electromagnetic response of disc shape particles numerically and experimentally in collaboration with Prof. Charles Bruce, NMSU. The existing numerical solutions tend to be not working for all disc parameters (size, aspect ratio and index of refraction). This research is funded by the Edgewood Chemical and Biological Center, U. S. Army through contract DAAD13-03-D-0012 with Science and Technology Corp.


2) Magnetism
     I am studying the magnetism in strongly correlated electron systems (f-electron systems and transition     
     metal-oxides) under multi extreme conditions (low temperature, high magnetic field and high pressure) 
     using neutron and x-ray scattering techniques and bulk measurements. This research is performed 
     through collaboration between the Hashemite university, New Mexico state University, Los Alamos
     national laboratory and NIST.

1.	C. W. Bruce, and S. Alyones,  " Visible and infrared optical properties of stacked cone graphitic microtubes," Appl.  Opt, Vol. 51, No. 16, June 2012.

2.	S. Alyones, and C. W. Bruce, "Curved fiber scattering," Progress In Electromagnetics Research M (PIER M), Vol. 17, 225-236, (2011).

3.	S. Alyones, and C. W. Bruce, " Electromagnetic scattering by finite conducting fiber: Limitation of a previous published code," Journal Of Electromagnetic Waves And Applications (JEMWA),Vol. 25, N. 7,  1021-1030, (2011).
 4.	C. W, BRUCE and S. Alyones, “Extinction effeciencies for metallic fibers in the infrared”. Appl. Opt. Vol. 48.,  i. 27, 5095-5098, Sep. 20. 2009. 

5.	Alsmadi A. M., Alyones S., Mielke C. H., McDonald R. D., Zapf V., Altrawneh, M. M., Lacerda A., Chang S., Adak S., Kothapalli K.,  Nakotte H., “Radio-frequency measurements of UNiX comounds(X=Al, Ga, Ge) in high magnetic fields,” J. of. Mag. Mag. Materials, Vol. 321, I. 22, 3712-3718, Nov. 2009.

6.       A. M. Alsmadi, S. Alyones, C. H. Mielke, R. D. McDonald, V. Zapf, M. M. Altarawneh, A. Lacerda, S. Chang, S. Adak, K. Kothapalli, and H. Nakotte “Complex conductivity of UTX compounds in high magnetic fields”, J. Appl. Phys. 105, 07E108 (2009)

7.    S. Alyones, M. S. Bawa'aneh, A. M. Alsmadi, and C. W. Bruce “Numerical solution for the Problem of  
        Electromagnetic Scattering by a Thin Finite Conducting L-shape Wire”, J. of electromag. Waves and 
        appl. V.22, 2008.

8.      M. S. Bawa'aneh, H. M. EL-Nasser, Ghada Assayed, S. Alyones, A. M. Alsmadi S. Al-Awfi and 
         M. Al-Sughayer, “Stimulated Raman Scattering of Extraordinary Electromagnetic Waves   in Weakly 
         Magnetized Plasma”, PIERS Proceedings, Cambridge, USA, July 2-6, 2008

9.    Sharhabeel Alyones, Charles W. Bruce, and Andrei Buin, “ Numerical methods for 
        solving the problem of electromagnetic scattering by a finite thin conducting wire”, 
        IEEE. Trans. Antennas and Propag. Vol. 55. No.6. June 2007.
 
10.     Charles W. Bruce, A. V. Jelinek, Sharhabeel Alyones, Andrei Buin, and P. 
         Takmakov., “Providing the basis for optimal obscurant design”. Obscurants 2005, 
         June 6-9,  2005, Orlando, Florida.

11.     Charles W. Bruce,  A. V. Jelinek, Sheng Wu, Sharhabeel Alyones, 
        and Mr. Qingsong Wang., “ Investigation of Fiberous Aerosol Absorption and 
        Scattering Properties: A search for optimal Yield Aerosols, contract No. DAAM01-
        98-0014, for Edgewood Chemical and Biological Center, Feb. 2004.

12.   C. W. Bruce, Al V. Jelinek,  Sheng Wu, Sharhabeel Alyones, and Qingsong Wang,
“Millimeter wavelength Investigation of Fibrous Aerosol Absorption and Scattering 
 Properties”. Appl. Opt., Vol 43, No. 35 / Dec. 2004.


13.   I. Abu-Eljarayesh, S. Alyones (Migdadi),” Numerical calculations of the entropy and  
      magnetization of magnetic fluids with chain aggregates).  J Magn. Magn.Maters, Vol.      
      191 (1999) 174-180. presented paper for the Condensed matter physics conference  at 
      Yarmouk University, Jordan 1999.

 Academic:
2012:   Associate professor, The hashemite university, Jordan
2006 –2012	Assistant Professor, The Hashemite University, Jordan
1994 – 1999	Teacher of Physics, Ministry of education, Jordan

Research:

Summer and fall of 2010:  Visiting Research Scholar, New Mexico State University, USA
Summer of 2009       Visiting Research Scholar, New Mexico State University, USA
Summer of 2008	Visiting Research Scholar, New Mexico State University, USA
Summer of 2007	Visiting Research Scholar, New Mexico State University, USA
2000 – 2006	Research Assistant, New Mexico state University, USA

 2102101, General Physics (I)
2102102, General Physics (II)
2102203, General Physics (III)
2102331, Electromagnetism (I)
2102321, Physical Optics
102731, Electrodynamics (Graduate)
2102741, Statistical and Thermal Physics (Graduate)
                Advanced Physics Lab
                Classical Mechanic (graduate)

2012: Associate professor, the hashemite university, Jordan 
2006 –2012	Assistant Professor, The Hashemite University, Jordan
1994 – 1999	Teacher of Physics, Ministry of education, Jordan

 American Physical Society,
Who is who in electromagnetics

  Summerof 2011:  Visiting Research Scholar, New Mexico State University, USA
Summer and fall of 2010:  Visiting Research Scholar, New Mexico State University, USA
Summer of 2009       Visiting Research Scholar, New Mexico State University, USA
Summer of 2008	Visiting Research Scholar, New Mexico State University, USA
Summer of 2007	Visiting Research Scholar, New Mexico State University, USA
2000 – 2006	Research Assistant, New Mexico state University, USA

SHARHABEEL SALEH MOH'D AL YONES

SHARHABEEL SALEH MOH'D AL YONES

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