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Dr.
Zaid Ahmed
Al-Anber, Ph.D. |
1. Mohammed A. Matouq, Zaid A.
Al-Anber, Tomohiko Tagawa, Salah
Aljbour, Degradation of
Dissolved Diazinon Pesticide In Water Using
The High frequency
of Ultrasound Wave,
Ultrasonics Sonochemistry,
vol.15 no.5 p 869 – 874.
2. Zaid A. Al-Anber, M.
A. Al-Anber, S. Al-Taweel,
Electrochemical
Behaviour of
Thienyl-Fluorinated- B-Diketone Substrates and Their
Conductivity in Solution, Asian
Journal of Chemistry, Vol. 20, No. 3
(2008), 1675-1690
3. Mohammed Al-Anber,
Zaid A. Al-Anber, Utilization of natural zeolite as
ion-exchange
and sorbent material in the removal of iron, Desalination
225
(2008) 70–81.
4. Zaid Ahmed Al-Anber ,
Mohammed Abu Dayeh Matouq, Batch
adsorption of cadmium ions from
aqueous solution by means of olive
cake, Journal of Hazardous
Materials 2008 Feb
28;151(1):194-201. |
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Dr. Zakaria Qassem Moh’d Al-Qodah |
1. Z. Al-Qodah
and R. Shawabkah, Prodution of granular activated
carbon from
activated sludge, submitted for publication, Journal of
Environmental Engineering and Science.
2- W. Lafi, Z. Al-QodahRemoval of heavy metals Ions from
industrial wastewater by another industrial wastewater,
Proceeding of the International conference OZWater, 6-10 April
2003, Perth, Australia.
3. Z. Al-Qodah, M. Al-Busoul, A. Khraewish, Hydrothermal
Behavior of G-S Magnetically Stabilized Beds Consisting
of Magnetic and Non-Magnetic Admixtures,
ICCE 2007 – 4th International Conference on Chemical
Engineering, Berlin, Germany, 24-26 August 2007.
4. M. AlHassan, Z Al-Qodah, CHARACTERISTICS OF GAS-SOILD FLOW IN
VERTICAL TUBE, 9th International
Conference on Fluid Control, Measurement and Visualization,
(FLUCOME2007), September 16-19, Florida A&M University – Florida
State University Tallahassee, Florida, 2007 |
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Dr. Sadeq Abed Emeish |
1- Emeish, S., Removal of Heavy
Metal Ions From Industrial Wastewater Using Kaolin, FILTECH
2005, Volume 1, 11-13 October 2005, Rhein- Main- Hallen
Wiesbaden Germany.
2- Haimour, N.M., Emeish, S.,
Utilization of Date Stones for Production of Activated Carbon
Using Phosphoric Acid, Waste Management 26(2006)651-660,
Elsevier Science.
3- Emeish,S., Production of
Biodiesel from Waste Frying Oils, Global Conference on Renewable
Energy-Approaches for Desert Regions, 18-22 September 2006,
Amman-Jordan.
4- Emeish,S., Removal of Heavy Metal Ions from
Industrial
Wastewater using Jordanian,Chinese,and British
Kaolin.Filtech
2007,Wiesbaden,Germany. |
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Dr. Adnan Moh’d Mustafa Khalil |
1. Assenov Al., P. Petrov, A. Khalil,
T. Stefanova, “ Oxidation of
Acetaldehyde by Air to Obtain
Acetic Acid ” , Information Bulletin of
Chemical Industries
1/100/1983, Praha, Czechoslovakia.
2. Bulgarian Patent No. 78717 Dated:
25.11.1982
3.
Adnan M. Khalil, “ Utilization
of Soft Wood Wastes as a Feed Stock
to Produce Fuel Ethanol”.
Jordan International Chemical Engineering
Conference V ( JICEC
05 ), 2005 , Amman- Jordan.
4- Adnan M. Khalil, “ HYDROPYROLYSIS OF OIL SHALE”. Journal of
Engineering Sciences, Assiut University, Vol. 34, No. 5 –
September 2006. |
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Dr. Omar Salim Ayed Al-Ayed |
1. M.
Matouq and O. Al-Ayed, “Combined Process of Solvent Extraction
and Gamma-Ray Radiation for the Extraction of Oil from Oil
Shale”. Energy Sources. Part A, 29, 1471-1476, 2007.
2.
O. S. Al-Ayed, M. Matouq and J.
Soone “Heating Rate Effect on Shale Oil Weight Loss and Yield in
a Fixed Bed Reactor”. Submitted to Oil Shale Journal, 2007.
3. O.
S. Al-Ayed. "Hydropyrolysis of Ellajjun Oil Shale" Submitted to
Oil Shale Journal, 2007.
4- O. S. Al-Ayed "Design a Novel Retorting System",
in preparation. |
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Dr. Mazen Mamoun Y. Abu-Khader |
1.
Slaiman, Q. J,, Abu-Khader, M.
M. and Hasan, B.O “Prediction Of
Heat Transfer Coefficient
Based On Eddy Diffusivity Concept”,
Chemical Engineering
Research & Design: PART A. , April issue, 2007.
2. Abu-Khader, M., Badran, O and
Abdallah, S., “Evaluating Multi-Axes
Sun Tracking System at
Different Modes of Operation in Jordan”,
Renewable
and Sustainable Energy Reviews. Available
online 28 November 2006
3. Badran, O.
& Abu-Khader, M., “Evaluating Thermal Performance
of Single
Slope Solar Stills”, Heat & Mass Transfer
Journal. Available
online.
http://www.sciencedirect.com/science?
ob=ArticleListURL&_method=list&_ArticleListID=557008340&_sort=
d&view=c&_acct=C000050221&_version=1&_urlVersion=0&_userid
=10&md5=a7180586ba7c94c252e1ce4c78a32
4. Abu-Khader, M, 2007, “Better
Thermal Calculations Using Modified Leveque Equations for
Chevron Plate Heat Exchangers”, Int. Journal of Green Energy,
vol. 4, issue 2. |
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Dr. Mohammad Y.
S. Al-Shannag |
1. Z. Al-Qodah, W. K. Lafi, Z. Al-Anber,
M. Al-Shannag, A. Harahsheh, "Adsorption
of methylene blue by acid and heat treated diatomaceous earth",
Desalination, 217, 212-224.
2. Z. Al-Qodah and M.
Al-Shannag, "Application
of magnetically stabilized fluidized beds for cell suspension
filtration from aqueous solutions",
Separation Science and Technology, 42 (2) 421-438, 2007.
3.Z. Al-Qodah
and M. Al-Shannag, "Separation of yeast cells from aqueous
solutions using magnetically stabilized fluidized beds", Letters
in Applied Microbiology, 43 (6) 652-658, 2006.
4.
Joseph Humphrey,
Joshua Cushner, Mohammad
Al-Shannag, Joan Herrero, and Francesc Giralt, “Shear-Driven
Flow in a Toroid of Square Cross-Section”, ASME
Journal of Fluid Engineering,
125 (1):130-137, 2003. |
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Dr. Menwer Attarakih |
1. M. M. Attarakih,
H.-J. Bart, N.M. Faqir (2006).
A hybrid scheme for the solution
of the bivariate spatially distributed population balance
equation. Chem. Eng. Tech. J. 29,435-441.
2. M. M. Attarakih,
H.-J. Bart, N.M. Faqir (2006).
Solution of the population
balance equation using the sectional quadrature method of
moments (SQMOM). Marquardt, W. & Pantelides, C. (Eds.),
European symposium on computer aided process engineering-16
(ESCAPE-16), Elsevier, 209-214
3. Attarakih, M. M.,
Bart, H.-J., & Faqir, N. M. (2006).
Numerical solution of the
bivariate population balance equation for interacting
hydrodynamics and mass transfer in liquid-liquid extraction
columns. Chem. Engng. Sci., 61, 113- 123.
4. Schmidt, A. S.,
Simon, M., Attarakih, M. M., Lagar, L. G. & Bart, H.-J. (2006).
Droplet Population Balance
Modelling: Hydrodynamics and Mass Transfer. Chem. Engng. Sci.,
61, 246-256. |
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