Search results

The sampled soils are Mushaiq sand, AL-Batha, El-Khoud, Khour Al-Hamam, gravel and crushed bricks.
Al-Hilly, O.
Al-Zeidi, A.
Al-Kindi, A.
Al-Shidi, I.

Finally a LiF buffer layer and Al cathode were deposited at a background pressure of 10 -4 Pa onto the organic films.
All measurements were carried out at room temperature under ambient conditions. 400 500 600 700 EL Intensity (a.u.)
Fig. 3 shows the EL spectra of ITO/NPB(40 nm)/ CBP: Ir(ppy)3: Ir(piq)2(acac) (30 nm)/TPBI(50 nm)/LiF(0.8 nm)/Al with various doping concentrations of Ir(ppy)3 and Ir(piq)2(acac).
The structure of devices is ITO/NPB(40 nm)/ CDBP：Firpic /CBP: Ir(ppy)3: Ir(piq)2(acac) /TPBI (50 nm)/LiF(0.8 nm)/Al.
Figure 4 shows the EL spectra of the WOLEDs with configuration of ITO/NPB(40 nm)/ CDBP：FIrpic (10 nm) /TPBI (4 nm)/CBP: Ir(ppy)3: Ir(piq)2(acac) (20 nm)/TPBI (50 nm)/LiF(0.8 nm)/Al under various operating voltage.

One is the sand slate part which is above the elevation of (EL.) 1820 m, and the other is the marble part which is below EL. 1820 m.
The model is consisted of sand slate in the third segment of Zagunao group which is above EL. 1850 m and marble in the second segment of Zagunao group which is below EL. 1850 m.
It located in EL. 1800 m.
After excavation of the third stage, the interior boundary of EDZ above EL. 1880 m is close to Lamprophyre X and the interior boundary of EDZ below EL. 1880 m is close to fault f42-9.
Ding, et al.

The workpiece material was an untreated Al-11%Si base alloy.
The chemical composition of the workpiece was 0.67% Fe, 0.253% Mn, 10.68% Si, 0.036% Cr, 0.032% Ti, 0.235% Mg, 0.253% Mn, 1.61% Cu, 0.049% Ni, and balance Al.
Selected results from machining of Al-11%Si [8] No.
Xiao, Machining Science and Technology. 12 (2008), p.325-347 [12] El-Hossainy, T.M., A.A.
El-Zoghby, M.A.

El-Shazly1,2,b and Marwa F.
El-Shazly, “Metal organic framework based polymer mixed matrix membranes: Review on applications in water purification,” Membranes (Basel)., vol. 9, no. 7, 2019
Wiersum et al., “An evaluation of UiO-66 for gas-based applications,” Chem. - An Asian J., vol. 6, no. 12, pp. 3270–3280, 2011
Užarević et al., “Mechanochemical and solvent-free assembly of zirconium-based metal-organic frameworks,” Chem.
Katz et al., “A facile synthesis of UiO-66, UiO-67 and their derivatives,” Chem.

Hyperbolic sine constitutive equation (HSCE) J.M.Zhou et al[7] reviewed the constitutive relationship of material forming in high temperature and discussed what situation they can be used to thoroughly.
(2) 2 el el ij ij kk ij σ βδε µε = +& & &
The following equation can be derived from Eq. 3: 2 el ij ijS eµ=& &
(5) where ijS& is deviatoric stress rate, and el ije& is deviatoric elastic strain rate.
Chen et al: Journal of Plasticity Engineering Vol. 12 (2005), p. 58

Lissajous Curve of an Auxiliary Winding Voltage Park Components for Diagnosing Induction Motor Inverter Defects Lamiaâ EL MENZHI1, a and Abdallah SAAD2,b 1Lotissement Ratibia Zitoune Meknes, Morocco 2Résidence ALHADIKA IB2 Bureau 31 Km 8,5 Route de Rabat Casablanca, Morocco alamdockit@yahoo.com, bsaad.abdal@gmail.com Keywords: Induction motor, Auxiliary winding voltage, Diagnosis, Inverter faults, Lissajous.
Al-Khatat and A.
El Menzhi, and A.
El Menzhi, and A.
El Menzhi, and A.

A material to be tested, Al-3%Ti is deposited as shown in Fig. 2(b).
Spring Parts • material : Al-3%Ti Body Parts Spring Parts • material : Al-3%Ti Spring Parts • material : Al-3%Ti Body Parts Fig. 1 Schematic illustration of a RF MEMS switch for a mobile phone.
Fig. 6 The micron-sized Al-3%Ti thin film specimen before and after tensile test.
Fatigue test results of the Al-3%Ti thin film.
Gad-El-Hak and Mohamed Gad-El-Hak: The MEMS handbook CRC press (2001) Table 1 Geometry of specimen tested in the present work No.

Beirut, March 2011 Maher Soueidan             CIMA 2011 Committee Local Organizing Committee Mohamad Roumié National Council For Scientific Research, Lebanon Maher Soueidan National Council For Scientific Research, Malek Tabbal American University of Beirut, , Lebanon Mahmoud El Kork Beirut Arab University, Lebanon Nicolas Luca Saint Joseph University, Lebanon Roger Lteif Saint Joseph University, Lebanon Joseph Al Assad Holy Spirit University of Kaslik, Lebanon Barbar Zeghondy Holy Spirit University of Kaslik, Lebanon Mirvatte Zakhour Lebanese University, Lebanon Fadi Hage Chehadé Lebanese University, Lebanon Youssef Zaatar Lebanese University, Lebanon International Scientific Committee Jacques Schultz University of Mulhouse, France Mouin Hamzé National Council For Scientific Research, Lebanon Jean Bouix
University of Lyon, France Jean-Paul Thomas IN2P3, University of Lyon, France Bilal Nsouli National Council For Scientific Research, Lebanon Antonio Khoury Lebanese University, Lebanon Maher Abboud Saint Joseph University, Lebanon Naim Ouaini Holy Spirit University of Kaslik, Lebanon Bilal Kaafarany American University of Beirut, Lebanon Pierre Masri University of Montpellier, France Tamara El Zein University of Mulhouse, France Abdelilah Slaoui InESS/CNRS/Univ.
Strasbourg, France J-M Martin Martinez University of Alicante, Spain Philippe Godignon CNM, Spain Ali El Khakany INRS-EMT, Canada Luigi Ambrogio National Research Council, Italy Sefik Suzer Bilken University, Turkey Yannis Missirlis University of Patras, Greece Françoise Mulhauser IAEA, Austria Thomas Calligaro Louvre Museum, France Anis Ammous Power Electronic Group, Tunisia Houria Rabbah Ministry of Higher Education and Scientific Research, Algeria Publishing Committee Maher Soueidan National Council For Scientific Research Bilal Nsouli National Council For Scientific Research Mohamad Roumié National Council For Scientific Research

El Anzeery, K.
El Anzeery, K.
El Mel, N.
El Mel, L.
El Anzeery, O.