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El-Baradie, M.S.J.
El-Baradie, M.S.J.
El-Baradie: J.
El-Baradie: J.
El Baradie, M.S.J.

However, the poor elevated temperature properties restrict the widely use of Al-containing alloys, owing to the existence of Mg17Al12 phase, as well as Mg7Zn3 in Mg-Zn alloy.
Recently, Jan Bohlen[5] et al. has reported that Zn can modify the rolling texture of ZK10, ZE10, ZEK100, ZKE410 and ZW41.
Tang et. al [15] has reported MgZn phase is existed when 4 wt.% Zn is added in Mg-5Sn alloy, thus the Zn content (1～3 wt.%) in this paper is relative low for forming Zn-containing phases.
Compared with Mg-5Sn sheet, the UTS, YS and EL of Mg-5Sn-3Zn sheet in ED increased about 50MPa, 30MPa and 14%, respectively.
The UTS, YS and EL of all four kinds of alloys increase with Zn added.

El Bekkachi1, A.
El-Hagary et al. , J.
El-Hagary et al., J.
Zan et al., J.
Sun et al., J.

El-Sayyad, A.
El-Batal, M.
El-Okr.
El-Batal, G.
El-Sayyad, A.

Influence of Fe and Al Dopants on the Optical Properties of Zinc Oxide Thin Films Obtained by Spray Pyrolysis ABDELMALEK Nadjate1 and FARH Hichem2,3* 1 LMSSEF, Larbi ben M'Hidi University, 04000-Oum El Bouaghi, Algeria 2 Department of Material Sciences, University of Tebessa, Tebessa, Algeria 3Active Devices and Materials Laboratory, Oum el Bouaghi University, Algeria Keywords: ZnO:Fe, ZnO:Al, ZnO, UV-Visible, transmittance, optical band gap and urbach energy.
Ahn et al. [13] fabricated the Zn0.97Fe0.003O compounds using the solid state reaction method.
The dopand source concentration (Al and Fe) were 0%, 2%, 3% and 4%.
Determined the optic gap energy for ZnO: Al (2%) thin film.
Determined the Urbach energy for ZnO:Al.

Calculation of elastic energy contributions in single crystalline Cu-11.5wt%Al-5.0wt%Ni shape memory alloy T.Y.
Furthermore, Cu–Al–Ni alloys are being considered for possible use at higher temperatures [6].
El Rasasi, L.
El Rasasi, L.
El Rasasi, L.

One of the elasticity coefficients of a composite, tensile module EL is given by the following forecast formula [3]: EL=EfVf+(1-Vf)Em
In order to simplify the problem, let x represent Vf, and y represent EL.
Vf[%] EL[Mpa] NO.
And the final equation is y * =3.01+0.664x,i.e., EL=3.01+0.664Vf
Horton,et al: Machinery's Handbook, 27th Edition(Industrial Press Inc., U.S.A. 2004)

Piasta et al. studied the properties and durability of Ukrainian igneous rock greaves, including their application to concrete [6].
Kahraman et al. investigated the relationship between UCS and SDI for pyroclastic rocks collected from 31 different locations [11].
González et al. classify the durability of the rocks as high 95-98 % retained weight after 2 cycles and very high >98 % retained weight after 2 cycles [1].
The stone samples that represent very high durability are Huiramba, Joyitas, Comanja, Cuenembo, el Tigre, Mascutan, el Melon, AGC, and el Colegio.
It is important to note that these results depend on their physical characteristics; also, AGC and El Colegio are crushed materials.

Transition from Superplastic Behavior – Viscous Glide – Dislocation Climb – Power-Law Break Down Regimes in Friction Stir Processed AA5083 Ehab El-Danaf1.a,*, Mahmoud Soliman1,b, Magdy El Rayes1,c 1Mechanical Engineering Department, College of Engineering, King Saud University P.O.Box 800, Riyadh 11421, SaudiArabia aedanaf@ksu.edu.sa, bsolimanm@ksu.edu.sam,cmelrayes@ksu.edu.sa Keywords: cavitation, flow mechanisms, grain boundary sliding, severe plastic deformation, superplasticity Abstract. 5083 Al alloy was friction stir processed (FSP) at room temperature under various experimental conditions.
Superplatic flow and cavitation in Zn-22% Al doped with Cu.
Mohamed, Correlation between creep behavior in Al-based solid solution alloys, powder metallurgy aluminum alloys.
El-Danaf, A.A.
Soliman, High temperature deformation and ductility of a modified 5083 Al alloy.

Experimental Basic character of Al-foil.
Measure the impedance between the cathode tab and the Al layer of the Al foil with the multi-meter.
DEC DMC EMC PC EL EC 。
Figure 3 Sealing margin with different solvent and EL Cell corrosion.
If the cathode tab (Ni tab) connects with the Al layer of the Al-foil the electron channel came into being, if the PP damage and the electrolyte contacts with the Al layer of the Al-foil the ion channel came into being.