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These parts are described by Kuravi et al. [18].
Project Capacity (MW) PETS Afourer 464 Diverses usines 337 Al Wahda 240 Allal El Fassi 240 Bin El Ouidane 135 Al Massira 128 Afourer 94 Ahmed El Hansali 92 Tanafnit 40 Total 1 770 Projects Capacity (MW) Location Afrer 465 Agadir Step Abdelmoumen 350 Agadir Ifhsa 300 Oued Laou El Mnzel 300 Sefrou Khenifra 125 Khenifra BarOuender 30 Taounate Tamejout 30 Beni Mellal Tillougit I 26 Beni Mellal Boutferda 18 Azilal Tillougit II 8 Beni Mellal 2.4.
El-naggar, K.
El Barkany, I.
El Amrani El Idrissi and S.

The cell tested has the Al pattern shown in Fig. 1 on the top (anode) side and a back Al metal layer on the bottom side.
The IV curve before stressing is also shown in Fig. 3, and the corresponding EL image is shown in Fig. 4a.
Fig. 5a shows an EL image of a cell with the guard ring floating.
On the other hand, Fig. 5b shows an EL image of the same cell with 0 V applied to the guard ring.
This was confirmed from the patterns of the EL emission (Fig. 7).

Then, the IHHT has been applied for the analysis of the El Centro earthquake recording.
More details can be referred Huang et al [1]
Application in earthquake recording Fig. 1 shows the El Centro earthquake recording.
Long, et al.
Huang, et al.

El-Moneim.
El-Moneim.
El-Moneim.
El-Moneim.
El-Gendy.

[13] Zheng, Long, et al.
[15] Zhao, Qi, et al.
[20] Ram, Munna, et al.
[26] Fazel, M., et al.
[38] Zhou, Ya-ru, et al.

El-Shafey1,a*, Mohamed A.
El-Desoky1,c, Gehad M.
Omar3,e 1Geology Department, Faculty of Science, Al-Azhar University, PO Box 11884, Nasr City, Cairo, Egypt 2Nuclear Materials Authority (NMA) 3Housing and building national research center (HBRC), Egypt, PO Box 1770, 87 El-Tahrir St., Dokki, Giza, Egypt.
M., El-Shafey R.
[15] Al-Zou’by, J., Al-Zboon, K.

Abd El-Azim et al. [12] reported that the high tensile strength could be attributed to an increase in the dislocation density of matrix with increasing weight percent of reinforced particles.
The fracture surface of Al-Si alloys is shown in Fig. 3.
Abd El-Azim, Y.
Abd El-Azim, M.A.
El-Baradie and M.

Tensile Properties of Large Extrusion and Forgings of RS P/M Al-9Fe-1.9Mo-1.7Si Aluminum Alloy P.
Al-9Fe-1.9Mo-1.7Si (wt.%, FMS0918) aluminum alloy was first melted in an induction furnace and then atomized into powders using an ultrasonic gas atomizer.
Values of ultimate tensile strength (UTS), yield strength (YS) and elongation (El) were evaluated from the test results.
The corresponding UTS, YS and El values are 387MPa, 325MPa, and 1.7%, respectively.
The corresponding typical UTS, YS and El in L orientation at room temperature and 250 °C are 395MPa, 332MPa, 17.2%; and 243MPa, 214MPa, 11.3%, respectively.

First, a nine elements alloy system is selected by empirical, that is Ti-Al-Sn-Zr-Mo-Cr-Nb-Ni-Si system.
Tension properties at room temperature or high temperature were shown in Table 2, 3 and UTS & EL vs.
T (a) and EL vs.
References [1] GE Peng, ZHOU Wei, ZHAO Yongqing, et al: Properties of Ti-5Al-4Mo-4V-4Cr-3Zr Titanium Alloy Bar, in Proceedings of the 12th World Conference on Titanium, edited by Lian ZHOU, et al., NFSOC published, Beijing. (2011) 1141-1144
Ninomi, et al., JIM published, Sendai. (2007) 1001-1004 [4] R.

The transport electrons from the cathode (Al) and emits light in reaction to an electric current as appear in fig.1.
The EL spectrum of the EL devices were measured at room temperature using fibre optic spectrometer CCS Series by THORLABS Company (Germany) with covering range from (200 - 1000) nm and resolution of 1nm.
Fig. 5: I-V forward characteristics of TPD:PMMA/CdTe/Alq3 hybrid EL devices.
Thus rise in the forward current under high bias could be explaining the good contact between the Al electrode and QDs layer.
Ge et al.