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At 660 °C, Al melted and reacted with Ti to form TiAl3.
The mass radio of Ti, Al, TiC was 1: 1.2: 2.
The existence of Al2O3 is due to Al oxidized during ball milling process.
At 660 °C, Al melted.
El-Raghy, Synthesis and characterization of a remarkable ceramic: Ti3SiC2, J.

INFLUENCE OF MICROSTRUCTURAL CHANGES AND GRAIN BOUNDARY PRECIPITATION ON THE BEHAVIOR OF 25Ni-15Cr-2Ti SUPERALLOY DURING HIGH TEMPERATURE CREEP 1,A A.E.Amer, 2,B S.A.EL-Ghazaly, 3,C Y.S.Shash and 4,DS.Weiss (1&2) Central metallurgical R&D institute (CMRDI) Cairo.Egypt.P.O.87Helwan
Cairo University ,Egypt (4) Werkstofftechnik , Duisburg-Essen University ,Germany aaeid958@yahoo.com belghazaly@acces.com.eg Keywords: precipitation hardenable austenitic stainless steel, laser beam, douple aging ,creep, microstructural changes, stacking fault energy, dislocation interaction, γ/(Ni3Ti, Al), M23C6 and MC carbides Abstract.
In all structures, hardening mechanisms are created in them by douple aging( 760 oC,24h,FC-705oC,16h,AC) in which intermetallic Ni3(Al-Ti) precipitates along the grain boundaries and inside the grains of austenite.
Fig (5): TEM Micrograph SFE density a) BM b) LBS Fig (6): TEM Micrograph distribution of precipitates of γ/ and other carbides a) BM b) LBS TEM thin foils investigation revealed the variation happened in grain boundary morphology and distribution of precipitates of γ /(Ni3Ti, Al) and other carbides Fig(7-a,b).

El Nemr, Health and Environmental Impacts of Dyes: Mini Review, American Journal of Environmental Science and Engineering. 1 (2017) 64–67
El Bachiri, A.
El Harfi, Dyes: Classification, Pollution, and Environmental Effects, in: S.S.
El Nemr, Advanced Oxidation Processes for Textile Wastewater Treatment, International Journal of Photochemistry and Photobiology. 2 (2017) 85–93
Al-Anzi, M.

Neo el al. [1] explored the feasibility of using PCBN tools for direct ultra-precision machining of alloy steel.
Kato et al. [6] explored the improvement of processing efficiency in the high-speed milling of gray cast iron.
El-wardany et al. [12] dealt with an experimental and analytical investigation into the different factors which influence the temperature distribution on ceramic tool rake face during machining of difficult-to-cut materials.
Sutter et al
El-Wardany, E.

EL.(%) Al Mg Si 1-1 Top 99.452 0.000 0.548 1-2 Bottom 98.086 0.010 1.904 2-1 Top 99.311 0.000 0.689 2-2 Bottom 97.009 0.002 2.989 3-1 Top 98.010 0.009 1.981 3-2 Bottom 92.858 0.040 7.102 4-1 Top 99.473 0.000 0.527 4-2 Bottom 99.274 0.000 0.726 Consequently, the content of magnesium in the seam is very thimbleful, even zero at some locations.
EL.(%) Al Mg Si Ti 1-1 Top 91.295 1.314 7.349 0.042 1-2 Bottom 83.931 2.644 13.377 0.048 2-1 Top 91.079 1.601 7.250 0.070 2-2 Bottom 84.933 2.843 12.067 0.158 Comparing with the weld with pre-set powders, the content of magnesium in the weld pool substantially increases.
Fig 3 Structures in the weld seam 800× According to the Al-Mg-Si phase diagram[12], the series of Al-Mg-Si alloys rime as follows.is separated out at first.
The black strip structure among is the eutectic of Al-Si.
Pre-precipitate clusters and precipitation processes in Al-Mg-Si alloys [J].

The formation of Al3Ni intermetallic is consistent with prediction from Al-Ni binary phase diagram, which indicates the co-existence of Al(Ni) and Al3Ni when Al rich Al-Ni alloy is cooled from 1200°C.
Al melt sample compact Model for infiltration.
From the Al rich region of the Al-Ni phase diagram, Al-Ni forms liquid solution at temperatures 6061 Al alloy Al2O3 matrix Ni Al3Ni + Al2O3 � Al(Ni) melt + Al2O3 Al(Ni) melt Al(Ni) + Al3Ni unfiltrated region (Al2O3 + pores) Al(Ni) + Al2O3( Al melt Al(Ni) melt that we used for infiltration.
Thus, Al3Ni is formed in Al(Ni) melt.
El-Mahallawy: J. of Mater.

Abd El-Kawy1,3,a, S.
Shaikh et al. [13].
Al-Goul, and M.
Al-Karagoly, S.
Wu et al., “Carbon dot composites for bioapplications: A review,” J.

Hassan El-Hofy, Alexandria University, Egypt Prof.
Hasan AL Dabbas, Philadelphia University, Jordan Prof.

Mechanical Study on Al-based Composites Synthesized by Mechanical Milling and Hot Extrusion I.
Al based composite synthesis: composites were prepared by mixing Al powder with prepared MG particles in concentration of 0.0, 0.5 and 1.0 wt.% of Cu-MG with the nomenclature showed in Table 1.
Mechanical results are showed in Fig. 4a, it is clear that milled-Al samples present a better performance on stress-strain curves compared with un-milled Al, due mainly to work hardening [[] H.
Fogagnolo et al. [[] J.B.
El Borady: Comp.

These results are consistent with research conducted by Luthfiyah et al. [33].
Wang et al., because of its capacity to bind to the electrolyte and its high electron mobility [18,30].
Ser. 1093 [12] Masrul M Z, Suprayogi T, Diantoro M, Fuad A, Latifah E and Hidayat A 2019 The Effect of Light Irradiation on Performance of Photo-Supercapacitor of FTO/TiO 2 -ZnO-β Carotene-Quercetin/Carbon/Al/PVDF-BaTiO 3 /Al IOP Conf.
Eng. 515 [18] Demir M, Tessema T D, Farghaly A A, Nyankson E, Saraswat S K, Aksoy B, Islamoglu T, Collinson M M, El-Kaderi H M and Gupta R B 2018 Lignin-derived heteroatom-doped porous carbons for supercapacitor and CO2 capture applications Int.
Ser. 1595 [34] Erradi A, Touhtouh S, El Fallah J, El Ballouti A and Hajjaji A 2021 Performance evaluation of supercapacitors based on activated carbons and investigation of the impact of aging on the electrodes J.