Search results

Al-Kroom et al. [17] also indicated that adding crushed clay bricks improved the durability of structurally recycled lightweight concrete.
Moreover, Ahmad et al. [9] concluded that plastic aggregate weakens concrete, but plastic fibers can enhance its durability.
In this work, CEM I 52.5 Portland cement is produced by El-Aresh Company Egypt, and its tests were confirmed to comply with BSEN197/1 2011 [37] and ESS ES4756/1 2013 [38].
HRWR has a specific gravity equal al 1.09, and it meets the requirements according to ASTM C 494 Type G [42].
Al-Kroom, M.

Penadés et al.
Barchi et al. synthesized several Thomsen-Friedenreich disaccharide linked gold nanoparticle as biotheraputic agents for cancer treatment [38].
A different synthetic strategy for the synthesis of lactose functionalized glyconanoparticles was reported by Kataoka et al. [41] (Fig. 4B).
Russell et al., developed lactose stabilized gold glyconanoparticle for the detection of Cholera toxin by Colorimetric assay method [77].
El-Boubbou, D.C.

., Kemelman E.L.
[10] Vasilyev A.Yu., Bulanova I.M., Buzhilova A.P., Mednikova M.B. et al.
[11] Sokolova V.N., Potrakhov N.N., Gryaznov A.Yu., Staroverov N.E. et al. 2017.
[12] Potrahov N.N., Gryaznov A.Yu., Zhamova KK, Bessonov A.V. et al.

As for external impacts, Smith et al., in their investigation of illicit timber logging in Indonesia, recommended that local government corruption has a number of effects on CIR (Linkie, et al. [31], [32, 33]) and different researchers proposed that market cost pressure absolutely connects with CIR.
El Akremi, V.
Jarvis, et al., "Spectroscopy of z∼ 7 candidate galaxies: using Lyman α to constrain the neutral fraction of hydrogen in the high-redshift universe★," Monthly Notices of the Royal Astronomical Society, vol. 443, pp. 2831-2842, 2014
Blyth, et al., "Spectral measurement of electron antineutrino oscillation amplitude and frequency at Daya Bay," Physical review letters, vol. 112, p. 061801, 2014
Al-Lawati, "Using PLS-SEM technique to model construction organizations' willingness to participate in e-bidding," Automation in construction, vol. 19, pp. 714-724, 2010

According to Jenkins et. al (2014) a total of eight million metric tons of coffee is produced yearly worldwide [6].
In research carried out by Tsai et al. (2019), coffee grounds were rinsed and dried through two stages of carbonization [62].
A scientific study carried out by Tian et al. (2019) [93] regarding the red phosphorus doping method succeeded in increasing the conductivity of hard carbon anodes.
A study carried out by Rangom et.al reported that a good SEI layer can be formed by changing the current during the cells testing process [98].
El Moctar, Q.

Specimen Conductivity (W/mK) CTE (ppm/k) Reference Matrix Material Reinforcement Binder/ Adhesive Volume fraction, % 1 Cu Di Al 0.64 679 6.6 [4] 2 Cu Di Al 0.62 684 7 [4] 3 Cu Di Al 0.63 759 5.7 [4] 4 Cu Di Al 0.73 719 3.4 [4] 5 Cu Di Al 0.72 699 3.7 [4] 6 Cu Di Al 0.74 724 3.4 [4] 7 Cu Di Cr3C2 0.1 679 6.53 [16] 8 Cu Di Cr3C2 0.5 660 6.44 [16] 9 Cu Di Cr3C2 0.8 669 6.20 [16] 10 Cu SACNT - 0.26 406.8 [17] 11 Cu SACNT - 0.52 413.5 [17] 12 Cu SACNT - 0.78 420.3 [17] 13 Cu SACNT - 1.04 427 [17] 14 Al Cu Di 0.65 210-330 6 [18] 15 Cu Di Cr3C2 0.6 650-680 6.2-6.53 [16] 16 W Cu - 0.2 [19] 17 Cu WC In 0.62 [20] 18 Cu CNT - 0.5 378.5 [21] 19 Cu SiC - 0.6 [22] 20 Cu Di WC 0.63 715 6.3 [23] 21 Cu Di B 0.6 460 7 [24] 22 Al Di SiC 0.5 225-259 4.5-6.8 [25] 23 Al Di SiC 0.57 500 7.5 [26] 24 Al Di TiC 0.6 417 6.4-10 [27] 25 Al Di Ti 0.65 [28] 3.1.1.
Cu Di Cr3C2 0.1 400 180 679 6.53 [16] 2 Cu Di Cr3C2 0.5 500 225 660 6.44 [16] 3 Cu Di Cr3C2 0.8 520 200 669 6.20 [16] 4 Cu SACNT - 0.26 142 212.9 406.8 [17] 5 Cu SACNT - 0.52 165 253.6 413.5 [17] 6 Cu SACNT - 0.78 188 347.8 420.3 [17] 7 Cu SACNT - 1.04 208 399.3 427 [17] 8 Cu Di Al 0.64 679 6.6 [4] 9 Cu Di Al 0.62 684 7 [4] 10 Cu Di Al 0.63 759 5.7 [4] 11 Cu Di Al 0.73 719 3.4 [4] 12 Cu Di Al 0.72 699 3.7 [4] 13 Cu Di Al 0.74 724 3.4 [4] 14 Cu Di WC 0.63 121 380 390 146 715 6.3 [23] 15 Cu Di B 0.6 230 460 7 [24] 16 Al Di SiC 0.5 440-470 225-259 4.5-6.8 [25] 17 Al Di SiC 0.57 300 500 7.5 [26] 18 Al Di TiC 0.6 76 417 6.4-10 [27] 19 Al Di Ti 0.65 108 290 290 124 [28] 20 Al Cu Di 0.65 313-437 210-330 6 [18] 21 Cu Di Cr3C2 0.6 400-520 186-225 650-680 6.2-6.53 [16] 22 W Cu - 0.2 131-160 343-381 [19] 23 Cu WC In 0.62 110 [20] 24 Cu CNT - 0.5 371 378.5 [21] 25 Cu SiC - 0.6 260 [22] 3.3.
[38] 35 Cu TiB2 - 0.05,0.1,0.15,0.2 [39] 36 Al Di Ni 0.08, 0.25 [40] 37 Cu Al 0.1,0.2,0.3 [41] 38 Cu Di NiCrB 0.1,0.3 [42] 39 Cu Di NaCl 0.05 [43] 40 Cu Di 0.1,0.5 [34] 41 Al Di Si 0.6,0.65 [45] 42 Cu Di 0.05,0.1,0.15,0.2 [46] 43 Cu W Ni, Fe 0.87,0.95 [47] 44 Cu Di Cr 0.1 [48] 45 Cu Di Cr 0.6 [49] 46 Cu CNT - 0.04 [50] 47 Al Cu W 0.05-0.15 [51] 48 Cu Di, W - - [52] 49 Cu/Cr Di 0.02-0.15 [53] 50 Al TiO2, SiC 0.03-0.12 [54] 51 Al/Cu SiC/Al2O3 - [55] 52 Cu CNT SiC 0.01-0.1 [56] 53 Cu Gr 0.3 [57] 54 Cu ZrO2 0.02-0.4 [58] 55 Cu WC 0.09 [59] 56 Cu W Al2O3 [60] 57 Cu W - [61] 58 Di - - - [62] 59 Al Gr [63] 60 Cu Gr [64] 5.
Al and Cu are the most popular matrix materials.
El-Hadek, S.H.

The fly ash-based mesoporous CdS/Al-MCM-41 nanocomposites were synthesized and uiltilized for hydrogen production by Zhang et al. [76].
Praus et al. [81] prepared ZnS nanoparticles.
Tan et al. [89] synthesized a nanocomposite for CO2 reduction to CO.
Al-Deyab, M.
El-Ballouli, L.

The development of Bi2O3@CD nanocomposite was done by Prasath et al.
Al-Youbi, X.
El-Sayed, Y.R.
[160] Adimule, V., Kerur, S.S., Chinnam, S. et al. 
Al-Enizi, M.

Isolation of Mangiferin Mangiferin was isolated from the crude extract according to the method described by Leeprechanon et al [15] with some modifications.
El-Hawary, M.A.

Actually, van Suchtelen, van den Boomgard et al grew the first artificial ME material by combining ferroelectric BaTiO3 and ferromagnetic CoFe2O4 in an eutectic composite by unidirectional solidification [5-8].
El-Hiti, J.