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Abd El Hameed, A.
Al-Hussain, M.
Al Mushaiqri, H.
Al Subhi, K.
Al Sadeq, Low-cost activated carbon production from organic waste and its utilization for wastewater treatment.

Ikediashi et al. [24] concluded that design discrepancies and frequent DCs are key factors leading to cost overrun.
Memon et al. [28] stated that DCs are crucial sources of variation in construction projects.
This is supported by Anumba et al. [51] who stated that insufficient knowledge and expertise in CE application affect the proper coordination among team members.
Abd El-Razek, H.
El-Saeidy, “Early supplier involvement framework for managing construction waste during the design process,” Journal of Engineering, Design and Technology, vol. 22, no. 2, pp. 578-597, 2024

Pandit et al. [6] have prepared o-chlorophenol and p-chlorophenol-Zr(IV) tungstates and used them as ion exchange membranes for the selective removal of Co(II) from Cu(II), Zn(II) and Pt(II) with 95% efficiency.
The ion-exchange equilibrium between metal ion and the H+ form of Zr(IV) aluminophosphate and their thermodynamic related parameters were well calculated by Pandit et al[8].
Al-Muhtaseb, A.
Z.A.AL-othman, Inamudin.M.
M.M.Abd, El-Latif, M.F.El-Kady, Developing & Characterization of a New Zirconium Vanadate Ion Exchanger and Its Novel Organic- Inorganic Hybrid, J.

This is also supported by Sidhu et al. [65], as they found that the formation of magnetite occurs very rapidly after the oxidation of ferrous iron to ferric iron for this POFHK method.
These MNPs are of a similar size and size distribution to those synthesized via a high temperature method by Kim et al. [66] (their 160 ± 40 nm edge length cubes are ~280 nm ± 70 nm on the diagonal).
The MNPs formed by Mms6 immobilized on the surface are much larger than MNPs formed by Amemiya et al. [33] when Mms6 templated MNPs in the bulk solution for the POFHK method.
Lu, E.L.
English, E.L.

The prospective advantages of dispersing copper nanoparticles in RT24 PCM were examined by Zhenjun et al. [11].
Suresh et al. [16] noted a reduction in latent heat of solidification in palmitic acid with cupric oxide nanoparticles at mass proportions of 0.3% to 0.8%.
Gharbi et al. [23] investigated pure PCM and PCM-embedded silicone-graphite matrices integrated into fin structures, revealing their potential in temperature mitigation.
Chintakrinda et al. [24] conducted experiments with PCM infused with thermal conductivity enhancers to evaluate the PCM thermal performance.
El-Nagar, and H.

Higher corrosion sensibility of the martensitic phase is also found by Vignal et al., who test a stainless steel in a 0.1 M sodium chloride solution [10].
The formation of the martensite phase was predominantly attributed to the surface preparation process, which is in good agreement with the findings of Alvarez et al. [9].
As suggested by Li et al. [28], the oxygen evolution reaction is defined by Eq. 4 and Eq. 5. 2H2O → 2O-ad + 4H+ + 2e-
The higher corrosion sensitivity observed for the martensitic phase is in good agreement with the results presented by Alvarez et al. and Vignal et al. [9, 10].
El-Basiouny, S.

El Hammouti, A.
Ho et al., “Critical factors on manufacturing processes of natural fibre composites,” Compos.
Ma et al., “Determining peanut moisture content by scattering coefficient,” J.
Wang et al., “Anaerobic germination of green coffee beans: A novel strategy to improve the quality of commercial Arabica coffee,” Curr.
Alamsyah et al., “Blockchain traceability model in the coffee industry,” J.

El-Nasser, H.
[32] F Ge, L Zhao, J Xu, et al.
[33] F Ge, L Zhao, J Xu, et al.
[34] Xiao Y, Mace B R, Wen J, et al.
[37] Yu D, Liu Y, Wang G, et al.

Basril et al
Laurent et al. studied on effects of temperature and friction coefficients on deep drawing process of an AA5754-O alloy sheet [2].
Fakir et al. studied HFQ process for AA5754-O material numerically [6].
The thermal and mechanical properties of both materials were taken from study of Laurent et al., and are presented in Table 6.
El Fakir, L.

According to Singh et al. [2] and Borah et al. [3], Jatropha Curcas has a special characteristic that could contribute to the countless uses including to prevent and control emission released from vegetable oil as diesel fuel [4] .
Erhan et al. have reported that, 85-90% of the total global lubricant production originates from non-renewable petroleum precursors [7].
A research done by Arbain et al.[21] revealed the branched chain have improved low temperature, hydrolytic stability and high viscosity index.
Gain, Arbain et al. stated the formation of a complex chain and branched oils would contribute towards a lower pour point [21].
El-Mekkawi, O.