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Kazemi et al.[25] investigated the effect of silica and graphene nanoparticles and their hybrid on water viscosity.
Reference Nanoadditives Temperature Range Basefluid Behavior Kulkarni[27] CuO 278–323 K Water Non-Newtonian Aladag et al.[28] Al2O3 and CNT 275.15 – 283.15 K Water Newtonian and Non-Newtonian Halelfadl et al.[29] carbon nanotube 273.15 – 313.15 K Water Newtonian and Non-Newtonian Numburu et al.[30] CuO 238.15- 323.15 K Ethylene glycol–Water Newtonian Banisharif et al.[31] Fe3O4 263.15 – 293.15 K Ethylene glycol–Water Newtonian and Non-Newtonian Atashrouz et al. [32] Fe3O4 288.15 - 343.15 K Ethylene glycol–Water Non-Newtonian Naik et al.[33] CuO 258.15 –303.15 K Propylene glycol–Water Non-Newtonian Yapici et al. [26] TiO2 263.15 - 313.15K Propylene glycol Non-Newtonian The lack of measurements of thermophysical properties of hybrid nanofluids at low temperatures (below 293 K) is the main motivation for this research.
A similar trend was reported by Kulkarni et al. [51] using CuO nanoparticle-based nanofluids in 40:60 water / ethylene glycol mixture.
El Jouad, Electrochemical synthesis of polyaniline-exfoliated graphene composite films and their capacitance properties, J.
Choi, Effect of the Freeze-Thaw on the Suspension Stability and Thermal Conductivity of EG/Water-Based Al 2 O 3 Nanofluids, J.

TenHuisen et al. [31] prepared CDA by hydrolysis of α-TCP and determined that the reaction mechanism occurs in two steps.
Deville et al. [73] have fabricated freeze casting porous complex-shaped ceramic by directional freezing of the slurry.
El Deeb and M.
Damien, et al.: J.
El Briah-BenAbdeslam, M.

Efecto de la edad y la posición de las yemas en el culmo, en la reproducción vegetativa de Bambusa vulgaris y Giagantochloa apus.
[20] EL BASSAM, N.; MEIER, D.; GERDES, C.; KORTE, A.
B. et al.

Substrate surface state influence.The influence of degreasing treatment on the substrate surface - presented at the beginning of Results and analysis section - is studied by wettability (one liquid method and Fowkes calculation [13]).This treatment leads to low polar SiC surfaces, as previously mentioned by Levallois and al [11].
El Abdi, D.
El Abdi, Y.

A complementary study for CeO2 pellets of Vickers hardness, measured at 2 kgf (HV2, according to the E92-ASTM) and indentation fracture toughness (KIC), through equations proposed by Anstis et al [15], was carried out.
El-Koliel, A.A.
El-Kafas, Modeling of WWER-440 fuel pin behavior at extended burn-up, Nuclear Engineering and Design 229 (2004) 113-119

Metroke and Du et al. [6] researched epoxy-SSO hybrid coatings on aluminum alloy (AA) substrates for corrosion protection using wet adhesion testing and electrochemical analyses.
El-Deab, B.E.
El-Anadouli and B.G.

Kojic et al. [14] used MFM in order to examine the relationship between structural and magnetic properties for different processing parameters.
Abd El-Rehim, E.E.F.
El-Sherbini, R.S.

Recently, Andalibi et al. analytically designed MAPbX3 intermediate band perovskite solar cell with the help of Hg2+ atom doping using detailed balance approach.
Photoenergy (2017) 9160381 [11] Beattie N S, See P, Zoppi G, Ushasree P M, Duchamp M, Farrer I, Donchev V, Ritchie D A and Tomic S, Design and fabrication of InAs/GaAs QD based intermediate band solar cells by quantum engineering, 2018 IEEE 7th World Conference on Photovoltaic Energy Conversion (WCPEC) (A Joint Conference of 45th IEEE PVSC, 28th PVSEC 34th EU PVSEC) pp 2747–51 [12] Islam A, Das A, Sarkar N, Matin M A and Amin N, Numerical Analysis of PbSe/GaAs Quantum Dot Intermediate Band Solar Cell (QDIBSC), 2018 International Conference on Computer, Communication, Chemical, Material and Electronic Engineering (IC4ME2) pp1-6 [13] Aouami A El, Feddi K, Courel M, Dujardin F, Laroze D, Pérez L M, Zazoui M and Feddi E M, Numerical modeling of the size effect in {CdSe}/{ZnS} and {InP}/{ZnS}-based Intermediate Band Solar Cells Phys.
Sci. 9 (2016) 155–63 [28] El-Ghtami H, Laref A and Laref S, Electronic and optical behaviors of methylammonium and formamidinium lead trihalide perovskite materials, J.

This result is in line with the works reported by Mudasir et al. [16, 20] which stated that the immobilization of dithizone on adsorbents results in an increase in the type of active group on the adsorbent so that more metal ions can be adsorbed and the value of the rate constant of the dithizone-immobilized adsorbent becomes greater than that of the unmodified ones.
[6] El Alouani, M., Alehyen, S., El Achouri, M., and Taibi, M., 2019, Comparative study of the adsorption of micropollutant contained in aqueous phase using coal fly ash and activated coal fly ash, Kinetic and isotherm studies, Chemical Data Collections, 23, 1-8

OPTIMIZATION OF SUPERELASTIC PROPERTIES IN TITANIUM-NIOBIUM ALLOYS USING SHORT-TIME THERMAL TREATMENTS Frédéric Prima1, a, Fan Sun1, b, Wafa El May2,c, Thierry Gloriant3,d, Pascal Laheurte2,e, Laurence Jordan1, f, Philippe Vermaut1, g,Richard Portier 1, h and Yulin Hao4,i 1 Laboratoire de Physico-Chimie des Surfaces, (CNRS-UMR 7045) Groupe de Métallurgie Structurale, ENSCP Paris, France 2 Laboratoire d’Etude des Textures et Application aux Matériaux LETAM (CNRS-FRE 3143), Université de Metz, France 3 Laboratoire de Science Chimique SCR/CM (CNRS-UMR 6226) Groupe Chimie Métallurgie, INSA Rennes, France. 3 Shenyang National Laboratory for Materials Science, Institute of Metal Research, Chinese Academy of Sciences, Shenyang, China afrederic-prima@chimie-paristech.fr, bsunfan82@gmail.com, cwafa.elmay@univ-metz.fr, dthierry.gloriant@insa-rennes.fr, epascal.laheurte@univ-metz.fr, flaurence.jordan@univ-paris-diderot.fr, gphilippe-vermaut@chimie-paristech.fr, hrichard-portier@chimie-paristech.fr
Ta, Zr, Sn, Al, or O on the mechanical properties of Ti-Nb alloys.