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S., El-Kheshen, A.
A., et al.
[10] Koumpouri, D., Karatasios, I., Psycharis, V., et al.
[11] Kacimi, L., Simon-Masseron, A., Salem, S., et al.
R., et al.

Absorption at 913-1002 cm-1 shown the Al-O and Mg-O groups [13,14].
Mg(OH)2 and Al(OH)3 in burning process will undergo: 2A1(OH)3 à Al2O3 + 3H2O; and Mg(OH)2àMgO + H2O.
However, decomposition temperature of Al(OH)3 is at 200°C [8,10,11].
It had been reported in previous work [9] that Mg(OH)2 and Al(OH)3 can act as flame retardant to plastics at a higher loading.
El-Meligy Magda: Effect of Addition of Boric Acid and Borax on Fire-Retardant and Mechanical Properties of Urea Formaldehyde Saw Dust Composites.

Allam Musbah Al-Allam and Dr.
Proc., vol. 1846 (2017), p. 2008-1 [5] Masirin, M.I.M, Al Allam, A.M. and Ali, A.S.B: Pertanika Journal of Science and Technology, vol 25 (2017), p. 101 [6] H.
El-Badawy, A.
Al-Mansob, and D.
Al-Qadi, P.

Aqueel Ahmad et al proposed a solution to the misalignment issue using a Hall-effect sensor analyzed through finite element analysis.
Yuan-Hua Zhang et al proposed a wirelessly charging battery system that automatically adjusts its position to an optimal charging location using an XY-axis movable platform.
Villa et al suggest improvements and investigate the behavior of wireless power transfer systems that require precise coil alignment for optimal energy transfer.
The practical application of wireless charging was proposed by Aqueel Ahmad et al.
El-Shahat, A.

Dennis, E.L.
Latta, A.L.
Ip et. al.
Maas et al., Long-term evaluation of Bennett's fracture: A comparison between open and closed reduction, J Hand Surg, 19B (1994) 373-377
Vilcioiu, et al., Experimental evaluation on rat model of different bioresorbable materials potentially used as orthopedic biomaterials.

Pang, et al: European Polymer Journal (2019), in press
El-Sheikh: BioResources Vol. 9 (2014), pp. 8-23
Cai, et al: Industrial Crops and Products Vol. 65 (2015), pp. 27-35
Sun, et. al: Carbohydrate Polymers Vol. 37 (1998), pp. 351-359
Filho, et al: Carbohydrate Polymers Vol. 73 (2008), pp. 74-82

Influence function methods (IFMs) were developed by Ren et al. 1987 [6] and are used extensively [5,7] to predict mining subsidence.
Al Heib, J.P.
El Shayeb: Paramètres d’affaissement pour la hiérarchisation des zones à risque dans le bassin ferrifère lorrain.

At suitable points, relevant comparisons are made with behavior of Al alloys.
In contrast, Al alloys can be cold rolled to thin gages in several passes.
Spigarelli S., El Mehtedi M., Evangelista E. and Kaneko J., Metal., Sci.
Humphreys F.J., Deformation of Polycrystals, Hansen N., et al., eds., RISO Natl.
Advances in Industrial Materials, Wilkinson D.S., et al., eds., Met.

Jha elt al. [2] have studied the lattice vibrational properties of europium chalcogenides by using a three-body force rigid ion model (TRIM).
Sakalle et al. [5] have used simple lattice dynamical model theory viz. the three-body force rigid ion model (TRIM) to study the lattice vibrational properties of europium chalcogenides at high pressure.
Horne et al. [6] used the ab-initio self-interaction corrected (SIC) method [7] to discuss the electronic structure of the Eu chalcogenides and pnictides in both the divalent and trivalent states.
Gupta et al. [15] used two different models, a modified charge-transfer potential model and a charge transfer model to study all the Europium chalcogenides.
Dine el Hannani, Electronic structure calculations of europium chalcogenides EuS and EuSe, Phys. stat. sol.

Jimeno et al [4] stated that the success and economics of drilling operation depends majorly on the condition of the bit.
In addition, Hennies et al [5] said that the application of drilling requires proper identification of drilling components such as drill bit, drilling fluid and stabilizer.
Kahraman et al [6] stated that the performance of a bit requires information from variety of sources which includes formation properties, operating condition and bit design analysis.
Plinninger et al [8] were of the view that performance of a drill bit could be determined and measured based on the rate of penetration, bit life and bit wear rate.
Jimeno, E.L.