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Chan et al. [9] has conducted an experiment to add Zn nanoparticles into Sn-3.8Ag-0.7Cu solder alloys, and discovered that 0.3% Zn nanoparticles can effectively reduce the growth of Cu3Sn.
[3] El-Daly AA, Fawzy A, Mansour SF and Younis MJ: Journal of Materials Science: Materials in Electronics. 24(2013) 2976-2988
[5] Shnawah DA-A, Said SBM, Sabri MFM, Badruddin IA, Hoe TG, Che FX, et al: Journal of Electronic Materials. 41(2012) 2073-2082

El Jani:Microelelectronics J.
Vol. 32 (2001), p. 995 [7] M Mynbaeva, et. al. : Appl.
Harris et. al. : J.

The similar result was reported by Jiang et al. [16] for pyrolitic temperature of starch polymer.
M., El-Nahas, H.
[15] Margaria et al, Plastics Materials Polyethylene.

[9] Regragui M, Jousseaume V, Addou M, Outzourhit A, Bernede J C and El Idrissi B 2001 Thin Solid Films 397 238–43
[11] Rougier A, Portemer F, Quede A and Al Marssi M 1999 Appl.
[16] Dai Fuping, Lv Shuyuan, Feng Boxue et al.

Wongwises et al. [1] investigated the behavior of HC refrigerant mixtures of HC290, HC600 and HC600a in automotive air-conditioning system which was formerly using refrigerant R134a.
Likewise, Jung et al. [4] replaced R12 with mixture of R290 and R600a having mass fraction of 60% and 40% respectively.
El Kafafy, "Assessment of propane/commercial butane mixtures as possible alternatives to R134a in domestic refrigerators," Energy Conversion and Management vol. 47, pp. 2644–2658, 2006

The TiH2 is produced by Chemetall GmbH and contains the following chemical components: Titanium (min 95%), hydrogen (min. 3.8%), nitrogen (max.0.3%), Si (max.015%), Al (max.0.15%), Fe, Ni, Cl, Mg, C, Ni (all the last component are under 0.1%).
Physical properties of each element of the mixture Elements Physical properties TiH2 Mn Sn Alumix 321 [%] Zr Graphite Al Mg Si Cu Fe Bi,Sn,V balance 1,31 0,5 0,32 0,10 0,05 Density [g/cm3] 3.91 7.21 7.365 2.686 6.52 2.26 Melting point [0C] 400 1246 231.93 650 up to 680 1855 3550 In Fig. 1 SEM image of the mixture is presented.
El Kadiri, W.Joost, Production of Heavy Vehicle Components from Low-Cost Titanium Powder, Contract No.: DE-FC-26-06NT42755, Mississippi State University, 2014, http://energy.gov/sites/prod/files/2014/04/f14/4_automotive_metals-titanium.pdf [13] O.

Pioneering work by Wright et al. [2] and Armand et al. [3] has inspired a large number of experimental investigations into the properties of polyethylene–alkali metal salt complexes.
El-Mansy “A high voltage magnesium battery based on H2SO4-doped (PVA)0.7(NaBr)0.3 solid polymer electrolyte” Journal of Power Sources 185 (2008) 1509–1513 [8].

Therefore the validity of the data provided by Ellyin et al. [7] and Ellyin and Sherbourne [8] must be questioned as they show the mid-plane SCF remaining constant at the plane stress value of 3 for plate thicknesses up to t/d = 1.
The analytical routines used by Alblas [5], Ellyin et al. [7] and Ellyin and Sherbourne [8] seem to have some errors that only become apparent as the plate thickness increases; this occurs at t/d > 1 for Ref. [5] and t/d > 0.4 for Refs. [7, 8].
[6] E.L.

That reason of wet machining tending to increase the tangential mill-grinding force can be attributed to the small change of hardenness of Al matrix at lower temperatures in machining interface.
Due to the Al solfting, the contact pressure between workpiece and grinding wheel reduced relative to wet machining.
El-Gallab, M.

Yu, et al.
[6] Kleiner A, Kolling A, Lewis M, et al.
[9] Livny Y, Bauman G, El-Sana J.