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El-Sayed, T.M.
Al-Turki, H.M.
Al-Daffiri, B.A.
Al-Bassam, M.E.

Spry et al., Materials Science Forum 600-603, 1079 (2008)
Neudeck et al., Physica Status Solidi A 206, 2329 (2009)
Chen et al., 2014 IMAPS Int.
Gad-el.Hak (Ed.), MEMS Design and Fabrication, CRC Press, Boca Raton, Florida USA, 2006, p. 12-1

References [1] Chen Guangwen, Yuan Quan．Micro chemical technology[J]．Journal of Chemical Engineering，2003，54（4）：427～439 [2] W．El field，V.
Luo Guangsheng，Ma Yujun，Lv Yangcheng．trans．Beijing：Chemical Industry Press, 2004 [3] Gigeys Daniel，Pinto Devanand．Lab-on-a-chip：A revolution in biological and medical sciences[J]．Analytical Chemistry，2000，72(9)：330A～335A [4] Azzi A，A Al-Attiyah，Liu Qi，et al．
International Journal of Multiphase Flow, 2011, 37(9), 1129～1134 [6] Le Jun，Chen Wenguang，Yuan Quan，et al．Mass transfer research of gas-liquid tow phase flow in Micro channel[J]．Journal of Chemical Engineering，2006，57（6）：1296～1303 [7] Azzopardi B．J．Phase separation at T-junctions[J]．Multiphase Science Technology．1999, 11：223～329 [8] Hirt C W，Nichols B D．Volume of fluid (VOF) method for the dynamics of free boundaries[J].

In 1996 Beach at el [2] has re-discovered these materials for technological applications (low magnetic field sensors) and basic studies of non-linear processes.
GMI properties of the electroplated wires in presence of ferrofluids Magnetic properties of electroplated wires in presence of ferrofluid were recently studied by H.Garcia-Miquel et al [7].
Jantarantana et al [9].
Prokoshin, A.L.

Oktem et al. [3] used the response surface method with a developed genetic algorithm (GA) to optimize cutting conditions for surface roughness.
Sharif et al. [2, 4] used factorial design coupled with response surface method, which is a model in relation to the primary machining variables such as cutting speed, feed rate, and radial rake angle.
Choudhury et al. [5] presented dual response surface methodology for machinability assessment of inconel 718 in turning operations.
El-Baradie.

Mori et al. [11, 12] have simulated the axi-symmetric pulsating hydroforming of tubes by rigid-plastic finite element method and investigated that uniform expansion in the bugling region was obtained and the formability was improved by preventing the local thinning.
Hama et al. [13] have exhibited enough bulging height can be obtained by applying a small hydraulic pressure for an automotive part by the static explicit finite element method.
Yang et al. [14] explored the mechanism of pulsating hydro-forming by finite element simulation and concluded that the uniformity of wall thickness of a formed part was improved remarkably since the pulsating hydraulic pressure had driven the deformation zone into two alternating states “Tiny wrinkling appears and then disappeared’’.
[5] E.L.

For instance, Somnuk et al. [5] studied the two-stage continuous process of methyl ester from high free fatty acid (FFA) mixed crude palm oil (MCPO) was performed by using static mixer coupled with high-intensity of ultrasound.
Farag et al. [8] studied the factors affecting esterification of high percentage of FFA in mixed oil.
Pisarello et al. [9] studied the biodiesel production from the refined sunflower oil, coconut oil and concentrated FFA by direct acid-catalyst esterification.
Vol. 25 (2013), p. 742 [8] Farag, El-Maghraby and Taha: Fuel Processing Technol.

Subramanian et al. [1] had reported that CCTO has high dielectric constant (>105), which is nearly constant over a wide range of frequencies and temperatures.
Previously, Young et al. [2] have studied the effect of liquid-phase sintering on the breakdown strength of BaTiO3 (BT) ceramics used for energy storage capacitor, but, as reported, the dielectric constant of BT was only around ~100 at 1 MHz.
Zhang et al. [11] have reported that the energy density of BT was 0.37 J/cm3.
El-Aziz, Z.A.B.

Sun, et al.: Engineering Failure Analysis, Vol. 14 (2007), No.2, pp. 349
El-Mansy, B.
Martin-Meizoso, et al.: Acta Materialia, Vol. 47 (1999), No.17, pp. 4405
El-Mansy, J.
Sun, et al.: Acta Materialia, Vol. 54 (2006), No.13, pp. 3453

Spinace and E.L.
El Hassan, A.