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Majumdar et al
In other efforts, Galun et al
In the present investigation, AZ91D magnesium alloy with a composition (wt.%) of 9%Al, 0.15%Mn, 0.9%Zn and Mg-balance, was chosen as the substrate material.
Manna: Materials Science and Engineering A Vol.361(2003), p.119-129 [9] Tamer El-Raghy, Peter Blau and Michel W.

[3] H.A.El Hamid, B.Iiguez, J.R.
[4] J.He, F.Liu, W.Bian, et al, An approximate carrier-based compact model for fully depleted surrounding-gate MOSFETs with a finite doping body, Semicond.
[5] A.Son, J.Kim, N.Jeong et al., Improved explicit current–voltage model for long-channel undoped surrounding-gate metal oxide semiconductor field effect transistor, J.
[8] B.Iniguez, D.Jimenez, J.Roig, et al, Explicit continuous model for long-channel undoped surrounding-gate MOSFETs, IEEE Trans.

Ded et al. [4] was purpose the frontal crash analysis using the explicit code LS-DYNA on an aluminum-intensive small car platform.
Cerit et al. [5] performed for the safety study on an intercity coach in case the primary structure compared with the structure with two different energy absorber designs.
The analysis of thin walled cylinders with diverse D/t and L/D ratio and impact energy was operated by Tai el al. [7].

Jitcharoen et al. [2] studied the penetration of a CaO-Al2O3-SiO2 glass into an alumina body, showing that the subsequent gradual change in Elastic Modulus significantly improves the surface properties of the system and suppresses the Hertzian cracking.
a) b) Prediction of the Depth of Penetration By assuming that the driving force for glass penetration is capillarity, the depth of penetration could be predicted by means of the equation proposed by Kuromitsu et al. [7]
Nuove tecnologie e Servizi Avanzati, Bosco Marengo (AL) ITALY
Navarro, El Vidrio, C.S.I.C., Madrid (1991) p. 362

[5] Mujica L.E. et al., Impact Damage Detection in Aircraft Composites Using Knowledge-Based Reasoning, Structural Health Monitoring Vol. 7 (2008), p 215-230 [6] Kim I. and Park C.Y.: J.
U. and El Zafrany: Composite Structures Vol. 89 (2009) p 134-142
[13] Inman D.J. et al, Damage Prognosis for Aerospace, Civil and Mechanical Systems, John Wiley and Sons Ltd., 2005 [14] Ihn J and Chang F.
[15] Webb A.R, Statistical Pattern Recognition, John Wiley and Sons Ltd, (2002) [16] Park et al: J.

Zhang et al [15] presented a semi-supervised kernel-based fuzzy c-means algorithm called SSKFCM by introducing semi-supervised learning technique and the kernel method simultaneously into conventional fuzzy clustering algorithm.
Zhang et al [16] also proposed a semi-supervised clustering approach using the kernel-based method based on KFCM.
Different from the above two algorithm, Grira et al [14] used so-called pairwise constraints to improve the performance of FCM.
Chen, E.L.

IGC is a particular problem for Al-Cu-(Mg) (2xxx) and Al-Zn-Mg-(Cu) (7xxx) series aluminium alloys used widely in both commercial and military aircraft.
A study [6] of IGC on Al-Mg-Si alloys in aggressive HCl solutions showed that an exfoliation-like attack occurred, which developed a high directionality of growth in the rolling direction.
Byrne, E.L.

Bujoczek et al. suggested diluting substrate into 0.5~3% of TS to reduce the nitrogen content[6].
Abouelenien et al. made methane yield up to 195 mL/g VS by stripping NH3 from chicken manure[7].
Bi et al. reported that the maximum concentration of phosphorus released from excess sludge could reach about 125 mg/L[16].
El-Mashad and R.H.

Tsao et. al., [6,7] studied the influence of reinforcing TiO2 and Al2O3 nanoparticles on microstructural development and hardness of eutectic Sn–Ag–Cu solders.
El-Daly, A.E.
Mustafa Al Bakri, M.H.
Al Bakri, F.

Mallory et. al [7] also have reported that, complexing agent in Ni-P solution exert a buffering action and thus prevent pH from falling too fast.
This is in good agreement with the finding reported by Huang et.al [11].
Solution A contains high phosphorus content possess low plating rate which is similar findings with Armyanov et. al [12] and Tarozaite [13].
EL-Kahtib, Ni-P and Ni-Cu-P modified carbon catalysts for methanol electro-oxidation in KOH solution, International Journal of Hydrogen Energy 35 (2010) 2517-2529