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El-Dougdoug, “A Comprehensive Review of Nanomaterials: Types, Synthesis, Characterization, and Applications,” Biointerface Res.
El-naggar, “International Journal of Biological Macromolecules Synthesis of bee venom loaded chitosan nanoparticles for anti-MERS-COV and multi-drug resistance bacteria,” Int.
Al-luhaibi and R.
Al-Nemrawi, R.
El-Kott, A.

Miranda et al [6] investigated the characterization and combustion of olive pomace and forest residue pellets.
Abdulyekeen et al [7] explained in their paper the importance of using the municipal solid waste that could be converted in energy production.
In Andalusia, Marquina et al [8] presented an economic value of olive sector biomass for thermal and electrical uses.
References [1] Huang, H., et al., Stacking low carbon policies on the renewable fuels standard: Economic and greenhouse gas implications.
[6] Miranda, T., et al., Characterization and combustion of olive pomace and forest residue pellets.

This is because that the big and the small grains are N (T, S, H) a tensile test Temp.[ ºC ] UTS [Mpa] YS [Mpa] EL [%] RA [%] Fracture location 1 (970, 30, I) 20/500 1030/650 990/615 3.5/5.25 11.25/51.8 Ti3Al/ TC4 2 (970, 50, II) 20/500 1145/785 1120/762.5 2.5/3.75 6.75/46.5 Ti3Al/TC4(one is out scale mark) 3(970, 30, I) 20/500 997.5/695 922.5/650 3.0/7.25 7.5/53.5 Weld-seam/ TC4 4 (970, 50, I) 20/500 970/737.5 945/700 1.75/5.5 7.75/50 Weld-seam/ TC4 5 (1020, 38, II) 20/500 1020/692.5 955/597.5 16.5/16.3 44.5/68.3 Weld-seam/ TC4 6 (1020, 50, II) 20/500 1060/727.5 1025/702.5 3.0/9.5 4.5/53 Weld-seam/ TC4 7 (1020, 30, II) 20/500 932.5/742.5 875/702.5 5.75/9.5 24.5/53.8 TC4/ TC4 8（1020, 50, II） 20/500 1025/692.5 962.5/660 2.75/9.5 9.5/57.5 Weld-seam/ TC4 9 (as-welded) 20 1020 950 2.5 12.5 Weld-seam co-existent at the weld-seam.
Of course, it is also related to the volume percentage of Al and Nb diffused into the weld zone [9].
The Al and Nb in matrix are hardly diffused through weld-seam in as-welded sample.
The microstructures are affected synthetically by factors such as working route, interacting of heat and force, diffusing volume percentage of element Al and Nb

El Messki, F.
Caudron, et al.
Resende, et al.
El Messki, F.
Svensson, et al.

The analyses of EW and MeOC were based on standard methods by Owens et al. [13].
This value is higher than those obtained by Oliveira et al. [11] and Khamsucharit et al. [20] from their extraction in banana peel.
Results of the experiment were confirmed by the study of Happi Emaga et al. [21] and Khamsucharit et al. [20] on pectin extractions from banana peel and citrus peel.
Schultz, E.L.
Atkins, E.L.

Wilson, J.T. and E.L.
Orive, G., et al., Development and optimisation of alginate-PMCG-alginate microcapsules for cell immobilisation.
La Flamme, K.E., et al., Nanoporous alumina capsules for cellular macroencapsulation: transport and biocompatibility.
[10].Hikosaka, T., et al., Application of sintered Ti powder to dental prostheses.
[12].De Medeiros, W.S., et al., Bioactive porous titanium: an alternative to surgical implants.

Yuan et al. [15].
Gadow et al. [19], and M.H.
Staia et al. [18].
Nerz et al. proposed the following two reactions [21]: 2WC→W2C+C (1) W2C→2W+C
El-Badia, Wear 264(2008) 826-837 [5] L.G.Yu, K.A.Khor, H.Li, K.C.Pay, T.H.Yip, P.

Analytical Investigations Nonlinear static and dynamic time-history analyses of the prototype building were conducted to evaluate its performance using the OpenSEES program (Mazzoni et al 2000)[2].
Fig. 3 Fiber model of CFDST column section Fig. 4 Pushover analysis results of CFDST frame A panel zone strength model proposed by Wu et al.
A simplified bolted endplate connection model suggested by Li et al [4] was employed to simulate the flexural stiffness and yield strength of connections studied herein.
Detailed verification procedure of the panel zone model was accomplished by He et al.[5].
On the purpose of comparison, the frame model presented in this paper utilizes the same material properties of steel beams, steel tubes, and infilled concrete for the CFDST columns as those introduced by He et al. [5].

Sun et al. [9,10] obtained NiCrBSi coating on Ti-6Al-4V alloy substrate by laser cladding.
Wong et al. [11] compared two kinds of plasma-sprayed and laser remelted coatings, Ni-Cr-B-Si alloys and Ni-Cr-B-Si+WC alloys on aluminium alloy.
Ma et al. [14] obtained a nickel-based alloy coating with addition of 1.5 % CeO2 on the surface of 20Cr2Ni4A steel by a Nd:YAG laser.
Dezert, R.El Guerjouma, Microstructural and mechanical characteristics of laser coatings, Surf.
Su, The microstructure and tribological characteristics of laser-clad Ni-Cr-Al coatings on aluminium alloy, Mat.

Cheong et al: Chemistry, Vol. 1 (2008) No.5, pp.11-17
Dale, et al: Bioresource Technology, Vol. 96 (2005) No.1, pp.673–686
Elander, et al: Bioresource Technology, Vol. 96 (2005) No.1, pp.1959-1966
Raman, et al: Technical Papers of the 2007 ASABE Annual International Meeting (St.
Mosier, Chia-Ping Huang, et al: Biotechnology and Bioengineering, Vol. 97 (2007) No.2, pp.265–278