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Tziourtzioumis et al. [2] investigated the effect of a B70 biodiesel blend on a common-rail passenger car diesel engine.
Tziourtzioumis, et al., Experimental investigation of the effect of a B70 biodiesel blend on a common-rail passenger car diesel engine, Proc.
Khalid, et al., Performance and emissions characteristics of diesel engine fuelled by biodiesel derived from palm oil. 
Khalid, et al., Analysis of relation between mixture formation during ignition delay period and burning process in diesel combustion.
[10] El-Awad, M.M. and T.F.

Li et al: Acta Mater.
Lin et al: Mater.
Chung et al: Metall.
Chung et al: Mater.
Gremaud et al: J.

Choi et al. [2] applied a finite volume DNS (Direct Numerical Simulations) method to clarify the mechanism of drag reduction of riblets.
Goldstein et al. [3] adopted an immersed boundary method (IBM) to model the riblets, and reported that riblets reduce drag for cross-flow damping.
Peet et al. [7] obtained pressure losses reduction by a sinusoidal riblets with triangular cross-section.
This observation is in accordance with findings of Choi et al. [2]and Chu and Karniadakis [12] who suggested that in the drag-reducing configuration, the velocity fluctuations of all the components should decrease above the riblets.
In: Gad-el-Hak M, Pollard A, editors.: Springer Berlin / Heidelberg; 1998. p. 431-66

Meijer, C. van de Valk, et al.: Bone growth in biomimetic apatite coated porous polyactive 1000PEGT70PBT30 implants.
El-Amin, M.
Joos, et al.: Magnesium in newly formed dentin mineral of rat incisor.
Zhang, et al.: Study on β-TCP coated porous Mg as a bone tissue engineering scaffold material.
Han, A.L.

Tang et al investigated the effects of the tool flank wear on the residual stresses, and found that as the tool flank wear length increased, the residual stress on the machined surface shifted obviously to tensile range [6].
Balazinski et al: Wear. 195 (1996), p. 206-213 [3] L.
Ramachandra et al: Journal of Materials Processing Technology. 139(1) (2003), p. 628-634 [6] Z.T.
Pan et al: Journal of Materials Processing Technology. 209(9) (2009), p. 4502-4508 [7] X.
El-Wardany, H.A.

The earliest cohesion Takemoto et al [1-3] extracted from kelp in the laminin, lowering blood pressure and cholesterol, prevent atherosclerosis, antiplatelet and can effectively prevent hypertension and stroke and so on. [4] Global Jean Pierre Genet et al. [5] 4 - acetoxy-2 - butenyl ethyl carbonate as a raw material for the total synthesis of laminin, but the reaction yield is low, the cost is high.
Later LiQun et al [12] based on the above water as the solvent synthesis, optimization of raw materials, the use of dimethyl carbonate synthesis of laminin.
Selva et al[13-16] Y-type zeolites exchanged with alkali metal, dimethyl carbonate reagent is methyl, methylation of the amino compound series, methylation rate of 90% -97%.
Dhakshinamoorthy et al [17] iron, copper as the central metal atom of the metal organic frameworks (MOFs) materials catalytic amino methylation reaction, the conversion rate was 93%.
[15] SELVA M,TUNDO P,BRUNELLI D,et al.

Al Akhrass, M.
El-Rassy, M.
Al-Ghoul: RSC Adv.
Al-Ghoul: Cryst.
Al‐Ghoul: ChemSusChem Vol. 9 (2016), p. 800-805.

Kulkarni, Louisiana State U. et al.: SPE 95976 [2] Jinli Zhang, Chuanjie Wu et al.: Fuel, Vol. 83 (2004), p. 315 [3] M. del Carmen Garcia, L.
Urbina et al.: Petroleum Science and Technology, Vol. 16 (1998), p. 1001 [5] L.T.
Boger: AIChE Journal, Vol. 37 (1991), p. 871 [6] I.M El-Gamal: Colloids and Surfaces A: Physicochemical and Engineering Aspects, Vol. 135 (1998), p. 283 [7] D.
Sarmah et al.: Fuel, Vol. 77 (1998), p. 1163 [8] A.J.
Roberts: Journal of Crystal Growth, Vol. 198/199 (1999), p. 830 [9] Holder, G.A. and Winkler, J.: Journal of the Institute of Petroleum, Vol. 51 (1965), p. 228 [10] Hans Petter Roenningsen, Brit Bjoerndal et al.: Energy & Fuels, Vol. 5 (1991), p. 895 [11] Baudilio Coto, Carmen Martos et al.: Fuel, Vol. 87 (2008), p. 2090

El-Sherbiny, et al: Pigment and Resin Technology.
Pai, et al.
Bacauskiene, et al.
[4] Wu Jimei, XuZonglei, Chen Yunchun, et al.
[7] Bai Wenhua, Bao Nengsheng, Xu Peng, et al.

Xue et al [5] reported the change in acid red soil enzyme activities of tea garden, However, little is known about the change in soil enzyme acitivities of other soils within tea garden with time.
This was consistent with Xue et al[5] which showed the 50-year-old tea orchard red soil had a comparatively higher invertase activity compared to the 8- and 90-year-old tea orchard red soil.
This was consistent with Pettit et al[12]and Rodríguez-Loinaz et al[13].
Rodríguez-Loinaz et al[13]also found that urease activity was positively correlated with organic matter content.
[11] E.L.