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Online since: October 2012
Authors: Xiao Li Li, Zhao Long Yin
As the earthquake intensity is 6 degrees,7 degrees,8 degrees, the input seismic waves was the EL Centro wave and its acceleration peak respectively was taken as 0.05g, 0.1g, 0.2g.
[2] Kamel EI Hmadi et al.Soil spring for buried pipeline axial motion.Joumal of Geotechnical Engineering, Vol. 11(1998), p.1335～1339 [3] Bathe, K.J.and Bolourchi,S.Large Displacement Analysis of Three-dimensional Beam Structures.
[2] Kamel EI Hmadi et al.Soil spring for buried pipeline axial motion.Joumal of Geotechnical Engineering, Vol. 11(1998), p.1335～1339 [3] Bathe, K.J.and Bolourchi,S.Large Displacement Analysis of Three-dimensional Beam Structures.
Online since: November 2013
Authors: K.M. Adel
Friction stir welding of AA 7020-T6 aluminum alloys, 5 mm thick plate is an Al- Zn-Mg grade alloy of 7XXX series heat treatable of medium strength alloys and employed for welded engineering structural components.
This is apparently due to the presence of significant porosity and kissing bond type defect in the stirred zone of this joint, and that conforms to results of Cam G. et al. [3].
Kumar et al. [13] reported that the precipitates occur when the peak temperature exceeds 390 ˚C for AA 7020-T6 aluminum alloys.
Evangelista E: ‘TEM analysis of friction stir welded butt joint of Al-Si-Mg alloys’, Materials Chemistry and Physics 81, 2003
Bhanumurthy: ‘Friction stir welding of Al 6061 Alloy’, Asian J.
This is apparently due to the presence of significant porosity and kissing bond type defect in the stirred zone of this joint, and that conforms to results of Cam G. et al. [3].
Kumar et al. [13] reported that the precipitates occur when the peak temperature exceeds 390 ˚C for AA 7020-T6 aluminum alloys.
Evangelista E: ‘TEM analysis of friction stir welded butt joint of Al-Si-Mg alloys’, Materials Chemistry and Physics 81, 2003
Bhanumurthy: ‘Friction stir welding of Al 6061 Alloy’, Asian J.
Online since: June 2012
Authors: Xin He, Mei Zhang, Su Yu Yang
In addition, Brabec et al. reported that solution processed silver nanowires films could be introduced as transparent electrodes for thin-film solar cells [11].
Yang et al. also prepared organic photovoltaic devices based on the silver nanowires-TiO2-PEDOT: PSS transparent conductor showing comparable performance to those based on commercial ITO substrates [12].
Xia et al. reported that the key strategy for the formation of Pt nanowires is the introduction of a trace amount of Fe2+ (or Fe3+) species to greatly reduce the level of supersaturation of Pt atoms and thus the growth rate by slowing down the reduction reaction [18].
El-sayed: Acc.
Yang et al. also prepared organic photovoltaic devices based on the silver nanowires-TiO2-PEDOT: PSS transparent conductor showing comparable performance to those based on commercial ITO substrates [12].
Xia et al. reported that the key strategy for the formation of Pt nanowires is the introduction of a trace amount of Fe2+ (or Fe3+) species to greatly reduce the level of supersaturation of Pt atoms and thus the growth rate by slowing down the reduction reaction [18].
El-sayed: Acc.
Online since: October 2011
Authors: Li Jie Liu, Qiong Tao, Tao Shi
References
[1] CONG Wei, PAN Zhencun, WANG Chenshan, et al.
A Substation Area Longitudinal Protection (SALP) Scheme for Distribution System with High DG Penetration, Automation of Electric Power Systems, Vol. 33-10 (2009), p. 81-84 [2] SUN Jingliao; LI Yongli; LI Shengwei, et al.
[4] HUANG Wei, LEI Jinyong, XIA Xiang, et al.
Influence of Distributed Generation on Phase-to-phase Short Circuit Protection in Distribution Network, Automation of Electric Power Systems, Vol. 32-1 (2008), p. 93-97 [5] ZHANG Qingjie, LU Yuping, A New Distributed Protection Principle Based on Adaptive Division for Relevant Fault Area,Automation of Electric Power Systems, Vol. 32-7 (2008), p. 39-43 [6] Baran M，El-Markaby I.
A Substation Area Longitudinal Protection (SALP) Scheme for Distribution System with High DG Penetration, Automation of Electric Power Systems, Vol. 33-10 (2009), p. 81-84 [2] SUN Jingliao; LI Yongli; LI Shengwei, et al.
[4] HUANG Wei, LEI Jinyong, XIA Xiang, et al.
Influence of Distributed Generation on Phase-to-phase Short Circuit Protection in Distribution Network, Automation of Electric Power Systems, Vol. 32-1 (2008), p. 93-97 [5] ZHANG Qingjie, LU Yuping, A New Distributed Protection Principle Based on Adaptive Division for Relevant Fault Area,Automation of Electric Power Systems, Vol. 32-7 (2008), p. 39-43 [6] Baran M，El-Markaby I.