[1]
Information on http://www.mei.gov.cn.
Google Scholar
[2]
Huang Daochun, Wei Yuanhang and Zhong Lianhong et al．Discussion on several problems of developing UHVDC transmission in China. Power System Technology, Vol.31 (2007), pp.6-12.
Google Scholar
[3]
Yuan Qingyun. Present state and application prospect of UHVDC transmission in China. Power System Technology, Vol.29 (2005), pp.1-3.
Google Scholar
[4]
Wu Jingru,Xu Yongxi. Development prospect of UHV AC power transmission in China. Power System Technology, Vol.29 (2005), pp.1-4.
Google Scholar
[5]
Guo Ricai, He Changhua and Li Xilai et al. Research on utilization of high-strength steel in transmission towers. Power System Technology, Vol.30 (2006), pp.21-25.
Google Scholar
[6]
Li Kaixi, Xiao Yunhui. Calculating steel compression member's critical force by the inverse calculation segment length method. Journal of Chongqing Architectural and Civil Engineering Institute, (1982), pp.26-45.
Google Scholar
[7]
Li Kaixi, Xiao Yunhui and Nao Xiaofeng et al. Column curves for steel compression member. Journal of Chongqing Architectural and Civil Engineering Institute, (1985), pp.24-33.
Google Scholar
[8]
Shi Shilun, Li Zhengliang and Zhang Dongying et al. Column curves of Q460 equal angle steel. Power System Technology, Vol.34 (2010), pp.185-189.
Google Scholar
[9]
Shi Shilun, Li Zhengliang and Zhang Dongying. Research into bearing capacity of axially loaded compression members of high strength equal angle steel. Power System Technology, Vol.33 (2009), pp.197-201.
Google Scholar
[10]
Shi Shilun, Li Zhengliang and Zhang Dongying et al. Experimental Investigation on Bearing Capacity of Single Equal-Angle Steel Struts Connected by One Leg. Power System Technology, Vol.34 (2010), pp.205-209.
Google Scholar
[11]
Li Zhengliang, Shi Shilun and Zhang Dongying. Local buckling of Q460 single equal-angle steel strut. Journal of Shengyang University of Technology, Vol.31 (2009), pp.701-707.
Google Scholar
