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Tian and S.
Yang: Chem.

[2] Huanling Meng, Yang Liu, Pusheng Shen: Journal of Railway Science and Engineering, Vol.3 (2006), p. 61-64, in Chinese
[6] Yanxin Tian, Huanling Meng, Bowang Chen: Joural of Railway Science and Engineering, Vol.3 (2006), p. 57-60, in Chinese

Tian: Tanium Industry Progress, Vol.25 (2008), pp. 42-44 (In Chinese)
Yang: Rare Metal Materials and Engineering, Vol. 39 (2010), pp. 1103-1106 (In Chinese)

[4] JIN Feng Nian, YANG Hai Jie.Loading-rate effect of rock[J].
[7] ZHENG Yu Tian.Theoretical foundation of elastic-plastic of rock mechanics [M].Beijing:coal industry press,1988 [8]ZHANG Meng Tao.

[8] Deng Nai-Yang, Tian Ying-Jie.

Liu and G.L.Yang: J.
Wang and C.Tian:Mater.Lett. 62(2008), p.1339 [3] L.Li, W.Wang, H.Liu, X.Liu, Q.

Research on Eliminating Closing Resistors in 500kV and above Transmission lines circuit Breakers Tian Shua, Guo Peng-junb, He Jin-pengc School of Electrical Engineering and Automation, Henan Polytechnic University, Jiaozuo, Henan454000, China aemail:tianshu@hpu.edu.com bemail:guoshao_1986@163.com cemail:hejinpeng435@163.com Keywords: switching over-voltage; closing resistors; MOA; capacity of energy Abstract.
[5] Yang pengcheng, Chen shuiming, Zhou zongchuan, et al.
[6] Yang pengcheng, Chen shuiming, Zhou zongchuan,et al.

Analysis of Temperature Field of PVC Polymerization Reactor Huidi Hao1,a,Na Zhu1,b,Yong Gao2,a,Tianqi Cheng1,c,Jianyong Lei1,d,Tian Zhai1,e 1School of Chemical Engineering,Northwest University,Xi'an,710069,China 2School of Chemical Engineering,Yulin College,Yulin,719000,China 1,ahaohuidi@nwu.cn,1,bzhuna1163@163.com,2,agaoyong5407@163.com, 1,cchengtianqi88@163.com,1,d464889308@qq.com,1,eruiruiruitang@126.com Keywords:PVC;Stirred tank reactor;finite element;ANSYS;temperature field Abstract.
References [1]Zhixue Weng,Zhiming Huang,et al.Study on the mixing engineering of PVC suspension polymerization kettle.Shenyang chemical industry,1994,3:42-47 [2]Xuzhi Zhang,Songhan Wang,et al.Ethylene derivative engineering.Chemical Industry Press,1995:30-50 [3]YangZhang,Liuqiang Ma.Polymer preparation engineering.China Light Industry Press,2001:101-121 [4]Tiejun Xie.The vessel pressure distribution map.Beijing science and Technology Press,1994:88-108 [5]Chaohui Zhang.ANSYS engineering application example entry and improve.Tsinghua University press,2004:45-78 [6]Tao Liu,Fengpeng Yang.Proficient in ANSYS.Tsinghua University press,2002:145-181 [7]Xiangzhe Zhu,Yi Miao.Study on Numerical Simulation of the flow field and temperature field of polystyrene reactor.Petroleum and chemical equipment technology,2005,26(4):44-48 [8]Guozhong Zhou,Litian Shi.Stirring reactor in computational fluid dynamics simulation technology progress.chemical engineering,2004,32(3):28-35

Numerical Simulation of Tidal Waves Variation in the North Branch of the Changjiang Estuary Jie Gu1, a, Danqing Ma1, Xin Qin1, Xiaoli Wang1, Jizhong Yang1, Tian Hu1, Yuan Wang1 1College of Marine Sciences, Shanghai Ocean University, Shanghai, China aemail: jgu@shou.edu.cn Keywords: the North Branch of the Changjiang Estuary; tidal wave; numerical simulation Abstract.
Yang et al. [3] used the modified Godin’s tidal harmonic analysis and prediction programs to analysis of tidal characteristics before and after construction of regulation projects in Yangtze River estuary.
Yang, J.

Photocatalytic Degradation of Water-Soluble Azo Dyes by LaFeO3 and YFeO3 WANG Xue-juan1, a, SHEN Hai-yun1,b, TIAN Hai-yan1,c, YANG Qiu-hua4,d,* 1Department of Chemistry, Tianjin University, Tianjin 300072, China awangxuejuan2009@163.com,bshenhaiyun2006@163.com,ctianhy0125@163.com,dqiuhuay@tju.edu.cn Keywords: perovskite-type oxides; azo dyes; photochemical catalyst; degradation Abstract.
According to the theory of inorganic solid chemistry, Yang Qiuhua [13] pointed out that the band gap of semiconductor materials were concerned with ionicity of semiconductor which had relationship with the electronegativity of the corresponding elements.
[2] LIXIA SANG, XIXIAN FU, QIUHUA YANG, YIHUAN SUN, JUNZHEN WANG.
[3] XIXIAN FU, YIHUAN SUN, JUNZHEN WANG, QIUHUA YANG, SHULIN BAI, SHULAN ZENG.
[13] QIUHUA YANG, XIXIAN FU.