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[2] Yang Jiandong, Tian Chunlin, Wang Changxing,Nanometer Lapping Technology at High Speed.
[3] Yang Jiandong, Tian Chunlin etc.
[4] Yang Jiandong, Study on Ultraprecision Lapping at High Speed with Solid Abrasives，Research on mechanical science base 20 years, Committee of Natural Science Foundation of China, Lei Yuanzhong,2007.3,Wuhan University of Science and Technology Press,193-196
[5] Yang Jiandong Theoretical and Experimental Study on High Speed Ultraprecision Lapping with Solid Abrasives，Jilin University doctoral dissertation,1998，193-196.

Yang: Trans.
Tian and Y.
Yang: Trans.
Yang, S.Q.
Tian: Materials Science Forum Vol. 686 (2011), p. 125 [12] J.X.

Tian, B.L.
Tian and Z.M.
Tian and Z.M.
Tian, S.M.
Tian, H.T.

A Method of Improving Accuracy of Lapping Main Cylinder of Brake-Pump Jiandong Yang a, Fengxiang Li b and Hui Yan c Jilin Business and Technology College ,Changchun City,China a yangjiandong@jlbtc.edu.cn, b lifengxiang@jlbtc.edu.cn, cyanhui7125 @126.com Keywords: Brake-pump, Cylinder, Lapping, Machining accuracy Abstract.
[2] Yang Jiandong, Tian Chunlin, Wang Changxing,Nanometer Lapping Technology at High Speed.
[3] Yang Jiandong, Tian Chunlin etc.
[4] Yang Jiandong, Study on Ultraprecision Lapping at High Speed with Solid Abrasives，Research on mechanical science base 20 years, Committee of Natural Science Foundation of China, Lei Yuanzhong,2007.3,Wuhan University of Science and Technology Press,193-196
[5] Yang Jiandong Theoretical and Experimental Study on High Speed Ultraprecision Lapping with Solid Abrasives，Jilin University doctoral dissertation,1998，193-196.

Table 2 Basic information of TBS TBS name GSM equipment model The no. of frequency carrier Power of transmission equipment(W) area（m2） Materials of wall Area of window(m2) EER Ba Gua 2206 18 350 29 240mm brick wall 1.3 2.81 Chen Tian 2206 10 300 16 370mm brick wall 0.7 2.77 Under the circumstances that R is bigger than the corresponding lower limits, we have simulated two base stations with different (EC, R), and the results are shown in Fig.3 and Fig.4.
Fig.3 Simulation results in Ba Gua Fig.4 Simulation results in Chen Tian Figure 5 compare the energy consumptions under different frequency carrier intelligent shutoff strategies.
NONE Fig.5 Daily power consumption of Ba Gua(left) and Chen Tian(right) TBS Conclusion By building model systematically and comprehensively on frequency carrier intelligent shutoff technology of wireless device and heat exchange process in TBS, with the constraints of system state equations and the goal of minimizing total TBS energy consumption, we compare main strategies of frequency carrier intelligent shutoff technology, and following conclusions are drawn from our simulations.
[4] Rujing Guo, Xin Yang and Jianfei Hu.

References [1]Wenfu Yang, Lu Gao, Lianyu Gao: New Building Materials,Vol.2(2007),p.22-26(In Chinese) [2]Shuming Tian:Study on static behavior and aseismic performance of autoclaved aerated concrete(AAC)block bearing walls( Tian jin University, Tian jin 2004)
[3]Jinghai Yu,Wei Wang,Shuming Tian,et al: Low Temperature Architecture Technology, Vol.5 (2007), p.53-55 [4]Feng Xie,Jinghai Yu,Xiao-xiang Chen:Low Temperature Architecture Technology,Vol.8(2009), p.72-74 [5]Quanbin Zhao:Experimental research on the improvement of seismic behavior of load bearing masonry made of autoclaved aerated concrete(Tian jin University, Tian jin2006)

On the Methods for Measuring High Temperature Resistivity of Glass TIAN Ying-liang1,2,a*, ZHAN Mei2,b, LI Yong-ming1,3,c, WANG Feng1,d and YANG Jing-ting4,e 1 National Glassware Products Quality Supervision and Inspection Center, Shanxi 030900, China 2Glass Laboratory Materials College of Beijing University of Technology, Beijing 100124, China 3Shanxi Province Glass Products Quality Supervision and Inspection Center, Shanxi 030900, China 4Beijing Hua Yuda Glass Technology Research Institute, Beijing 100124, China aboli106@126.com, bbolizhanmei@163.com, cgjbjzx@126.com, djsxz_wf@163.com, ehyd-YjT@163.com Keywords: High alkali aluminosilicate glasses; High temperature melt; Resistivity Abstract.
Tian, S.B.
Yang, X.F.
Tian et al, Light Metal. 10 (2007) 33-37.

Analysis on the Effect of Expressway Horizontal Curve Radius on the Driver's Visual Features Tian Xiao1,a, Ji shu Sun2,b , Xiao ting Geng2 and Can zhang Jin1 1 Tianjin Municipal Engineering Design ＆ Research Institute, No. 239 Yingkou Street, Heping District, Tianjin, 300051, China 2 School of Civil Engineering, Hebei University of Technology, No. 5340 Xinping Street, Beichen District, Tianjin, 300401, China axiaotian95@126.com, bsunjishu76@sina.com Keywords: Expressway, Traffic safety, Visual features, Radius, Horizontal curve Abstract.
Tian Xiao et al. studied the influence of visual safety on traffic safety, calculated the setting distance requirement of anti-glare plate in horizontal curve sections.
References [1] Yanhong Yin, Xiaodong Pan and Zhen Yang.
[4] Min He, Dong jun Tian.
[6] Tian Xiao, Ji shu Sun and Can zhang Jin.

Research on Urban Smart Water Resources Emergency Management TIAN Yu, YANG Ming-xiang, JIANG Yun-zhong State Key Laboratory of Simulation and Regulation of Water Cycle in River Basin, China Institute of Water Resources and Hydropower Research, Beijing 100038, China sweetrain511@163.com Keywords: Emergency management, urban water resources management, smart water resources, scientific decision-making, coordinated management Abstract: In the background of global climate change, the risk caused by natural disaster further intensify, the features of sudden, abnormity and unpredictability of disasters appear to be greater.
[5] Tian Y, Jiang Y Z, Yang M X.

Evaluation of Optical Path Designing on 4´4 cm2 Er3+/Yb3+ Doped Phosphate Glass Waveguide Substrate Miao Tian, Xin Zhao, Zhengyang Zhou, and Hai Lina Faculty of Chemical Engineering and Materials, Dalian Polytechnic University, Dalian, China awjs@dlpu.edu.cn Keywords: waveguides; bent channel structure; device design Abstract.
Yang.
Yang, Z.M.
Tian and S.B.