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Yang [2], Sridhar [3], Mantle [4], Du [5], Sharman [6], Ibrahim [7], Che-Haron [8] and so on had studied separately for high-speed milling of titanium alloy TC4 surface integrity.
Yang, D.
Yang, “Study on Surface Morphology and Microstructure of Titanium Alloy TC4 Under High-speed Milling,” Acta Aeronautica Et Astronautica Sinica vol. 29, pp. 1710-1715, 2008 (in chinese) [6] A.

The Simulation Study of electromagnetic wave propagation characteristics in closed GIS Tank Chen Jun1,2a, Li Jinbin1,2, Xia Tian1,2, Zhu Shiming1,2, Yang Yuan3, Yang Ning3, Li Junhao4b 1State Grid Electric Power Company of Hubei Province Electric Power Research Institute, China 2State Grid Field Test Technology Key Laboratory of high voltage electrical equipment, China 3Chinese Electric Power Research Institute, China 4School of Electrical Engineering, Xi'an Jiaotong University, China a13317126120@163.com, bzzljh2003@163.com Keywords: PD, GIS, FDTD, Electromagnetic Abstract.

[12] Sha Y, Yang M G, Kang C, Wang X Y.
[36] Zhang D W, Yang M G, Gao B, Lu B Y.
[37] Gao B, Yang M G.
[42] Yang M G, Gao B, Li H, Gu H F.
[43] Yang M G, Gao B, Liu D, Gu H F, Li H.

.; No. 32(2005) , p.297–308 [4] Yong Wu Zhou, Shan-Lin Yang.
Production Economics, No. 95, (2005) , p.215–228 [5] Yang Shuai.

Application Study of Phase Inversion for Drilling Fluid in Well Lianhua 000-X2# Li Yang1, a, Yunpeng An1, b, Nan Tian2, c, Jun Ma3, d and Jianhua Yao4, e 1Southwest petroleum university, Xindu District, Chengdu 610500, China 2Kerr-McGee China petroleum Ltd, Chao Yang District, Beijing 100016, China 3Great wall drilling company engineering research institute, Xinlongtai District, Panjin 124010, China 4West Sichuan Drilling Company, No.13, Huayou Rd., Chendu 610051, China aylswpu@126.com, baypswpu@sina.com, ctiannan@cnooc.com.cn, dmjgwdc@126.com, ecxztyjh@163.com Keywords: Phase inversion, Drilling fluid, Solid-liquid separation, Drag reduction, Emulsifier Abstract.
Yang and P.Y.
Yang, B.Y.

Novel Flowrate Sensor Based on a Couple of Fiber Bragg Gratings Yang Shulian1, a, Li Tianze1, Li Zhenmei1, Tan Boxue1 and Zhao Kai1 1School of Electric and Electronic Engineering, Shandong University of Technology, Zibo, China ayangsl21cn@163.com Keywords –Fiber optic sensor; Flowrate sensor; Flow measurement; Fiber Bragg grating Abstract –A novel flowrate sensor based on a couple of fiber Bragg gratings( FBGs) has been proposed, consisting of fiber grating pressure sensing setup and Venturi tube.
References [1] Yang Shulian, Shen Jin, Li Tianze.
[5] Xiao Yang, Tang Hongwu, Mao Ye, et,al.

Yang and Z.X.
Yang, C.N.
Yang, J.H.

Microstructure and Properties of MAO Coatings for AZ91D Magnesium Alloy in Varies Work Mode Xuejun Cui1, 2, a, Xiuzhou Lin 1, 2, b, Chunhai Liu 1, 2, c, Ruisong Yang 1, 2, d and Mingtian Li 1, 2, e 1 Material Corrosion and Protection Key Laboratory of Sichuan Province, Sichuan University of Science and Engineering, Zigong 643000, China. 2 College of Materials and Chemical Engineering, Sichuan University of Science and Engineering, Zigong 643000, China.
Yang, X.Z.
Yang.

Yang Huaqiu [33] found that it can effectively reduce the heat transfer coefficient of glass if adopting the high-performance Low-E glass filled with argon gas through the research with the methods of combining optical performance simulation software MQMC and CFD simulation software.
Yang Qian [8] found that in areas of hot summers, the thermal property of DSF is better and the energy saving efficient is best when heat-absorbing glass is used for the outer layer, and the Low-E reflective glass and ordinary glass composition hollow glass is used for inner layer.
Energy and Buildings,2004,36:127-136 [7] Guoqing He, Lifang Shu, Yu Zhou, et al.Heat transfer characteristics of double skin façade systems[J].Industrial Construction，2012,42:50-53 [8] Qian Yang, Pingdao Gu, Shixiong Wei.
Energy comparison of applying CFD software for the simulation of double skin façade [J].Energy and Energy Conservation,2012,11:41-47 [28] Lin Yang.
Study on thermal performance of double-skin façade with outer circular[J].Building Science,2010,26(4)75-80 [33] Huaqiu Yang, Yang Ma.

Yang, D.
Yang, Q.W.
Yang: Electrochim.
Tian, L.
Yang, J.