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Yang: Material & Heat Treatment, Vol. 40 (2011) No.20, p.141.
Tian and Y.
Yang: Surface and Coatings Technology, Vol. 201 (2007) No.18, p.7746.

References [1] N.Y.Deng, Y.J.Tian. in: The new method of data mining-Support Vector Machines.
[4] J.S.Cheng, D.J.Yu, Y.Yang.
[5] J.S.Cheng, D.J.Yu, Y.Yang.

[2] Liu X L, Li R J, Yang P.
[4] Yang Ping, Sun Yanming .
[6] Tian Yafei, Zhang Fanyong.

[2]Gangbin Yang,Yinjuan Liu,Guanjun Qiao, JianfengYang,HongjieWang:Mater.Sci.and Eng.A Vol. 492(2008),p.327
[10]Min Luo, Guang-Ya Ho, Jian-Feng Yang, Jun-Zhuo Fang, Ji-Qiang Gao, Lin Zhao, Xing Li:Mater.
[11]Tian-ChiWang,Tong-XiangFan,DiZhang,Guo-DingZhang:Mater.Lett.
[13]SONG Xiao-feng,WANG Ya-li,JIANG Yan:Journal of Changchun University of Techonology(Natural Science Edition) Vol.26(2005),p.112. ( In Chinese) [14]CHEN Fengting,ZENGHanm: Ion Exchange and Adsorption Vol.20(2004),p.104. ( In Chinese) [15]He Xinhai, Qi Lehua,Wang Junbo, Shen Mingqian,Yang Minge,Chang Wei:submitted to Scripta Materialia (2010)

KGaA,Weinheim(2003) [2] W.Pang,H.C.Man, T.M.Yue:Mater Sci and Eng,Vod.390(2005),p.144-153 [3]J.Arnold,R.Volz:Journal of Thermal Spray Technology Vol. 8(1999) p.243-248 [4]Yang Jian,Huang Weidong,Chen Jing:Aviation Manufacture Technology,Vol.5(2007) p.73-76； [5]Wang Huaming, Zhang Shuquan, Tang Haibo:Aviation Presise Manufacture Technology，Vol.44(2008) p.28-30 [6]S.M.Kelly S.L.
Kampe: Metallurgical and Materials Transactions Vol. 35(2004) p.1861-1871 [7]Zhang Duo, Yang Yuling, Shang Ye:Laser & Infrared, Vol.35(2008) p.762-765 [8]F.J.Tian,W.J.Liu,X.F.Shang,G.Yang: Key Engineering Materials Vols.392-394(2009)p.125-130 [9]S.Zhang W.T.

Box 919-1201, Mian Yang, 621900, Si Chuan, China 2 Structure Mechanics Institute, China Academy of Engineering Physics.
Box 919-401, Mian Yang, 621900, Si Chuan, China 3 Research Center of Laser Fusion, China Academy of Engineering Physics.
Box 919-987, Mian Yang, 621900, Si Chuan, China afjhsunwind@sina.com, bwanzhenyu@126.com, cwjhu@vip.sina.com Keywords: diamond-like carbon films; graphitization; computational chemistry; frictional properties Abstract.
Graphitization of Nanodiamond and Properties of Nanodiamond/Cu Composite [D].Dissertation Submitted to Tian Jin University for Doctor Degree, 2007.6. ( in Chinese)

Yang et al
Yang, P.Y.
Yang, P.Y.
Yang, Electrochem.
[21] X.Yang, S.M.

Study on Far-Field Scatter of Ship Wake for Micro-Bubbles Based on CST Jing Tian 1, a, Hang Chen 1,Xiaoxi Qu 2 1School of Marine Engineering, Northwestern Polytechnical University Xi’an, 710072, Shaanxi, China 2PLA Border Defence Academy Xi’an,710108,Shaanxi, China atianjingxwy@163.com Keywords: CST Microwave Studio, Absorption Coefficient, Polarization Ellipse.
References [1] Chunsheng Sun, Photoelectric Detecting System for Measuring the Number Density of Ship Optical-wakes' Bubbles(CLEO/QELS,2006),p.974 [2] LipingSun,Study on Dirty Bubbles of Volumetric Scattering Function in Ship Wakes (SPIE,2007),p.1 [3] Jiansheng Zhang,The Development and Measurement of Ship Wake Optical Specialty(Doc.Xi’an Institute of Optics and Precision Mechanics Academia Sinica, In Chinese,2001 ),p.20 [4] Chunsheng Sun, Xiaohui Zhang, Donghua Zhu,Multiple Scattering of Laser Beam Propagating in Ship Wakes,vol.38(2009),No.8,p.2077 [5] Qiyang Xu, Kuntao Yang, Xinbing Wang:Bule-Green Lidar Ocean Survey(National Defence Industry Press, In Chinese,2002),p.431 [6] Qijun Yao, Optical Tutorial(Hign-Education Press, In Chinese,2002),p.342

Research on Short-term Load Prediction Including the Photovoltaic System Yang Lei1,*, Shiping Zhou2, Yongjun Xia1, Gang Hu1, Xin Shu1 1State Grid Hubei Electric Power Research Institute Xudong Road No.227, Wuhan, China 2State Grid Hubei Electric Power Company Xudong Road No.175, Wuhan, China *Corresponding author, e-mail: 304231569@qq.com Keywords: photovoltaic power generation, power system load, prediction, quantum particle swarm optimization, generalized system load.
[3] Yang Z L, Tian Y, and Zhang G T, Nonlinear theoretical foundation and improvement of similar days method for short-term load forecasting(In Chinese), Power System Technology, 2006, Vol.30(6): 63-66
[12] Yang B J, and Hai X Y, Research on selecting address and capacity of DGs in distribution network based on QPSO(In Chinese), Shaanxi Electric Power, 2010, Vol.11: 24-27

Bonding PDMS Microfluidic Devices to PMMA and Glass Substrate Using Pulsed UV Laser Technology Chih-Chung Yang*1, Wen-Tse Hsiao2, Chien-Kai Chung3 and Kuo-Cheng Huang4 Instrument Technology Research Center, National Applied Research Laboratories 20, R&D Rd.
Tian, Study of PMMA thermal bonding, Microsyst.
Yang, A glass microfluidic chip adhesive bonding method at room temperature, J.
Yang, The optimization of PDMS-PMMA bonding process using silane primer, BioChip J. 4 (2010) 148-154