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Journal of Beijing Institute of Technology, 2004,24（10）：890-893 [8] JIANG Zong-li; TIAN Xiao-yan; ZHAO Xu.
Computer Engineering, 2008,34(7):56-58 [15] TIAN Ye; DING Yue-wei.
Microelectronics & Computer, 2010 ,27 ( 8):214-217 [17] SONG Rui-hua 1; 2; MA Shao-ping 1; CHEN Gang 2; LI Jing-yang.

Yang, S.
Tian, B.
Tian, H.

[16] Quo Qiang, Tian Aiguo.
[43] Guoliang Pan, Qiang Guo，Weidong Zhang, Aiguo Tian.
Yang.

Research on Photovoltaic Power Capacity Optimization in Microgrid GAO Jun-ying1,a, TIAN Jian-she2,b 1,2School of Electric and Electronic Engineering, North China Electric Power University, Baoding China aemail:15933573195@163.com,bemail:tianjs_2521@163.com Key words: photovoltaic power capacity; microgrid; loss; sensitivity analysis method; Matlab; Abstract: An optimization model to get the optimal capacity of photovoltaic connected to the microgrid aimed at reducing the loss and satisfying the node voltage constraints is proposed.
References [1] Yongbiao Yang, Shuanghu Wang, Sheng Yu.Electric Power Automation Equipment Vol.33 (2009), p.125 [2] Ming Ding, Min Bao, Wu Bin Hong.Power System and Automation Vol.32(2008),p.46 [3] Haiyan Chen, Xianzhong Duan, Jinfu Chen.Power System Technology Vol.30(2006) ,p.27 [4] McDermott T E,Dugan R.C.

A webpage ranking algorithm based on Collaborative Recommendation Shaoxuan Zhang1,a, Tian Liu2,b 1 Baoding Vocational and Technical College; Baoding City, China, 2 Baoding Vocational and Technical College; Baoding City, China, acn668866@hotmail.com, bcandy112358@163.com Key words: personalized; algorithm; collaborative recommendation; user model CLC number Abstract: In view of the present personalized ranking of search results user interest model construction difficult, relevant calculation imprecise problems, proposes a combination of user interest model and collaborative recommendation algorithm for personalized ranking method.
Ta I w an, China: Department o f Information Management Chao yang University o f Techno log y, 2007

Manufacturability Analysis of Integrated Product based on Feature Mapping Jianping Tian a, Danping Huang b , Liangdong Zhang c ,Haili Yang d and Yuchun Huang e School of Mechanical Engineering, Sichuan University of Science & Engineering, Zigong 643000,China atjp893@126.com, bhdpyx2002@163.com,c zhangliangdong@yahoo.cn, d 718349643@qq.com, e 958270345@qq.com Keywords: feature mapping; manufacturing feature; manufacturability analysis; integrated product Abstract.

Predictive Migration Model for Organic Contaminants from Printed Paper (Board) Food Packaging Materials into Food XUE Meigui1,a, TIAN Leyuan1,b, YANG Yuchun1,c and WANG Shuangfei2,d 1City College of Dongguan University of Technology, Dongguan 523419, China 2Light Industry and Food Engineering Institute of Guangxi University, Nanning 530004, China ameigui837616@163.com(Corresponding author), btianleyuan423@163.com, c469261130@qq.com, dwangsf@gxu.edu.cn Keywords: Paper (board) food packaging material; Migration; Diffusion; Migration model Abstract.

Research on Shaking Force with Ground-roll Suppression based on Fast Discrete Curvelet Transform Jin Zhang, Kaibo Ji, Keqing Pang, Bo Yang, Yu Tian and Feiyu Qin Institute of Electronics & Information, Xi’an Polytechnic University, Xi’an 710048 759621050@qq.com,964929756@qq.com,543517351@qq.com Keywords: ground-roll, Wavelet Transform, Fast Discrete Curvelet Transform (FDCT), frequency, direction Abstract.

The Properties of Coarse Grain Heat Affect Zone of Pipeline Steels with Excellent Deformability under Different Welding Heat Input Yan Kaijuan,Gao Huilin,Zhang Xiaoyonga,Tian Chenchao,Yang Yan School of Material Science and Engineering, Xi’an Shiyou University, Xi’an 710065, People’s Republic of China axyzhang@xsyu.edu.cn Keywords: Pipeline steels with excellent deformability; Welding heat input, Coarse-grain heat affect zone, Properties Abstract.

Research on the Extraction of Dendranthema Morifolium Volatile Oils by Microwave-assisted steam distillation extraction Huilin Cao 1, Shuangran Liang 2,a ,Yang Tian 2,b, Zhiling Chen2,c, Jianping Chao2,d* 1 China Agricultural University, Beijing 100193, China 2a,b,c Dept.of Chemical Engineering, Beijing Institute of Petro-chemical Technology,Beijing 102617, China 1 caohuilin911003@163.com, 2aliangshuangran@bipt.edu.cn, 2btianyang@bipt.edu.cn, 2cchenzhiling@bipt.edu.cn, 2dchaojp@bipt.edu.cn Keywords: volatile oil Dendranthema Morifolium, microwave-assisted extraction, GC-MS Abstract: Microwave-assisted steam extraction system combines the advantages of both conventional and modern technologies.