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In 1985, Professor Yang xianwan addressed the meaning of "urban mining" and widely publicized development in China "urban mineral" firstly in China [9].
[6] Yi Bo Yang and Liwei Sun: Advanced Materials Research Vol. 524-527 (2012), p. 3618 [7] Guo Qingwang and Jia Junxue: Economic Research Journal Vol. 6 (2005), p. 51-60 [8] Yong Yong, Jakob de Swaan Arons: Resource, Energy, Environment and Society: Scientific and Engineering Principles for Circular Economy (Chemical Industry Press, Beijing 2009)
[9] Yang Xian-wan and Li Xi-hui: Yunnan Metallurgy Vol. 3 (1985), p. 38 [10] David W.
Pickton and Sheila Wright: Strategic Change Vol. 7 (1998), p. 101-109 [11] Bai Tian: Management World Vol. 4 (2010), p. 179-180 [12] Srivastava PK, Kulshreshtha K, Mohanty CS, Pushpangadan P and Singh A: Waste Management Vol. 25 (2005), p. 531 [13] Dealtry TR: Dynamic SWOT analysis: developer’s guide (Dynamic SWOT Associates, Birmingham 1992)

Tian Peiliang, Liu Zhifei and others developed a wrist rehabilitation prototype based on the 3-UU parallel mechanism, and maximized the range of motion of the platform to complete the training of forearm muscles [9].
References [1] Yang Xibing, Yang Fan, Chen Zhongqiang, etc.
[9] Tian Peiliang, Liu Zhifei, Wang Weibo, etc.
[22] Yang Zhongyuan.

Yao and Yang [9] analyzed the fitting of power-law distribution index of Guangzhou software industry, Foshan ceramics industry and China's household appliance industry using maximum likelihood estimation and KS statistics, their value of respectively is 3.27, 3.10 and 3.38.
Based on the initial state data of Zhongguancun Science Park (The Z-Park), Tian and Zhang [30] conducted a simulation study of the law of the degree distribution of cluster innovation network.
Yang: Chinese Journal of Management Vol. 5(2008) , p.371 [10] B.
Yang, L.P.
Tian and Y.A.

YangMing(2008) analyzed the end-of-life vehicle recycling system in terms of the recycling targets, recycling objects, function elements and main operation parts and built up a end-of-life vehicle recycling logistics system structure model.
Table 4 The classification of the documents on ELV reverse logistics network construction Author Model Single species (S) /Multiple species(M) Single period(S) /Multiple period(M) Resource method Resolve method Xiaolong JIA　et al. (2008) MILP S S M Lingo 8.0 ChenliangZHOU et al. (2008) MILP M S M Lingo 9.0 Ying DAI(2008) MILP S S M Lingo 8.0 Ming YANG (2008) MILP S S M Lingo 8.0 Changhong LI et al.(2010)[34] FCFLP S S — STATION XiaolingLI (2011) [35] MILP S S M Lingo 9.0 Xinghua WU (2011) MINLP S S, M M genetic algorithm Mingyuan JING (2011) MOILP S S M Lingo 9.0 Xiaohu WU(2011) [36] MILP S S M Lingo11.0 Mingjie LIU (2012) MILP S S M Lingo12.0 Wang Minghua(2013) MILP S M M, U, R SCE-UA algorithm S.Mansour et al (2008) MILP M M M, U, R genetic algorithm Reynaldo Cruz-Rivera (2008) FCFLP S S — STATION Z.Y.Tian et al(2009) [37] CFLP S S — Tabu search algorithm Masoud.S et al (2010) MILP M S M, U, R genetic algorithm Mahdi Mahmoud zadeh(2011) MILP S S M,
[22] M.YANG.
Research on the network design of End-of-Life automobile reverse logistics, DONGHUA University Master Dissertation(2011) [37] Z.Y.Tian, C.H.Jin, X.Q.Ge.

Yang et al. investigated the rheological behavior of carbonyl steel with a binder system of low-density polyethylene (LDPE), ethylene-vinyl acetate (EVA), PW, and stearic acid (SA).
Yang, A.
Yang, J.
TIAN, Influence of surfactant addition on rheological behaviors of injection-molded ultrafine 98W-1Ni-1Fe suspension, Trans.
Tian, Influence of surfactant addition on rheological behaviors of injection-molded ultrafine 98W−1Ni−1Fe suspension, Trans.

Tian, H.
Yang, T.

Deicing Excitation Simulation and Structural Dynamic Analysis of the Electro-Impulse Deicing System Qingying Li1,a, Tian Bai1,b and Chunling Zhu1,c 1Nanjing University of Aeronautics and Astronautics, 29 Yudao Street, 210016, Nanjing, China ali_qingying@nuaa.edu.cn, bmydaytime2006@hotmail.com, cclzhu@nuaa.edu.cn Keywords: electro-impulse deicing system, deicing excitation, structural dynamic analysis, acceleration Abstract.
[8] D.X.Xie and S.Y.Yang: Numerical Analysis and Combination of Electromagnetic Field (China Machine Press, China, 2008)

Liquid-phase Synthesis of NiO-loaded Ag Nanoparticles and Enhanced Photo-degradation Performance Zongmin Tian, Xu Xianga, Zhiwei Li, Feng Li State Key Laboratory of Chemical Resource Engineering, Beijing University of Chemical Technology, Beijing 100029, P.R.
Yang, Y.H.

Combustion Synthesis of Long Afterglow luminescent Materials Sr2-xCaxMgSi2O7:Eu2+,Dy3+ Yongqiang Zhou1, a, Yiguang Tian 1,b , Heshan Ying 1,c 1College of Oujiang, Wenzhou University, Wenzhou ,Zhejiang,325035, China aZhouyongqiang66@163.com, bgytian@wzu.edu.cn, c810402030@qq.com Keywords: Silicate, Long Afterglow, Luminescent Materials, Combustion Method Abstract.
References [1] Zhai Yong-qing, yang Guo-zhong, Liu Hong-mei, et al.

Design and implementation of AIS information sharing service based on SOA Tian Chai1,2, Deqi Xiong1 ,Xaiobing He2, Xinggu Zhang2 1 Environmental Science and Engineering College, Dalian Maritime University, Dalian 116026, China 2 Navigation Institute, Jimei University, Xiamen Fujian, 361021, China E-mail: chaitian2006@163.com Keywords: SOA; Web service; AIS information share Abstract: The paper by analyzing the existence current situation of multiple independent information systems for maritime departments, proposes can use the Service Oriented Architecture (SOA) for the AIS information sharing to do theoretical direction and functional design, in order to solve information island phenomenon of data exchange difficulty between maritime each independent information system.
[2] Bin Yang.