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Tianping, Mt.
Tianping, Mt.
Tianping, Mt.
[8] CHEN L D, LV Y H, TIAN H Y et al.Principles and Methodology for Ecological Rehabilitation and Security Pattern Design in Key Project Construction [J].Chinese Journal of Applied Ecology, 2007,18(3): P674～680
[10] LIU J P, LV X G, YANG Q, WANG H X, Wetland Landscape Ecological Security Patterns Analysis and Plan in the Northeast of Sanjiang Plain, Acta Ecoligca Sinica, 2009, 29(3):P1083-1090

In another patent, Tian et al. presented an image processing methods using reversible watermarking [16].
Yang.
Yang, F.
[14] Tian Jun, Decker Stephen K.
[16] Tian; Jun, Stach; John, Lofgren; Neil E.

Five-Axis Stone Carving Machine Modeling and Optimization Design of the Column Tian Wei1, a, Tian Ying2, b*, Zhang Lei1, c, Song Zhihui1, d and Sun Jian1, e 1Key laboratory of mechanism theory and equipment design of ministry of education, Tianjin University, Tianjin300072, China 2Taijin engineering research center of NC technology, Tianjin University, Tianjin300072, China a.tianwei100@126.com, b.tianying@tju.edu.cn(corresponding author), czh349495059@qq.com, d973896108@qq.com, and esjcolin@sina.com Keywords: stone carving machine tool, column, finite element, optimization Abstract: Basing on the combining of the stone carving technology and the traditional machining technology, some parts of the design of five-axis linkage machine tool has been done and the virtual prototyping of the machine tool has been finished.
[2] Yang Chao.

Tian[2] analyze the technical taking-off stage of single slide skill on the U ground.
[2] Tian Xiaojian, Chen Weiguang,Technical Analysis of the Taking—off Stage of Single—slide Skills on the U Ground[J], Journal of Harbin Physical Education Institute,2005(2),125-216
[3] Wu Wei, Yang Xiujun, the design of summer train place of U single-slide-skill U ground[J], China Winter Sport,2006(4), 124-125

A New Auto-Extraction Algorithm of Lunar Craters for Chang’E Data Based on the Solar Incidence Angle REN ZiHao1*, JIANG HongKun1, DU WenLiang1, TIAN XiaoLin1, XU AoAo2 1Faculty of Information Technology, Macau University of Science and Technology, Macau, China 2Space Science Institute, Macau University of Science and Technology, Macau, China *Corresponding E-mail: zhren7@163.com Keywords: Crater identification, Solar incidence angle, Chang’E data.
Feng JunHua, Cui HuTao, Cui PingYuan, Tian Yang, Planetary surface crater monitoring and matching methods has been propesed in ACTA AERONAUTICA ET ASTRONAUTICASINICA, 2010
JIANG HongKun, TIAN XiaoLin, XU AoAo, An automatic algorithm for detecting lunar impact craters which has been proposed in a defined feature space, SCIENTIA SINICA Physica, Mechanica & Astronomica, 2013, 43(11): 1430-1437.

References [1] Dong Wengeng, Chen Xuecheng, Lang Zhimin, Yang Zijan, Ma Yan ,The Dynamic Adsorb ability of a New Anion Exchanging Fiber for Chromium(VI), J.
[5] Zhou Shaoji, Tian Qinzhi, Yan Xiuzhen, Han Qinyue, Two types of anion-exchange fibers developed for extracting Uranium, J.
[6] Wu Zheng, Cui Chengmin, Tian Shusheng, Zhou Shaoji, Study on adsorption properties of strong base anion exchange fibers about the carbon dioxide, J.
[10] Zhou Shaoji, Wu Zheng, Tian Shusheng, Cui Chengmin, The manufacturing methods of ion exchange fiber, CN.Patent 200310101844.7 (2005).

Yang 1,a , W.H.
Yang, S.C.
Yang, S.C.
Yang: J.
Tian, J.M.

Design and Modeling of a New Inchworm Linear Motor Qi Wanga, Bin-tang Yang*b, Lan-tao Liuc, Guang Mengd State Key Laboratory of Mechanical System and Vibration Shanghai Jiao Tong University Shanghai, China aotis@sjtu.edu.cn,bbtyang@sjtu.edu.cn,cllt124235@yahoo.com.cn,dgmeng@sjtu.edu.cn Keywords: electromagnet and permanent magnet drive; structural design; linear motor; inchworm; cam contour; dynamic modeling Abstract.
Reference [1] Bin-tang Yang and Guang Meng, Fast Linear Motor, Patent CN 101207320A (2007) [2] Tang Tian-de, Dynamic design of high - speed cam based on Simulink and Pro /E, Mechanica Research&Application.2010 [3]Wen-bing Xu, Bin-tang Yang, Guang Meng, Yang-ming Lv, Dynamic modeling and simulation to positioning magnetostrictive inchworm motor.

[4] YANG He-ping, XIAO Duo.
[5] LIU Yi-hu, YANG Guo-lin, HUANG Xiang-jing.
[6] LÜ Hai-bo, ZENG Zhao-tian, ZHAO Yan-lin, et al.
[7] ZHAO Yan-lin, ZENG Zhao-tian, LU Hai-bo.

An Integrated Predicting Model of New-built Regional Logistics Center’ s Demand Based on the Artificial Neural Network Jian Feng Luo 1, a, Tian Shan Ma 2,b 1 School of Economics and Mangement, Chang`an University, Xi`an 710064, China 2 School of Economics and Mangement, Chang`an University, Xi`an 710064, China a ljf7875@163.com, b mtshan@chd.edu.cn Keywords: artificial neural network, factor anlysis, logistics center’s demand, predicting model Abstract.
References [1] Liang-yong CHU, Zhi-guang TIAN, Xin-lian XIE.
[6] Hong-mei LIANG, Jian-yang Song.