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Yang: Phys.
Tian, R.
Tian and J.
Tian and L.
Tian and Q.

Tian and S.J.
Yang: Chem.
Tian: Chem.
Tian, B.Z.

Study on Ground Surface Roughness of Engineering Ceramics Based on Grayscale Information TIAN Xin Li1, a, WANG Jian Quan1, b, GUO Fang1, c, LIN Ke Ling1, d 1 Science and Technology Laboratory on Remanufacturing, Academy of Armored Forces Engineering, China atianxinli719251@sohu.com, bjianquan0514@yahoo.com.cn, cpuzzlele@tom.com, dlinkeling1985@yahoo.com.cn Keywords: Engineering Ceramics; Images Grayscale Information; Surface Roughness; Quality Evaluation Abstract.
Tian, A.B.
Yang, X.L.
Tian, Z.Y.

Tian: Electrochim.
Yang, M.
Tian, Q.
Tian, A.
Yang, J.

[2] XU Tian tian,CHEN Jun.Characteristic and comparison of phenol degradation for two strains.
[3] Yang Guoying.The Researches on Degradation of Phenol by Photocatalytic Oxidation Method.Journal Of Hebei University Of Science And Technology,23(3):17-20,2002
[6] Tang Jing,Yang Xiupei,et al．Study on Adsorption of Phenol Wastewater by Powder Activated Carbon .Guangdong Chemical Industry,14(40):16-18, 2013

Yang, L.
Yang, P.
Tian, X.
Tian, F.
Tian, W.

Research on Sedimentary Environment of the Wayaobao Formation in Ordos Basin Zhirong Liu1, a, Qi Tian 2, b 1 Institute of Disaster Prevention Science and Technology, Yanjiao East Beijing, 101601, China; 2Tianjin North China Geological Exploration Bureau, Tianjin, 300170, China a13069615@qq.com, b43133252@qq.com Keywords: Wayaobao Formation; Arkose; Greywacke; lithology; Trace Element Abstract.
url=IeRWXY8IJ7Ank2DdG0lwyw4o_sEzJhLhsOOp1mcpbn3jbq2sdSmaLlj-c0OAFG44MEROW3c-UwGTYSCl2GxA__ [2] Tian Ye, Li Zhixue, Shao Longyi, et al.
[5] Kong Fancui, Yang Ruidong, Wei Huairui, et al.

References [1] Ju Tian, Hefa Yang: Development of Passive load system, Hydraulic and pneumatic 2009.8 [2] Ju Tian,Dahai Pang :The load simulator design and calibration methods of aircraft control system,Journal of CAUC 2001,12(1):23-29 [3] Ruibo Cao,Keqiang Zhao, Geqiang Li:Uncertainty analysis of electro-hydraulic load simulator torques control servo system,Machine tools and the hydraulic,2006.02 Fig.1 The principle of load simula Fig. 2 Calibrated tracking curves of load simulator Fig.3 Simplified transfer function block diagram of actuator simulation system Fig.4 Transfer function block diagram with adding the load simulator into actuator simulation system （a） （b） Fig.5 Property curve of stabilization loop（=0） （a） （b） Fig.6 Property curve of stabilization loop（=－0.006）

Simulation and Test of Bistable Inductive Micro-switch Wenchao Tian a, Yafeng Hao b and Hongfang Ruan c School of Electro-Mechanical Engineering,Xidian University, Xi'an 710071,China atianwenchao@21cn.com, bhaoyafeng2005@126.com,chongfangruan@163.com Key words: Inductive micro-switch,acceleration threshold, bistable state.
[8] Hu Jun, Yang Bo: Vibration Resistance Design to Improve the Acceleration, Sensors and Micro Systems, Vol.26 (2), pp.56-57(2007), in Chinese
[10] Wenchao Tian, Huorong Ren, Linbin Wang and Huanling Liu: Sticking Analysis of the Bistable Inductive Micro-switch, Advanced Materials Research, pp.97-101:2876-2879(2010)
[11] Wenchao Tian, Linbin Wang, Jianyuan Jia, Csimir forces: Hamaker Rorce and Research of Adhesion "snap back",Physics, Vol.59 (2), 1182-1186(2010), in Chinese
[12] Wenchao Tian, Jianyuan Jia: Winger-Seitz Model of Micro-continuity, Physics,Vol.58 (9), 5930-5935( 2009), in Chinese

Acknowledgements The corresponding author of this paper is Hongyan Tian.
References [1] Xu Xu,  Yi-Qin Yang, Ying-Ying Xing , Jiu-Fang Yanga,Shi-Fa Wang: Carbohydrate PolymersVo.98, Issue 2, 6 November (2013), P. 1573
Tian and H.
Tian and H.
Tian; and H.