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Table 1: Table of difference quotient By the property of difference quotient: Ifexists -order derivative in, and the nodes, the relationship between -order difference quotient and derivative is as follows: (37) , (38) , (39) By the given conditions, we can calculate and Thus, the required irregular Hermite interpolation polynomial is (40) References [1]Yang Shijun, Wang Xinghua, Expressions of Hermite interpolation polynomials as divided differences with applications, Appl.
[2] Wang Ziyu, Shi Ying guang, Tian Jishan, Liang XueZhang, Some derelopment and question of polynomials interpolation (1) ,Journal of Baoji College of Arts and Sciences (Natural Science). 2(1993)1-5

References [1] Dongsheng Wang, Zongjun Tian and Lida Shen: Laser & Optoelectronics Progress, Vol. 45(2008) No.6, pp. 24-31
Yang: Surface and Coatings Technology, Vol. 155 (2002), pp. 203-207

(In Chinese) [5] Anguo Yan, Zhe Qin, Zhihong Tian, etc.
(In Chinese) [6] Zhixin Xia, Bing Ye, Zhuoyue Yang, etc.

References [1] Ju Yiwen, lin Xiaoshi, Fan Junjia: Journal of Earth Science Frontiers (2009) [2] Huang Honghai, Tian Ming, Liang Wenli, Zhang Liqun: Journal of Beijing University of Chemical Technology (2006) [3] Yang Shousheng: submitted to Journal of Fire Science and Technology (2001) [4] Xu Jianguo: submitted to Journal of China Electric Power (1999)

Tian.
Yang, M.

Yang, H.
Yang, R.
Tian: J.
Yang, W.
Yang, Y.

Recent Research Progress of Carbon Nanotube Arrays Prepared by Plasma Enhanced Chemical Vapor Deposition Method Er-Xiong Ding, Hong-Zhang Genga, Li-He Mao, Wen-Yi Wang, Yan Wang, Zhi-Jia Luo, Jing Wang and Hai-Jie Yang State Key Laboratory of Hollow Fiber Membrane Materials & Membrane Processing, School of Material Science and Engineering, Tianjin Polytechnic University, Tianjin 300387, China agenghz@tjpu.edu.cn Keywords: Plasma, Chemical vapor deposition, Carbon nanotube arrays Abstract.
CNT arrays prepared by Park et al. [14] and Tian et al. [15] using RF-PECVD method were applied to electrode materials of sensor and fuel battery, respectively.
In Tian’s recipe, catalyst was prepared by dip-coating method, and kitchen Al foil was used as substrate.
Yang, K.
Tian, S.H.

Tian, L.
Yang, F.
Tian, P.
Yang, L.
Yang, M.

Preparation of Metal Cobalt Powder by Co-precipitation and Heat Decomposition Method Xue Ping1, a, Guo Xueyi 2,b and Tian Qinghua 2,b 1School of electromechanical & architectural engineering, Jianghan University; Wuhan 430056, China 2School of metallurgical science & engineering, Central South University; Changsha 410083, China axueping20011982@163.com Keywords: Cobalt; Chemical precipitate; Heat decomposition.
[3] H.Y.Chen, J.N.Tang ,J.Xin and H.D.Yang:New Chemical Materials,Vol. 33(2005) No.1,p.24-26
[12] Y.P.Yang, R.S.Liu,K.L.Huang and P.M.Zhang: Journal of Central South University(Science and Technology),2008,(1)

[4] Z.H.Ma, Y.Yang, J.X Dong: First National waters argument marine EIA Technical Forum(Beijing, China, 2008). pp.378-388
[8] Z.H.Gao, J.Q.Yang, P.G.Wang et al.: Theory, methods and case studies of the marine Oil Spill ecological damage assessment (Ocean Publications, Beijing 2007)
[9] Y.Tian, W.Li, C.F.Liu et al.: 2011 Internet Conference on Ecological Protection of Lakes-Wetlands-Watershed and Application of 3S Technology (Nan Chang, June 25-6, 2011).