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[3] G.Yang, J.Wang, non-fragle H1 controller for linear systems with multiplicative controller gain varirations, automatica, Vol.37, pp.727-737, 2001
[6] Xiang Tian, Li Xie, Yaowu Chen, non-fragle H1 controller for uncer-tain time delayed stochastic systm with sector constraints, 2007 IEEE International conference on control and automation Guangzhou , China.
[13] YANG B, LIN W.
Wang, G.H.Yang, An LMI approach to non-fragile guaranteed cost control of uncertain discrete time delay systems, Asian J. control 3(2001) 226-233

Yang, J.
Tian, R.
Yang and M.
Yang, H.

Tian, S.J.
Yang, Recent progresses on diarylethene based photochromic switches, Chem.
Yang, Substituent position effect on the properties of isomeric photochromic diarylethenes bearing chlorine atoms, J.
Yang, B.L.

Yang, L.Z.
Yang, Y.X.
Yang and O.Y.
In: Tian, G., Ishida, F., Keatinge, D.

(In Chinese) [2] YANG Zhi-feng, ZHANG Yuan.
(In Chinese) [3] WANG Yan-lin, WANG Wen-ke, YANG Ze-yuan.
(In Chinese) [4] WANG Xi-qin, LIU Chang-ming, YANG Zhi-feng.
(In Chinese) [6] NI Jin-ren, CUI Shu-bin, LI Tian-hong, et al.Numerical simulation of overflow in stepped spillway[J].

References [1] ISO 15350-2000 Steel and iron - Determination of total carbon and sulfur content - Infrared absorption method after combustion in an induction furnace (routine method) [2] ASTM E1019-11 Standard Test Methods for Determination of Carbon, Sulfur, Nitrogen, and Oxygen in Steel, Iron, Nickel, and Cobalt Alloys by Various Combustion and Fusion Techniques [3]Yingyan Tian, Fanxiu Ye, Yongxiang Shen, Monograph of carbon and sulfur analysis, Metallurgical Industry Press, 2010, pp21 [4] Xiuzhi Wan, Rurong Yu, ultra-low carbon with Infrared analyzer, (J), metallurgical analysis, 1995,3(15):P54 [5] Ying Chen, the factors affecting of low carbon and sulfur with high-frequency infrared analysis, PTCA（PART B: CHEMICAL ANALYSIS）Vol.40 No.5 May 2004，P279 [6] Yingyou Yang, infrared absorption method for the determination of ultra low sulfur superalloy, steel technology, 1996,4(52) [7] Quan Li, the factors of low content of carbon and sulfur in the high-frequency infrared analysis,
Inner Mongolia Science Technology & Economy, No.19, the 173th issue [8] Jianhuan Wei, Huafeng Sun, Shengjie Yang, the cycle measurement of sulfur blank value with the CS-444 infrared ray carbon sulfur analyzer, Advanced Materials Research, Vals.399-401(2012)pp2173-2176

Reference [1] Zhang Peidong, Yang Yanli, Tian Yongsheng, Yang Xutong, Zhang Yongkai, Zheng Yonghong, Wang Lisheng.

Application of Information Hiding Technology based on MATLAB in Military Information Security Min Wang 1, a, Wenfeng Yang 2,b Xiaowen Xiong 1,c 1 Automobile Transport Command Department, Military Transportation University, Tianjin, China 2 Unit 62034, Tianjin ,China awmywf1975@126.com, bwmwww@mail.nankai.edu.cn, cwinnie101206@126.com Keywords: Information Hiding Technology; Military Information Security; DCT Abstract.
[2] Zhenhua Guo, Du Yang: Application of information hiding technology in command automation system, Electronic Warfare. pp.15, June 2003(03)
[3] Xiuhui Ge, Hao Tian, Lipu Guo,Tiwen Han: Information Hiding Principle And Application [M].BeiJing:Tsinghua Publishing House,2008.10 First edition:1-2

And many master’s thesis of Xi’an University of Architecture and Technology, directed by associate professor, Wang Jun, from researching on the architectural creation of new style of Tang Dynasty in Xi’an of Xu Jie, to Zeng Tian’s researching on the architectural creation of new style of Tang Dynasty in Xi’an-architectural creation methods based on the requirements of certain culture and preservation of historical district, all had a summarize on the colors of the new Tang Dynasty architectural style.
Yang, Restore ancient ways in modern Chinese architecture, Architectural Journal, 5 (1987)
Yang, Konghai Memorial Design, Architectural Journal, 7 (1983)

[2] Guofeng Yang, Aimin Sun, Dongxing Shen et al.
[3] Yang Ruzeng, XU Lixin. 
[4] WANG Ming-gang, TIAN Su-gui, YU Xing-fu.
[5] Yang hua, Wang Zichen, Song Lizhu et al.