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Tian and S.
Yang: Chem Soc Rev Vol. 33 (2004), p. 85 [4] S.Z.
Yang, J.K.
Yang and G.

Based on Yang’s investigation [1-3] on the dehydration of the conventional emulsifier and oxidation demulsification to process the layer, it adopted the technology of dealing with nitric acid - potassium nitrate oxidation demulsification to process the layer effectively, which has successfully solved the issue of the layer dehydration in Fuyu oilfield in China.
References [1] Zhongping Yang, Xianzhong Wang, Xijun Tian.
[5] Xinde Ding, Zaichun Sun, Guohua Yang.

Tian, and S.J.
Yang: Chem.
Yang and K.H.
Yang, S.Z.

Yang, B.L.
[11] S.Z Pu, J.K Xu, L.Shen, Q.Xiao, T.S.Yang and G.Liu: Tetrahedron Lett.
[12] C.B Fan, S.Z Pu, G.Liu and T.S Yang: J.
[13] H.Tian, B.Z.Chen, H.Y.Tu and K.llen: Adv Mater.

Tian, L.Z.
Yang, J.T.
Yang, Q.
Yang, T.F.
Tian, L.Z.

References [1] Tian H, Yuan J, Li Z, et al (2001) Analysis for the Ground Observing Date of Star Sensor Optoelectronic Engineering 1(5):112-115 [2] Klaus A, Bauer J, Karner K, et al (2004) Camera calibration from a single night sky image.
Journal of system simulation 4(5):1195-1211 [5] Wang Y, Zhang G, Sun G, et al (2011) Software simulation of a dynamic display system for star map Journal of Changchun University of Science and Technology (Natural Science Edition) 5(1):154-158 [6] Song Y, Yang G, Tian Z (2010) Research and Implementation of Space Scene Modeling Computer Simulation 6(1):40-42 [7] Yang J, Zhang T, Song J, et al (2010) The algorithm research of ground celestial sphere and dynamic star simulator Journal of System Simulation 7(9):202-206 [8] Hu Y, Gu Y (2008) Design and Realization of a Dynamic Display Algorithm for Star map.

Tian[18] et al proposes a method of multiple process routes decision-making using Ant Colony Algorithm (ACA).
Yang[19] can satisfactorily resolve the problem of the integration of CAPP and production scheduling using coevolutionary algorithm to realize decision for multi-process routing.
Tian, P.Y.
(In Chinese) [19] Y.T.Yang, Y.

., Jianing Pei, Zhaoyang Liu, Yaowen Li, Shiyu Yao, Jibo Zhang, WENJING tIAN, All-spin-coating vacuum-free processed semi-transparent inverted polymer solar cells with PEDOT:PSS anode and PAH-D interfacial layer.
[13] Jianyong Ouyang, Q.X., Chi-Wei Chu, Yang Yang,Gang Li, Joseph Shinar, On the mechanism of conductivity enhancement in poly(3,4-ethylenedioxythiophene):poly(styrene sulfonate) film through solvent treatment.
[14] Yinhua Zhou, F.Z., Kristofer Tingstedt, Sophie Barrau, Fenghong Li, Wenjing Tian, Olle Inganas, Investigation on polymer anode design for flexible polymer solar cells.

Optimum design of flexible microwave absorption fabrics Sai-Nan Wei1,a, Qian Li1,b, Ji-Ming Yao1,c , Rui-Fang Cui1 ,Tian Sun1 1Hebei University of Science & Technology, Shi jiazhuang Hebei 050018,China awsn1009@sina.com, bliqianfz08@126.com,cyaojiming66@126.com,d736353244@qq.com Keywords: reflectivity, microwave absorption, Ni-Fe fiber, stainless steel filament Abstract.
Journal of Yunnan University (Natural Sciences: 2002, 24 (1A): 58~62 [2] Zili Yang.
Occupation and Health. 2011(27):689- 691 [4] Guodong Yang, Yong Kang, Qianjin Meng.
Gansu Metallurgy. 2010(32):47-50 [6] Yan’an Yang, Wenyan Zhang, Wenfeng Bai.

[2] Guofeng Yang, Aimin Sun, Dongxing Shen et al.
[3] Ruzeng Yang, Lixin Xu.
[4] Ming-gang Wang, Su-gui Tian, Xing-fu Yu.
[5] Hua Yang, Zichen Wang, Lizhu Song, etal.