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Yang, Materials processing and research progress.
Tian, C.C.

Study of Relationship between Renewable Energy ElectricPower and Economic Development in China Based on the Principle of Asymmetric Equilibrium Jun Liu1, a, Rui Wu2,b , Yaping liu3, a ,Wenya liu4, b , Yang Xu5, b 1,3 State Grid Gansu Electric Power Company, Gansu Province 2,4,5 School of Economics and Management, North China Electric Power University, Beijing a545565879@qq.com, bwurui0208@sina.cn Keywords: Principle of asymmetric equilibrium; Error correction model; renewable electricity.
[2]HP.Wang, P.Tian, P.Jin,in:An empirical study between energy consumption, economic growth Chinese cointegration and causality -- case study of the electric power industry,edit by Productivity Research, volume 3(2005),p159-177

Effects of Hanseniaspora uvarum integrated with salicylic acid or sodium bicarbonate on postharvest decay of grapes Xiaojie Qin, Hongmei Xiao*, Li Liu, Jinxiang Gao, Xiaoxia Wang, Rong Yang College of food science and technology, Nanjing Agricultural University, Nanjing, Jiangsu 210095, PR China *Corresponding author: xhm@njau.edu.cn Keywords: Postharvest biological control; Hanseniaspora uvarum; Salicylic acid (SA); Sodium bicarbonate (SBC); Botrytis cinerea; Grapes berries Abstract.
References [1] S Castillo, D Navarro, PJ Zapata, F Guillen, D Valero: Postharvest Biology and Technology. 57:183-188 (2010) [2] BA Latorre: Fitopatologia. 42: 9–20 (2007) [3] S Droby, M Wisniewski, D Macarisin, C Wilson: Postharvest Biology and Technology. 52: 137-145 (2009) [4] T Manso, C Nunes: Postharvest Biology and Technology. 61: 64-71 (2011) [5] HY Zhang, QY Yang, HT Lin, XF Ren, LN Zhao, JS Hou: LWT-Food science and technology. 1-6 (2012) [6] WJ Janisiewicz, L Korsten: Annu.
Phytopathol. 40: 411-441 (2002) [7] BH Cao, H Li, SP Tian, GZ Qin: Postharvest Biology and Technology. 68:16-21 (2012) [8] P Geng, SH Chen, MY Hu, M Rizwan-ul-Haq, KP Lai, F Qu, YB Zhang: International Journal of Food Microbiology. 151: 190-194 (2011) [9] Y Zhao, K Tu, J Su, S Tu, YP Hou, FJ Liu, XR Zou: Journal of Agricultural and Food Chemistry. 57: 7565-7570 (2009) [10] A El-Ghaouth, JL Smilanick, M Wisniewski, CL Wilson: Plant Disease. 84: 249–253 (2000) [11] B Meena, T Marimuthu, R Velazhahan: Journal of Mycology Plant Pathology. 31: 139–145 (2001) [12] HY Zhang, LC Ma, M Turner, HX Xu, XD Zheng, Y Dong, S Jiang: Food Chemistry. 122: 577-583 (2010) [13] S Mandal, N Mallick, A Mitra: Plant Physiology and Biochemistry. 47: 642–649 (2009) [14] SU Gamagae, D Sivakumar, RLC Wijesundera: Crop Protection. 23: 575–579 (2004) [15] A Ippolito, L Schena, I Pentimone, F Nigro: Postharvest Biology and Technology. 36: 245-252 (2005) [16] C Larrigaudière, J Pons, R Torres, J Usall: Journal

Yang, et al: Electrochim.
Yang, G.
Tian, W.M.

Precision Analysis of the Surface Model Based on Geomagic Qualify Dongqiang Gao a,Jinfeng Ma b, Huan Lin, Chaoqun Chen, Fei Yang Institute of Mechanical & Electrical, Shaanxi University of Science & Technology, Xi’an 710021, China a gaodq@sust.edu.cn, b 497628806@qq.com Key words: Reverse Engineering; Surface Reconstruction; Geomagic; Precision Analysis Abstract：The precision analysis of surface model is one of the key technologies in reverse engineering.Analyzed the error sources of surface accuracy in reverse engineering,proposed an evaluation indicators of the surface accuracy,which are whether the reconstructed model is qualified.Taking rearview mirror for example,compared with the reconstructed model and the original point cloud data by three-dimensional and two-dimensional methods in Geomagic Quality software,obtained the deviation value of the whole model and three different directions,the results show that the error of the most data points is in the range of permissible,which
[6] Pan Yang-Yu, Yu Zheng-quan.
[9] Wang Li-min, Zhou Tian-rui, Yuan Hui-ling.

Yang: Chin J Nonferrous Met.
Tian, Z.
Yang : Mater.
Yang and C.
Yang : J.

References [1] X.D.Li,Z.C.Yang: Study On theDetermination of Chlorine Content of City Life Garbage (Fuel Chemistry and Technology,China 2002),p. 563-568, (In Chinese) [2] Y.M.Liu: Silver Nitrate Capacity Method and Mercury Rhodanate Spectrophotography for Determinating of Chloride in Water (Environmental Science Survey,China 2007),p. 87-88,(In Chinese) [3] Y.H.L: Analytical Chemistry (Petroleum Industry Press , China 2008), (In Chinese) [4] X.J.Tian,X.Q.Xian: Spectrophotometric Determination of Trace Amounts of Chloride Ions in Water (Instrumentation Analysis Monitoring, China 2004), p. 32-33, (In Chinese)

Highly photocatalytic properties observed in 4ZnO·B2O3·H2O under UV-light for MB, RhB and MO degradation Yang Liu-Qing a, Huang Jian-Feng b, Kong Xin-gang, Cao Li-Yun, Li Jia-Yin, Fei Jie, Li Cui-Yan, and Ouyang Hai-Bo School of Material Science and Engineering, Shaanxi University of Science and Technology, Xi’an, Shaanxi, 710021, P.
[9] Tian Y., Guo Y., Jiang M., Sheng Y., Hari B., Zhang G., Jiang Y., Zhou B., Zhu Y., Wang Z..
[13] Xixi Shi, Ming Li, Hao Yang, Shuoping Chen, Liangjie Yuan, Keli Zhang, Jutang Sun.

Yang: Science Vol. 292 (2001), p. 1897 [7] Z.W.
Tian, J.A.

Huang Xu [29] used glutaraldehyde as crosslink, the mixture of chatoyant and silk fibroin solution immiscible aside, the drying film, prepared a chatoyant hybrid membrane Tian can Si Su, testing some of its basic properties were Tian can Si element and has a good solubility of chatoyant, a mixture of both stable after the mixed membrane permeability of composite membranes are well improved, while there was a significant increase in water absorption, and the film changed After the increase of mechanical strength.
Yang et al [42] studied different coagulants on the silk fibroin / cellulose blend membrane structure and pore formation.
(in chinese) [6] Yan Zhou, Yang Liu.
[42] Yang G, Zhang L, Liu Y．Journal of Membrane Science, 2000, 177(1-2):153-161.