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Reform and Practice of Teaching Model of Computer Programming Courses Cao Liying, Yu Helong, Chen Guifen, Yang Tingting College of Information and Technology Science, Jilin Agricultural University, China, 130118 E-mail: caoliying99@163.com Keywords: program design; teaching; three classes; four reform Abstract: According to the problems of programming courses in the teaching process, this paper proposes the "two way, three classrooms, four reform, multiple assessment" teaching model of C++ programming combining with some teaching experience, and researches and discusses from programming course content, teaching methods and assessment methods.
References [1]SHEN Tian-qing, LIU Wei-fu,DING Wei-ping.
[2] ZHOU Yuan-zhe, YANG Li-fa.

Corresponding Author Name: Guo-gang Wang; Email:w0801510424@163.com; Mobile phone: 15394180429 References [1] Li-ping Yang, Yun-bo Zou, Zhi-min Wu, Journal of Air Force Engineering University (Natural Science Edition), 2007, 8 ( 2) ,14-17.
In Chinese [3] Tian Bao-guang, Chinese Quarterly Journal of Mathematics, 2000, 15(2): 14-18 In Chinese [4] Yang Ri-jie, Jiang Zhi-zhong, Chen Jian-yong, etc, Journal of Naval Aeronautical Engineering Institute.2010,(5) [5] Friedman JH, Tukey JW.A.

Study on Regulated Pressure Vacuum Casting Method for Larger & Thin-wall Castings Zhuangya Zhang a, Haiguang Zhang b , Nannan Xu c, Tian Lv d, Yuanyuan Liu e and Qingxi Huf Rapid Manufacturing Engineering Center, Shanghai University, Shanghai 200444, China azhangzhuangya@126.com, bhaiguan9606@sina.com, cxunan1121@163.com, dlvtian1234@sina.com, eyuanyuan_liu@shu.edu.cn, fhuqingxi@shu.edu.cn Keywords: Vacuum casting, Regulated pressure vacuum casting, Filling speed Abstract: Aiming at the problem that current vacuum casting method lack of the filling ability in filling large & thin-wall castings.
Yang, B.

Based on Estimation of the Ionospheric Characteristics HF Frequency Prediction Method Li Chao*, Liu Yunjiang, Zhang Hengyang, Yang Xiaopeng, Wang Feng The Telecommunication Engineering Institute, Air Force Engineering University Xi’an, Shanxi710077, China *lichao78210@126.com Keywords: HF frequency prediction; ionosphere characteristic parameters; ITS Abstract: To grasp Complex characteristics of shortwave (HF) channel is the key and difficulty to research HF communication.
[5] Feng X S, Tian X Z, Ye L Y.

Applications of Reversed-Phase High-performance Liquid Chromatoraphy in Strains Identification of the bean sprout Yong Zuo 1,a, Shuai Ju 2,b, Yang Li 3,c, Hui Xie 4,d, Liping Liu5,e, Fangmin Wei6,f and Anguo Liu7,g 1Dept .of Bioengineering, Sichuan University of Science and Engineering ,Zigong Sichuan, China ,643000 asgzuoyong@tom.com;bjushuai19850121@163.com; cly734411125@163.com;d532750821@qq.com;eliuliping0614@163.com;fwfm722@sina.com; gmuguaily@qq.com Keywords: YiBin bean sprout; Lactic Acid Bacteria; Separation; Identifification; RP-HPLC Abstract.
(In Chinese) [5]Yuxin Ren, Jianxuan Tian, Yibin Xu.Medical Theory and Practice, 2008 (10) :1228-1229.
(In Chinese) [8]Changbo Tang, Liyue Tian.

Yang, X.
Wang, and F Tian, Nanotechnology 23, 105606 (2012)
Yang, X.
Yang, L.
Yang, G.

Research on Remote Monitoring System Based on Web Services Yue-Xin YANG 1, a 1 College of Electrical and Information Engineering , Shaanxi University of Science & Technology, Xi’an 710021,China ayangyuexin2012@126.com Keywords: Web Services, Monitoring System, Video, Remote.
[4] WANG Yu-tian,QIN Rui-feng,LIU Jian-yuan,LI Peng Remote Monitor System for Oil Wells Based on GPRS, Instrument Technique and Sensor. (2009) 45-47

Study on TiCN/Ti Based Composite Coating Fabricated by Reactive Electric Spark Deposition Hao Jian-jun1, Gao Liang1, Yang Shu-hua1, Li Xiong-zhuang2, Ma Yue-jin1 1 Agriculture University of Hebei, Baoding 071001, China 2 Baoding Tianwei Electric Wire Co., Ltd, Baoding 071051, China E-mail:hjj@hebau.edu.cn Keywords: reactive electric spark deposition; titanium alloy; TiCN composite coating Abstract: In order to improve the wear-resisting properties of titanium alloy surface, reactive electric spark deposition was carried out using a graphite electrode in a nitrogen gas atmosphere, and TiCN/Ti based composite coating was fabricated on TC4 titanium alloy surface.
[2] Yang Shoujie, Dai Shenglong.
[5] Wei Tongbo, Yan Fengyuan, Tian Jun.

Prediction of the Maximum Riverbed Erosion Depth nearby the River-Crossing Tunnel in Nanchang Reach of Ganjiang River Limo Tang1,2,a, Quanshuai Liu2,b , Guiping Liu3, Hongwu Tang1and Yang Xiao1,2 1 State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering, Hohai University, Nanjing, China 2 College of Water Conservancy and Hydropower Engineering, Hohai University, Nanjing, China 3Pudong New Area Sluice Management Agency, Shanghai, China atanglimo@hhu.edu.cn, bliuquanshuai@hhu.edu.cn Keywords: River-crossing tunnel, Maximum erosion depth, Mathematical model, Riverbed evolution Abstract.
For examples, Shi and Dong predicted the maximum riverbed erosion depth of the Qiantang river estuary in the river-cross tunnel reach under extreme flood conditions by physical model experiments and numerical simulation calculation [1,2]; Yang et al. analyzed the limit riverbed erosion depth in the GuangFo river-cross tunnel reach by using 2-D water and sediment mathematical model [3]; Zhang et al. discussed and analyzed the method to determine the maximum riverbed erosion depth of one reach and applied to engineering design, by taking the NanJing river-cross tunnel reach of the lower Yangtze river as an example[4]; Hu et al. analyzed the effects of the cover layer thickness and the water lever changes on the tunnel stability by establishing the finite element model, and that result could provide reference for similar river-cross tunnel projects in structural design[5].
References [1] Ying-biao Shi, Hai-yan Lu, Yuan-ping Yang and Ying Cao: Advances in Water Science (2008), Vol. 19(5), p. 685.
(In Chinese) [2] Tian-le Dong, Ying-biao Shi, Hai-yan Lu and Yuan-ping Yang: Rural Water and Hydropower in China (2008), Vol. 7, p. 56.
(In Chinese) [3] Fang Yang and Yong He: PEARL RIVER (2010), Vol. 2, p. 14.

Yang, B.
Yang, A.
Yang, J.
Yang, B.
Tian, W.J.