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[15] Dong H X, Yang H Q, Y inW Y, et al:Acta Chimica Sinica Vol. 65( 22)( 2007), p. 2611-2617 [16] Lee CH, K im M, K im T, et al:J.
Vol.128(2006),p. 9326-9327 [17] Xu JQ, W ang X H, Shen JN: Sensors and Actuators B Vol. 115(2006),p.642-646 [18] Dong G Y, Tian S, Yao J B, et al:Journa l of Synthetic Crystals Vol. 37( 6 ) (2008),p. 1406-1409

Tian, C.
Tian, J.
Tian, D.
Yang, D.
Yang, X.

Application of VA One Statistical Energy Analysis Method in An indoor substation Mei Zhong Min 1,a Xu Rui 1,b Mei Tian Long2,c Yu Ting Fang3,d Wu Jing Ping2,e Fan Hong2,f 1 Institute of Nanchang Electric Power research, Nanchang, China 2Wuhan University of Technology, Wuhan, China 3 Nanchang University, Nanchang, China a Meizhongmin@163.com , b xurui1973@126.com, c tackimay@163.com d wtu_tingfy@sina.com , e wujp@whut.edu.cn , f fanhong_68@yahoo.com.cn Key word: Indoor substation; Noise simulation; VA One; Statistical energy analysis method Abstract: Due to the city indoor substations have caused serious noise pollution to the environment.
[10] Yang Min, Zhou Zhaoping, Yan Qing(2010).Simulation and analysis of sound field in 220kV urban indoor substations [J].

Influence of heat treatment on microstrudture and mechanical properties of AZ31B magnesium alloy prepared by solid -state recycling WU Shuyan 1, a, JI Zesheng 2,b ,TIAN Chunying 1,c , WU Mingzhong1,d 1 School of Materials Science and Engineering, Jiamusi University, Jiamusi 154007,China 2 School of Materials Science and Engineering, Harbin University of Science and Technology, Harbin 150040,China awsy_hit@sina.com, bwsy_hit@sina.com(corresponding author), cwsy_hit@sina.com, dwsy_hit@sina.com Keywords: AZ31B magnesium alloy; solid-state recycling; heat treatment; microstructure; mechanical property.
Materials and Product Technology, SPM1 (2001), p. 592 [2] WU Lu, PAN Fu-sheng, YANG Ming-bo, WU Ju-ying, LIU Ting-ting: Trans.

Analysis and Simulation of Radar Clutter Using Spherically Invariant Random Processe Xie Hongsena,Shi Jinbo,Luan Baokuan,Tian Huaming,Zhou Peng Naval Aeronautical Engineering Institute Qingdao Branch,QingDao, 266041, China aemail:qdrfeng@sohu.com Keywords: radar clutter; simulation; spherically invariant random processes; non-Gaussian distribution Abstract.
Weiner, Non-Gaussian Clutter Modeling with Generalized Spherically Invariant Random Vectors, IEEE transaction on Signal Processing, 1996, 44(10):2384-2390 [6] Xie Lingqiao, Chen Zhuming, Simulation of Correlated Generalized Gamma Based on SIRP, Signal Process,2009,25(4):512-515 [7] Yang Junling, Cheng Yu, Analysis and Simulation of 2-Dimensional Sea Clutter Based on Coherent K-distribution, Signal Process ,2007,23(4):512-515 [8] Ma Xiaoyan, Xiang Jiabing, Radar Signal Process, Hu Nan Science and Technology Press,1995

TIAN 3 , X.
Yang: J.

IEEE transactions on ultrasonics, ferroelectrics, and frequency control, 2001,48(5): 1471- 1479 [2] Liu Jiehua,Zhang Qishan,Yang Jun, etal.
(Shanchen Weng).Beijing:national defense industrial publishing company, 1984:1-237 [8] Tian Wenjie, Liu Lingling, Lu Junling.

The Simulation and Analysis of Heat Transfer Process of Honeycomb Regenerator Tian Ye1,a, Liu Xunliang1,b, WenZhi1, Feng Xiaohong2,3, Li Zhi3 and Yong Haiquan3 1University of Science and Technology Beijing, Beijing 100083,China 2CISDI Industry Furnace Co.
Vol. 25(2001), p. 319-329 [4] Jia Li, Mao Ying and Yang Lixin: Journal Of Basic Science And Engineering.

Roadway Anchor Support Design Method Based on the “Three Zones” of Roadway Roof WANG Zhi Gang1,a, ZHANG Ling Fan1,b, ZHANG Da Zhang1,c, ZHOU Tian Bai1,d, ZHANG Zhi Hao1,e 1China University of Mining and Technology (Beijing), Beijing, 100083, China awzg126cool@yeah.net, b18071615582@163.com, czhangdz_1992@163.com, d814386536@qq.com, e13126859870@163.com Keywords: roof fracture, “three zones”, anchor support design, supporting effect Abstract.
(In Chinese) [5] Zhenmao Yang, Nianjie Ma, Heng Kong, Shanyue Guan.

The Feature-based Parametrized Solid Module and the Dynamic Simulated Research of Medical Chest Zhenjie Du1,a, Wanyu Gao﹡1,b, Haihong Kang2,c, Changjun Liu 1,d, Jian Yang1,e ,Shengjun Liu1,f, Xiaojun Sun1,g and Feng Tian﹡1,h 1Institute of Medical Equipment, Academy of Military Medical Sciences, Tianjin, 300161, China 2Military Transportation University, Tianjin, 300161, China ayangduhan@yeah.net, bweizhuangsuogao@126.com, chaihongkhh@126.com , dhunterlcj@ 163.com , ejian-yang03@mails.tsinghua.edu.cn , flsj_tj@ yahoo.com.cn , gsunxiaojun@163.com , htianfeng62037@yahoo.com.cn Key words: Medical chest, CAD, Feature-based, Parametrization, Solid Module, Dynamic Simulation Abstract: This essay introduces the basic methods and the key technics of establishing the parametrized solid module of field medical chest on SolidWorks platform and how to dynamically simulate it by means of 3DS MAX.
Acknowledgements：I am very grateful to the corresponding authors, Wanyu Gao and Feng Tian, who give valuable advice to this article.