Search results

[3] Gao J, Zhao Y, Yang W, Tian J, Guan F, Ma Y, et al.
[8] Liu P, Wang Y, Wang X, Yang C, Yi Y.
[16] Yang F, Liu Y, Lu Y, Song F, Li B, Zhang X.
[18] Zhao DL, Yang Q, Han ZH, Sun FY, Tang KB, Yu F.
[23] Zhao D, Yang Q, Han Z, Sun F, Tang K, Yu F.

Experimental Study on Blast Resistant structure with Composite Protection Layer Yang Runlina Guo Haib College of Civil and Environmental Engineering, University of Science and Technology Beijing, Beijing 100083, China ayang_runlin@163.com ; byuyangkkxl@126.com Key word: blast resistance; explosion testing; explosion protection; composite protection layer Abstract: Since the terrorist attacks have increased over the world in recent years, blast-resistant protection of building structures has received considerable attention.
References [1] Tian Zhimin, Zhang Xiangbai, Du Xiuli.
[8] Yang Run-lin, Tang Cao-ming,Meng Xia.

[2] Liu N, Chao S, Yang H D.
[3] Liu N, Han C L, Yang H D: Wear.
[13] Tian Chunyan,Jiang Hai,Liu Ning: Tool Engineering.

Yang and C.
Tian, R.

Yang Lianwei et al. [23] discussed the effects of ultrafine grinding on traditional Chinese medicine furtherly.
[7] Chu Ke, Wu Qingying, Jia Chengchang, Liang Xuebing, Nie Junhui, Tian Wenhuai, Gai Guosheng, Guo Hong, Fabrication and effective thermal conductivity of multi-walled carbon nanotubes reinforced Cu matrix composites for heat sink applications，Composites science and technology, Vol.70(2010) , p.298-304
[20] Zhao Xiaoyan, Yang Zaibin, Gai Guosheng, Yang Yufen, Effect of superfine grinding on properties of ginger powder, Journal of food engineering, Vol.91(2009) , p.217-222
[21] Xiaoyan Zhao, Qiang Ao, Lianwei Yang, Yufen Yang, Jichao Sun, Guosheng Gai, Application of superfine pulverization technology in Biomaterial Industry, Journal of the Taiwan Institute of Chemical Engineers, Vol.40(2009) , p. 337-343
[23] Yang Lianwei, Zhao Xiaoyan, Li Ting, Gai Guosheng, Yang Yufen, Ultrafine grinding and its effects on traditional Chinese medicine, World science and technology-modernization of traditional Chinese medicine and material medical, Vol.10(2008) , p.77-81

Tentzeis and Joy Laskar, “Design of Compact Stacked-Patch Antennas in LTCC Multilayer Packaging Modules for Wireless Applications,” IEEE Transactions on Advenced Packaing, vol.27, NO.4,2004 [3] Shinho Yoon, Chulwoo Park, Minsu Kim, Kyungwon Kim, and Youngoo Yang, “Multi-band Internal Antenna for Mobile Phones Using a High Dielectric Material,” Proceedings of Asia-Pacific Microwave Conference 2010, pp.219-222, 7-10 Dec.2010 [4] S.P.Gonga, J.R.Qua, Y.X.Hua, Q.Y.Fua and D.X.Zhou, “Design of Triple-band LTCC Antenna Using Meander Line Structure for Mobile Handsets,” IEEE 2010 International Conference on Microwave and Millimeter Wave Technology, pp.370-372,2010 [5] Hai-yan Tian, Xiao-lin Lee.

Continuously large-scale preparation of multi-layer graphene grown on polycrystalline SiC microspheres Jun Ma, Gong-yi Li*, Zeng-yong Chu, Tian-jiao Hu, Yi-he Li and Xiao-dong Li College of Science, National University of Defense Technology, Changsha, People’s Republic of China, 410073 *nudtlgy@gmail.com Keywords: multi-layer graphene; silicon carbide; large scale; chemical vapor deposition Abstract: Gram scale multi-layer graphene grown on polycrystalline SiC microspheres were prepared by continuously preparation method in argon through chemical vapor deposition process using liquid polysilacarbosilane as raw material.
Acknowledgement The authors are thankful for the help from Ren-bin Wei and Yang-jie Chen from Changsha University, as well as the financial support from the National Natural Science Foundation of China (Granted No. 51102281) and Research Project of National University of Defense Technology (Granted No.

The analysis of measurement and model of solar radiation in Hohhot Zhimin Wang 1, a, Yahui Wang 1,b , Rui Tian 1,c, Jingjing Wang 1,d 1 College of Energy and Power Engineering, Inner Mongolia University of Technology, Hohhot, Inner Mongolia, China a wzm.imut@163.com, bwang_yahui@imut.edu.cn, c tianr@imut.edu.cn, d wangjing1988@163.com Keywords: solar radiation; clear-sky model; testing system; percentage of sunshine Abstract.
[2] Shifu Cheng, Inner Mongolia Statistics, 2007,（6） [3] Jianguo Shi, Keli Liu, Wenqing He, Chongrong Yan, the Journal of Inner Mongolia Agricultural University, 2007,28(4):40-40 [4] Yi Xu, Daoping Liu, [J]: Energy Research and Utilization, 2003,(5):37-37 [5] Guozhen Qiu, Yanjun Xia, Hongyi Yang, Acta Energiae Solaris Sinica.2001,22(4):456-456

Numerical Simulation of Non-equal Diameter Cylinder Yang Guang-jun1,a, Sun Jing2,b 1National Key Laboratory of Science and Technology on UAV, xi’an 710065, china 2College of aeronautics, northwestern polytechnical university, xi’an 710072, china ayanggj_1031@nwpu.edu.cn, bsunjinglemon@nwpu.edu.cn Keywords: Non-Equal Diameter Cylinder, Vortex Shedding, Frequency, Strouhal Number, Natural Frequency Abstract.
Strouhal number is confirmed to be a constant approximately in the subcritical state. 1Foundation item: Aeronautical Science Foundation of China (2011ZA53013) Basic Foundation of Northwestern Polytechnical University (JC20110287) References [1]Yang Jiwei, Fu Xiaoli, Flow around a cylinder research progress[J], Water transport, 2008, 8(5): 156-158.
[6]Deng Xueying, Tian Wei, Ma Baofeng et al.

[5] Wang, Qiao-Yu, Tian, Ling.
[7] Qiao, Lihong, Zhu, Yixin1,Yang, Jianjun et al.A Petri net and genetic algorithm based method for flexible manufacturing cells modeling and scheduling.