url: =Name Qiuliang Wang Date of Birth\nTel 86-10-82547162 Administrative Title vice-director of Applied Superconductivity Laboratory, Group Leader\nFax 86-10-82547161 E-mail qiuliang@mail.iee.ac.cn , qiuliangw@hotmail.com\nOther Title:Senior member of China Society of Electrical Engineering.\nSenior member of China Electrotechnical Society.\nVisiting Professor of MIT.\nMember of ICE/TC90 working group.\nKey Expert of National 863 Program.\nExecutive director of China Energy Society.\nResearch Directions:Complex structure of the high magnetic field superconducting magnet science\nSpecial electrical equipment\nNMR/MRI superconducting magnet system\nHigh-precision scientific instruments\nSpace magnet, accelerator magnet technology\nEngineering electromagnetic fields,\nLarge-scale computing software and electromagnetic technology.\nEducation and Work Experiences:2006-Present: Visiting Professor in MIT USA;\n2003-2004: Senior Visiting Fellow at German Heavy Ion Accelerator Center;\n2000-2002: Senior engineer at Oxford Instruments;\n1998-2000: Senior researcher at Samsung Advanced Institute, South Korea;\n1996-1997: Ministry of Science and Technology in Korea (STEPI) funded in Korea Electric Research Institute;\n1996-2001: Associate Professor, Huazhong University of Science and Technology;\n1994-1996: Faculty of Engineering, Kyushu University, JSPS, Post-doctoral;\n1991-1994: Institute of Electrical Engineering, Ph.D. degree;\n1989-1991: Institute of Plasma Physics CAS, Cryogenics, Master's degree;\n1982-1986: Department of Physics, Hubei University, Bachelor's degree.\nProjects:National Science Fund for Distinguished Young Scholars;\nNational Natural Science Foundation of China;\nNational ‘863’ Programs;\nThe National Key Technology R&D Program;\nMajor international cooperation programs.\nMain Achievements:So far, he has published more than 220 articles and 120 are cited by SCI. He has applied for 65 patents (including 7 international PCT patents), 24 granted patents and 2 software registration rights.\nAwards:2009 National Science and Technology Progress Award, Second Prize\n2011 Beijing Invention Patent Awards, Second Prize\n2011 National Invention Patent Awards, Excellent Prize\n2009 China Machinery Industry Technological Invention Award, First Prize\n2008 Beijing Municipal Science and Technology Award, First Prize\n2008 China Machinery Industry Science and Technology Progress Award, Second Prize\nPublications:1. Qiuliang Wang. High-field Superconducting Magnet Science. Beijing: Science Press, 2007.\n2. Qiuliang Wang, Yinming Dai, Hui Wang, Housheng Wang, Yuanzhong Lei, Shunzhong Chen, Shousen Song, Junsheng Cheng, Xinning Hu, Chunyan Cui, Baozhi Zhao, Luguang Yan. “Conduction-Cooled Superconducting Magnet With Persistent Current Switch for Gyrotron Application,”IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 2237-2240.\n3. Qiuliang Wang, Baozhi Zhao, Shousen Song, Junsheng Cheng, Yi Li, Yuanzhong Lei, Yinming Dai, Hui Wang, Housheng Wang, Xinning Hu, Chunyan Cui, Haoyang Liu, Zengren Dong, Chunzhong Wang, Zhipeng Ni, Houcheng Huang, Hongjie Zhang, Luguang Yan, Jianghua Wang. “High Magnetic Field Superconducting Magnet for 400 MHz Nuclear Magnetic Resonance Spectrometer,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 2072-2075.\n4. Yinming Dai, Luguang Yan, Qiuliang Wang, Baozhi Zhao, Shousen Song, Yuanzhong Lei, Housheng Wang, Hui Wang, Shunzhong Chen, Junsheng Cheng. “Fabrication of A 10 Tesla Cryogen-Free Superconducting Magnet,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 1608-1611.\n5. Jianhua Liu, Qiuliang Wang, Xian Li. “Design of Hybrid Suspension System of Superconducting and Electrostatic Suspension,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 1502-1506.\n6. Chunyan Cui, Qiuliang Wang. “Analysisof Magnetic-SupportedSuspension Torque Acting on Superconducting Sphere Rotor,” IEEE Transactions on Applied Superconductivity, Vol.21, No.4, August 2011, pp. 3470-3474.\n7. Zhipeng Ni, Qiuliang Wang, Chunzhong Wang. “Design of Axial Shim Coils for Magnetic Resonance Imaging,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 2084-2087.\n8. Chunzhong Wang, Tianqing Chang, Ming Rong, Yinming Dai, Zhipeng Ni, Lankai Li, Qiuliang Wang. “Optimal Design for High-Field MRI Superconducting Magnet,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 2245-2249.\n9. Hongjie Zhang, Qiuliang Wang, Xiaqing Li, Wei Wang, Jinglan Ma. “Study on the Stress of 500 MHz NMR Magnet Coils With Detailed FE Model,” IEEE Transactions on Applied Superconductivity, Vol.21, No.3, June 2011, pp. 2304-2307.\n10. Qiuliang Wang; Chunzhong Wang; Hui Wang; Housheng Wang; Hongjie Zhang; Yi Li; Lankai Li; Zhipeng Ni; Likai Huang; Qiyuan Ma; Gao, E.; Jianghua Wang，"Development of Conduction-Cooled Superconducting Magnet for Baby Imaging "，IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.726-731.\n11. Qiuliang Wang; Yinming Dai; Baozhi Zhao; Souseng Song; Zhiqiang Cao; Shunzhong Chen; Quan Zhang; Housheng Wang; Junsheng Cheng; Yuangzhong Lei; Xian Li; Jianhua Liu; Shangwu Zhao; Hongjie Zhang; Guoxing Xu; Zaimin Yang; Xinning Hu; Haoyang Liu; Chunzhong Wang; Luguang Yan, "Development of Large Scale Superconducting Magnet With Very Small Stray Magnetic Field for 2 MJ SMES"，IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.1352-1355.\n12. Yinming Dai; Qiuliang Wang; Housheng Wang; Baozhi Zhao; Shouseng Song; Shunzhong Chen; Yuanzhong Lei; Hou-Cheng Huang, "An 8T Superconducting Split Magnet System With Large Crossing Warm Bore", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.608-611.\n13. Chunzhong Wang; Qiuliang Wang; Quan Zhang, "Multiple Layer Superconducting Magnet Design for Magnetic Resonance Imaging", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.706-709.\n14. Shangwu Zhao; Qiuliang Wang; Chunyan Cui, "Analysis of Levitation Stability of a Superconducting Ball With Two Charging Methods", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.888-891.\n15. Xinning Hu; Qiuliang Wang; Chunyan Cui, "A Fiber Optic Sensor Measurement System for a Levitated Sphere-Shaped Superconducting Rotor", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.892-895.\n16. Chunyan Cui; Qiuliang Wang; Shangwu Zhao; Xinning Hu, "Measurement of Superconducting Sphere Spin-Axis Position Using Fiber Optical Sensor", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.1763-1766.\n17. Hongjie Zhang; Qiuliang Wang; Housheng Wang; Shouseng Song; Baozhi Zhao; Yinming Dai; Guojun Huang; Zhonghua Jiang, "Fiber Bragg Grating Sensor for Strain Sensing in Low Temperature Superconducting Magnet", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.1798-1801.\n18. Peng Chen; Yinming Dai; Qiuliang Wang; Quan Zhang, "Mechanical Behavior Analysis of a 1 MJ SMES Magnet", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.1916-1919.\n19. Shunzhong Chen; Qiuliang Wang; Yinming Dai; Yuanzhong Lei; Keeman Kim, "Development of a Digital Quench Detection and Dumping Circuit With Constant Voltage System for SMES", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.2070-2073.\n20. Yuanzhong Lei; Shunzhong Chen; Xiaoqi Li; Yinming Dai; Baozhi Zhao; Shouseng Song; Junsheng Cheng; Qiuliang Wang, "Using IGBT in Quench Protection of a 2 MJ SMES Magnet", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.2083-2086.\n21. Yuan P.; Zhao H.W.; Leibrock H.; Ma L.Z.; Sun L.T.; Zhang X.Q.; Zhang B.; Guo B.L.; Wu W.; Yao Q.G.; Wu W.Y.; Wang Q.L.; Wu X.; Han S.F.; He Y.; Zhang S.L., "Some Superconducting Magnets at IMP Applied Superconductivity", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp.214-217.\n22. Leibrock, H; Floch E; Moritz G; Ma LZ; Wu W; Yuan P; Weiyue W; Wang QL, "Prototype of the Superferric Dipoles for the Super-FRS of the FAIR-Project", IEEE Transactions on Applied Superconductivity, Vol.20, No.3, June 2010, pp. 188-191.\n23. Jianghua Liu; Qiuliang Wang; Xian Li, "Modeling of the superconducting suspension system with shaping blocks", IEEE Transactions on Applied Superconductivity, Vol.20, No.1, February 2010, pp.47-51.\n24. Chunzhong Wang; Qiuliang Wang; Lankai Li; Ming Rong; Youyuan Zhou, "Optimal Design for Open MRI Superconducting Magnet with Active Shielding". Journal of Measurement Science and Instrumentation, 2010(1), pp.178-182.\n25. Wang Housheng; Li xian; Chen shunzhong; Wang Qiuliang, "Stress and Strain Analysis in the Barrel of a Coilgun EM Launcher". MG-XIII, Suzhou, China, Apr.18, 2010.\n26. Wang Qiuliang; Dai Yinming; Zhao Baozhi; Song Souseng; Chen Shunzhong; Yan Luguang, "Development of a cryogenic test bed for high amperage critical current measurement on high temperature superconductor wire", Cryogenics, Vol.49, No.6, June 2009, pp.305-312.\n27. Wang Qiuliang; Dai Yinming; Zhao Baozhi; Song Shousen; Cao Zhiqiang; Chen Shunzhong; Zhang Quan; Wang Housheng; Cheng Junsheng; Lei Yuanzhong; Ye Bai; Li Xian; Liu Jianhua; Zhao Shangwu; Zhang Hongjie; Hu Xinning; Liu Pukun; Su Yunlong; Wang Chunzhong; Yan Luguang; Kim Keeman, "Design of adjustable homogeneous region cryofree conduction-cooled superconducting magnet for gyrotron", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.1274-1277.\n28. Wang Qiuliang; Xu Guoxin; Dai Yinming; Zhao Baozhi; Yan Luguang; Kim Keeman, "Design of open high magnetic field MRI superconducting magnet with continuous current and genetic algorithm method", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.2289-2292.\n29. Wang Qiuliang; Dai Yinming; Zhao Baozhi; Song Shousen; Cao Zhiqiang; Chen Shunzhong; Zhang Quan; Wang Housheng; Cheng Junsheng; Lei Yuanzhong; Ye Bai; Li Xian; Liu Jianhua; Zhao Shangwu; Zhang Hongjie; Hu Xinning; Wang Chunzhong; Yan Luguang; Kim Keeman, "Development of testing device for critical current measurements for HTS/LTS", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.2325-2328.\n30. Dai Yinming; Wang Qiuliang; Wang Housheng; Song Shousen; Zhao Baozhi; Chen Shunzhong; Yang Yifeng, "Development of a large bore superconducting magnet with narrow liquid helium channels", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.1989-1992.\n31. Hu Xinning; Wang Qiuliang; Cui Chunyan; Lei Yuanzhong, "Output properties of fiber optic sensor for micro-displacement measurement at 77 K and 4.2 K", Cryogenics, Vol.49, No.6, June 2009, pp.302-304.\n32. Liu Jianhua; Wang Qiuliang; Yan Luguang, "Analysis of force characteristics of a superconducting ball in a given magnetic field", Physica C: Superconductivity and its Applications, Vol.469, No.13, July 2009, pp.756-759.\n33. Wu Songtao；Wu Yu; Song Yuntao; Wu Weiyue; Bi Yanfang; Xi Weibin; Xiao Liye; Wang Qiuliang; Ma Yanwei; Liu Xianghong; Zhang Pingxiang; Xin Yin; Hou Bo; Liu Rui; Zhang Hongjie; Han Zenghe; Zheng Jun; Wang Jiasu; Wang Suyu; Shi Jing; Tang Yuejin; Qiu Ming; Wei Bin; Tan Yunfei, "Recent main events in applied superconductivity in China", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.1069-1080.\n34. Oh Dong Keun; Kim Keeman; Lee Hyun Joung; Wang Qiuliang, "Design and thermo-hydraulic analysis of upgraded PUMA system for the development of a test facility of superconducting CICCs", IEEE Transactions on Applied Superconductivity, Vol.19, No.3, June 2009, pp.1557-1560.\n35. Liu Jianhua; Wang Qiuliang; Li Xian, "Modeling of hybrid suspension system of superconducting and electrostatic suspension". 2009 IEEE International Conference on Mechatronics and Automation, ICMA 2009, pp.4715-4719.\n36. Qiuliang Wang; Yinming Dai; Souseng Song; Huaming Wen; Ye Bai; Luguang Yan; Keeman Kim, "A 30 kJ Bi2223 High Temperature Superconducting Magnet for SMES with Solid-Nitrogen Protection", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.754-757.\n37. Qiuliang Wang; Yinming Dai; Baozhi Zhao; Souseng Song; Shunzhong Chen; Luguang Yan; Keeman Kim, "Design of Superconducting Magnet for Background Magnetic Field", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.548-551.\n38. Qiuliang Wang; Yinming Dai; Baozhi Zhao; Souseng Song; Shunzhong Chen; Ye Bai; Luguang Yan; Keeman Kim, "Development of Large-Bore Superconducting Magnet With Zero-Vapor Liquid Helium", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.787-790.\n39. Qiuliang Wang; Tao Song; Chin E. Lin; Housheng Wang; Zheng Wang; Li Kong; Luguang Yan; Samuel C. C. Ting, "Study on Dipole Moment in Permanent Magnet Used in Space Anti-Matter Detector", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.972-975.\n40. Shangwu Zhao; Qiuliang Wang; Chunyan Cui; Jiarong Fang; Luguang Yan, "Study on the Electromagnetic Characteristics and AC Loss of a Spherical Superconductor Based on London Equations", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.1345-1348.\n41. Chunyan Cui; Qiuliang Wang; Xinning Hu; Yunjia Yu; Shangwu Zhao, "Simulation of Spin-Axis Position Measurement of Superconducting Sphere Rotor by Fiber Optic Sensor", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.836-839.\n42. Hongjie Zhang; Fanping Deng; Qiuliang Wang; Luguang Yan; Yingming Dai; Keeman Kim, "Development of Strain Measurement in Superconducting Magnet Through Fiber Bragg Grating", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.1419-1422.\n43. Wang Z; Song T; Dong Z. R.; Wang Q. L.; Wang H. S., "A Method on Decreasing Magnetic Moment of Halbach Cylinder Magnets", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.961-964.\n44. Zhe Wang; Yang Yu; Qiuliang Wang; Tao Song, "A novel rotating magnetic field generator for driving magnetic micro-machine", IEEE Transactions on Applied Superconductivity, Vol.18, No.2, June 2008, pp.887-890.\n45. Housheng Wang; Ying Ye; Qiuliang Wang, "Study on Algorithms Modeling of Resistor-type Superconducting FCL Based on YBCO Tape", DRPT 2008, April 2008, Nanjing China.\n46. Wang Q.; Fen Z.; Deng F.; Huang G.; Yan L.; Dai Y., "Fiber Bragg gratings for strain sensing in high temperature superconducting magnet", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.2377-2380.\n47. Wang Qiuliang; Dai Yingming; Zhao Baozhi; Song Shouseng; Lei Yuanzhong; Wang Houseng; Ye Bai; Hu Xinning; Huang Tianbing; Wang Hui; He Chu; Shang Muxi; Wang Chao; Cui Chunyan; Zhao Shangwu; Zhang Quan; Diao Yanhua; Peng Yan; Xu Guoxin; Deng Fanping; Weng Peide; Kuang Guangli; Gao Bingjun; Lin Liangzhen; Yan Luguang, "Development of high magnetic field superconducting magnet technology and applications in China", Cryogenics, Vol.47, No.7-8, 2007, pp.364-379.\n48. Wang Qiuliang; Dai Yingming; Hu Xinning; Song Shouseng; Lei Yuanzhong; He Chuan; Yan Luguang; Zhao B.; Kim, K.,"Development of GM cryocooler-cooled Bi2223 high temperature superconducting magnetic separator", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.2185-2188.\n49. Wang Qiuliang; Dai Yinming; Zhao Baozhi; Hu Xinning; Wang Houseng; Lei Yuanzhong; Yan Luguang,"Design and test of conduction-cooled high homogenous magnetic field superconducting magnet for gyrotron", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.2319-2322.\n50. Q. Wang; Y. Dai; S. Song; Y. Lei; B. Zhao; H. Wang; C. He; H. Wang; L. Yan; L. Lin, "High Magnetic Field Superconducting Magnet Technology and its Applications", Materials Science Forum, V546-549, 2007, pp.1935-1940.\n51. Peng Yan; Zhao Lingzhi; Li Ran; Wang Qiuliang; Xu Yuyu; Song Shujun; Sha Ciwen, "Design study on a large force superconducting linear driver", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.1537-1540.\n52. Dai Yinming; Wang Qiuliang; Song Shousen; Zhang Bo; Lei Yuanzhong; Bai Ye; Hu Xinning; Wang Housheng; Zhao Baozhi, "High temperature superconducting magnet for fast discharging experiments", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.2208-2211.\n53. Chuan He; Qiuliang Wang; Chunsheng Li; Luguang Yan; Yinming Dai, "Analysis of the torque on a superconducting spinning sphere from aspheric factors", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.2174-2177.\n54. He Chuan; Wang Qiuliang, "Force characteristics analysis on a superconducting sphere suspended by spherical coils", Cryogenics, Vol.47, No.7-8, July/August 2007, pp.413-417.\n55. Diao Yan-Hua; Zhao Yao-Hua; Wang Qiuliang, Photographic study of bubble dynamics for pool boiling of refrigerant R11, Heat and Mass Transfer/Waermeund Stoffuebertragung, Vol.43, No.9, July 2007, pp.935-947.\n56. He Chuan; Wang Qiu-Liang, "Analysis on magnetic torque of superconducting sphere with high rotating speed in uniform magnetic field", Acta Armamentarii, Vol.28, No.6, June 2007, pp.709-713.\n57. Chung W.; Chu Y.; Lee S.; Baek S.; Park S.H.; Kim J.; Yonekawa H.; Lee H.; Park K.; Oh Y.K.; Kim K.; Bak J.S.; Jeong S.; Wang Q., "Analysis of the KSTAR central solenoid model coil experiment", IEEE Transactions on Applied Superconductivity, Vol.17, No.2, June 2007, pp.1338-1341.\n58. Huang Guo-Jun; Shao Jin-Yi; Wang Qiuliang; Deng Fan-Ping; Dai Feng; Feng Zun-An, "Strain response of FBG at liquid nitrogen temperature", Journal of Optoelectronics Laser, Vol.18, No.7, July 2007, pp.773-775.\n59. Wang Hui; Wang Qiuliang; Ren Zhongming; Yan Luguang, "Magnetic aligned Al3Ni phase in Al-Ni alloys solidified with a high magnetic field", Materials Science Forum, V546-549, 2007, pp.1055-1059.\n60. Hu Xin-Ning; Cui Chun-Yan; Lei Yuan-Zhong; Han Li; Wang Qiu-Liang, "Application of fiber optic displacement sensor to measuring suspension micro-displacement of superconducting rotor in cryogenic instrument", Optics and Precision Engineering, Vol.15, No.9, September 2007, pp.1342-1346.\n61. Zhang Bo; Yu Yun-Jia; Zhang Yuan; Yang Xiao-Sheng; Wang Qiu-Liang, "Study on index loss of HTS magnet", Journal of System Simulation, Vol.19, No.6, Mar 2007, pp.1227-1230.\n62. Wang Qiuliang; Song Shouseng; Lei Yuanzhong; Dai Yingming; Zhang Bo; Wang Chao; Lee Sangil; Kim Keeman, "Design and fabrication of a conduction-cooled high temperature superconducting magnet for 10kJ superconducting magnetic energy storage system", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.570-573.\n63. Wang Q.; Dai Y.; Zhao B.; Lei Y.; Li H.; Luo Y.; Kim K.; Oh S., "A 4 T superconducting magnet for gyrotron with homogenous regions of 150 and 250 mm", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.815-818.\n64. Wang Qiuliang; Song Shouseng; Lei Yuanzhong; Dai Yingming; Zhang Bo, "A Superconducting Magnet with Center Field of 10T and ?100 mm Warm Bore", Advanced Technology of Electrical Engineering and Energy,Vol.25, No.4, 2006, pp8-14.\n65. H. Leibrock; G. Moritz; Q. Wang; P. Yuan; S. T. Wu; J. Lucas, "Superferric magnets for super-FRS and storage rings of FAIR", Proceedings of RuPAC 2006, Novosibirsk, Russia, 2006, pp.289-291.\n66. Dai Yingming; Yan Luguang; Zhao Baozhi; Song Shousen; Lei Yuanzhong; Wang Qiuliang, "Tests on a 6 T conduction-cooled superconducting magnet", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.961-964.\n67. Shang Muxi; Dai Yinming; Wang Qiuliang; Yu Yunjia; Zhao Baozhi; Kim Keeman; Oh Sangjun, "Design and electromagnetic analysis of a superconducting diamagnetic motor", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.1481-1484.\n68. Weng Peide; Wang Qiuliang; Yuan Ping; Zhou Qiaogen; Zhu Zian, "Recent development of magnet technology in China: Large devices for fusion and other applications", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.731-738.\n69. Wang Housheng; Ye Ying; Wang Qiuliang; Dai Yinming; Yu Yunjia; Weng Peide, "Analysis for ring arranged axial field Halbach permanent magnets", IEEE Transactions on Applied Superconductivity, Vol.16, No.2, June 2006, pp.1562-1565.\n70. Diao Yanhua; Zhao Yaohua; Wang Qiuliang, "Visualization of bubble dynamics for pool boiling of binary refrigerant mixture R11-R113", Chinese Journal of Chemical Engineering, Vol.14, No.2, April 2006, pp.149-157.\n71. Diao Yanhua; Zhao Yaohua; Wang Qiuliang, "High-speed visualization of bubble behaviors for pool boiling of R-141b", Journal of Thermal Science, Vol.15, No.1, March 2006, pp.79-84, 96.\n72. Wang Chao; Wang Qiuliang; Huang Hui; Song Shousen; Dai Yinming; Deng Fanping, "Electromagnetic optimization design of a HTS magnet using the improved hybrid genetic algorithm", Cryogenics, Vol.46, No.5, May 2006, pp.349-353.\n73. Bai Ye; Wang Qiuliang; Yu Yunjia; Yang Ming, "Design methods of the spherical quadrupole magnets and sextupole magnets", IEEE Transactions on Magnetics, Vol.42, No.4, April 2006, pp.1187-1190.\n74. Diao Yan-Hua; Zhao Yao-Hua; Wang Qiu-Liang, "Theoretical model for pool boiling heat transfer of refrigerant binary mixtures", Chemical Engineering (China), Vol.34, No.8, August 2006, pp.13-16, 27.\n75. Diao Y.H.; Zhao Y.H.; Wang Q.L., "Photographic study of bubble behaviors for saturated pool boiling of binary refrigerant mixture R141B-R113", Experimental Heat Transfer, Vol.19, No.4, December 2006, pp.309-325.\n76. Qiuliang Wang; Hui Huang; Shouseng Song; Yingming Dai; Baozhi Zhao; Yunjia Yun; Luguang Yan,"Design study of conduction-cooled high temperature superconducting magnet", Proceedings of the Twentieth International Cryogenic Engineering Conference, ICEC 20, 2005, pp.621-624.\n77. Wang Qiuliang; Dai Yingming; Huang Hui; Song Shouseng; Zhang Bo; Kim Keeman; Oh Sangjun, "Development of conduction-cooled high temperature superconducting magnet", IEEE Transactions on Applied Superconductivity, Vol.15, No.2, June 2005, pp.2332-2335.\n78. Wang Qiuliang; Yan Luguang; Zhao Baozhi; Song Sousen; Lei Yuanzhong, "Development of wide-bore conduction-cooled superconducting magnet system for material processing applications", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.372-375.\n79. Wang Qiuliang; Kim Keeman; Park Hyunki; Chung Wohoo; Yoon C.S.; Fen Zengan, "Heating surge and temperature oscillation in KSTAR PF and TF coils for plasma disruption under continuous plasma discharging conditions", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.1451-1454.\n80. Wang Qiuliang; Weng Peide; Huang Liang; Zong Jun, "Stability study on the HT-7U TF and PF superconducting magnets", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.1455-1459.\n81. Wang Qiuliang; Weng Peide; He Moyan, "Simulation of quench for the cable-in-conduit-conductor in HT-7U superconducting Tokamak magnets using porous medium model", Cryogenics, Vol.44, No.2, February 2004, pp.81-92.\n82. Q. Wang; G. Moritz, "Analysis of mechanical stress and magnetic field in nuclotron dipole magnet for GSI accelerator", Advanced Technology of Electrical Engineering and Energy, Vol.23, No.3, 2004, pp.13-17.\n83. Wang Qiuliang; Chung Wooho; Kim Keeman, "Transient Operating Characteristics for the KSTAR TF Superconducting Magnet", IEEE International Conference on Plasma Science, 2003, Korea, p464.\n84. Wang Qiuliang; Yoon Cheon Seong; Baang Sungkeun; Kim Keeman; Chung Wohoo, "Simulation of dynamic stress in PF superconducting magnets for KSTAR under normal operating conditions", IEEE Transactions on Applied Superconductivity, Vol.13, No.2, June 2003, pp.1488-1491.\n85. Qiuliang Wang, "Study on the composite winding mechanical properties by experimental and numerical simulation", Chinese Journal of Low Temperature Physics, vol.25, No.1, 2003, pp.63-70.\n86. Qiuliang Wang; Keeman Kim; Wohoo Chung, "Transient Operating Characteristics for the KSTAR PF Superconducting Magnets", Chinese Journal of Low Temperature Physics, Vol.25, 2003, pp223-229.\n87. Wang Qiuliang; Yoon Cheon Seog; He Jinliang; Chung Wooho; Kim Keeman, "Operating temperature margin and heat load in PF superconducting coils of KSTAR", IEEE Transactions on Applied Superconductivity, Vol.12, No.1, March 2002, pp.648-652.\n88. Wang Qiuliang; He Jinliang; Yoon Cheon Seong; Kim Keeman, "Influence of current diffusion in superconducting magnet fabricated by high stabilizer aluminium on quench propagation", IEEE Transactions on Magnetics, Vol.38, No.2 I, March 2002, pp.1197-1200.\n89. Wang Qiuliang; He Jinliang; Yoon Cheon Seog; Chung Wooho; Kim Keeman, "Simulation on helium expansion and quench in CICC for KSTAR with moving mesh methods", IEEE Transactions on Applied Superconductivity, Vol.12, No.1, March 2002, pp1591-1594.\n90. Wang QL; Kim K; Yoon CS; He A L, "Moving mesh application for thermal-hydraulic analysis in cable-in-conduit-conductors of KSTAR superconducting magnet", KSME International Journal, Vol.16, No.4, April 2002, pp522-531.\n91. Wang Qiuliang; Kim Myungkyu; Kim Keeman, "Thermal-hydraulic analysis on KSTAR superconducting magnets", Proceedings of the International Conference on Energy Conversion and Application (ICECA'2001), Vol.1, 2001, pp.449-452.\n92. Wang Q.; Cheon Seong Yoon; Baang S.; Kim M.; Park H.; Kim Y.; Lee S.; Kim K., "AC losses and heat removal in three-dimensional winding pack of Samsung superconducting test facility under pulsed magnetic field operation", Cryogenics, Vol.41, No.4, 2001, pp.253-265.\n93. Wang Q.L.; Baang S.; Yoon C.S.; Kim S.B.; Park H.K.; Kim M.K.; Kim Y.J.; Lee S.I.; Kim K., "Induced voltage and alternating current loss in superconducting magnet system for SSTF", IEEE Transactions on Applied Superconductivity, Vol.11, No.1 II, March 2001, pp.2074-2077.\n94. Wang Q.L.; Yoon C.S.; Baang S.; Kim S.B.; Park H.K.; Kim M.K.; Kim Y.J.; Lee S.L.; Kim K., "Thermohydraulic simulation on CIC conductor with adaptive mesh finite volume method for KSTAR tokamak superconducting magnet", IEEE Transactions on Applied Superconductivity, Vol.11, No.1 II, March 2001, pp.2070-2073.\n95. Wang Q.L.; Yoon C.S.; He J.L.; Kim M.K.; Kim K., "Quench characteristics in the multi-sectioned superconducting magnet impregnated with epoxy resin", Physica C: Superconductivity and its Applications, Vol.354, No.1-4, May 2001, pp.77-82.\n96. Wang Q.; He J.; Yoon C.S.; Kim K.; Nam Z., "Analysis of normal zone propagation in pancake-shaped Nb3Sn superconducting magnet", IEEE Transactions on Applied Superconductivity, Vol.11, No.1 II, March 2001, pp.1685-1688.\n97. Qiuliang Wang; Cheon Seog Yoon; Myungkyu Kim; Keeman Kim, "Thermal hydraulic analysis for KSTAR superconducting magnet", Proceedings of International Conference on Energy Conversion and Application, 2001, Wuhan, China.\n98. Qiuliang Wang; Myungkyu Kim; Cheon Seong Yoon; Sangil Lee; Keeman Kim, "Analysis Stability of Cable-In-Conduit-Conductors with NbTi Superconducting Strands of Various Cu/SC Ratios Used in PF6 of KSTAR", Proceedings of KIASC 2001.\n99. Wang QL; Kim K; Yoon CS, "Numerical model for thermal hydraulic analysis in cable-in-conduit-conductors", International Journal, Vol.14, No.9, September 2000, pp.985-996.\n100. Wang Qiuliang; Yoon Cheon Seog; Kim Keeman, "Analysis on stability margin of Nb3Sn cable-in-conduit-conductor", IEEE Transactions on Applied Superconductivity, Vol.10, No.1, 2000, pp.693-696.\n101. Qiuliang Wang; Chon Seog Yoon; Keeman Kim, "Simulation of Quench in pancake-shaped superconducting magnet using a quasi three dimensional Model", Progress in Superconductivity, Vol.1, No.2, 2000, pp.125-134.\n102. Q L Wang; Cheon Seong Yoon; Sungkeun Baang; Sangbo Kim, "Hyunki Park and Keeman Kim, Analysis of Induced Voltage in Superconducting Magnet System for Background Magnetic Field Generation in SSTF", Proceedings of Korea-Japan applied superconductivity conference, Taejon, Korea, 2000, pp.185-188.\n103. Wang Q.L.; Oh S.S.; Ryu K.S.; Yoon C.S.; Kim K.M., "Numerical analysis of stability margin and quench behavior of cable-in-conduit NbTi conductors for KSTAR", IEEE Transactions on Applied Superconductivity, Vol.9, No.2 I, Jun 1999, pp.620-623.\n104. Wang Q.L.; An C.W.; Song W.D.; Oh S.S.; Ryu K.S.; Jeong D.Y., "Fabrication of large area superconducting thin film by pulsed laser scanning", IEEE Transactions on Applied Superconductivity, Vol.9, No.2 II, Jun 1999, pp.2355-2358.\n105. Wang Q.L.; Jeong D.Y.; Oh S.S.; Kim H.J.; Cho J.W.; Seong K.C., "Design of Bi-based superconducting current lead for SMES", IEEE Transactions on Applied Superconductivity, Vol.9, No.2 I, Jun 1999, pp.499-502.\n106. Q.L.Wang, "Stability analysis code QSAIT for KSTAR superconducting magnet", Proceedings of KSTAR magnet system Review, August 25-27, 1999, Taejon, T13&14-3.\n107. Qiuliang Wang; Ki-Chul Seong; Joon-Han Bae, "Development of superconducting transformer and switch for high frequency rectifier", Proceedings of International Conference on Electrical Engineering, Kangju, Korea, vol.1, 1998, pp.926-929.\n108. Qiuliang Wang; Sang-Soo Oh; Young-Kil Kwon; Kang-Sik Ryu, "Thermal and Electrical behavior of quenching multi-sectioned superconducting magnets", Proceedings of International Conference on Electrical Engineering, Kangju, Korea, vol.2, 1998, pp163-166.\n109. Q.L.Wang; S.S.Oh; D.W.Ha; S.K.Ryu, "Analysis of stability on transient disturbance and cryogenics parameters in Cable-in-Conduit Nb3Sn Conductors", Proceedings of ICEC-17, Bournemouth, British, 1998, pp.587-590.\n110. Q.L.Wang; C.W.An, "Quench properties of a large current superconducting conductor stabilized by AL", Chinese Journal of Low Temperature Physics, Vol.18, No.6, 1997, pp.443-448.\n111. Qiuliang Wang; Sang-Soo Oh; Dong-Wwu Ha; Kang-sike Ryu, "Transient Thermal-hydraulic in Nb3Sn Cable-in-Conduit Conductor for the KSTAR-TF magnet", Proceedings of Pacific Rim International Workshop on Applied Superconductivity, July 15, 1997, Changwon, Korea.\n112. Qiuliang Wang; Sang-Soo Oh; Dong-wu Ha; Kang-sike Ryu, "Modeling of Quench Properties in Nb3Sn Cable-in-Conduit Conductor", Proceedings of 15th International Conference on Magnet Technology, Oct.1997, pp. 327-330, Beijing, China.\n113. Qiuliang Wang; Sang-Soo Oh; Kang-sike Ryu, "Influence of Ag/SC ratio on the stability of Ag-sheath YBCO superconducting tape", Proceedings of 15th International Conference on Magnet Technology, Oct.1997, pp.1108-1111, Beijing, China.\n114. Qiuliang Wang; Sang-Soo Oh; Kang sike Ryu, "Pulsed Laser Depositing YBCO Superconducting thin films on Ni-based Tapes", Proceedings of 15th International Conference on Magnet Technology, Oct.1997, pp.1105-1107, Beijing, China.\n115. Wang Qiuliang; Yan Luguang; Yi Changlian, "Study of full-wave superconducting rectifier-type flux-pumps", IEEE Transactions on Magnetics, Vol.32, No.4 I, July 1996, pp.2699-2702.\n116. Qiuliang Wang; Youqing Wang; Zaiguang Li, "Preparation of high current density YBCO superconducting tape by pulsed laser deposition", SPIE The International Society for optical Engineering, vol.2888, 1996, pp.253-258.\n117. Qiuliang Wang; Youqing Wang; Liangzhen Lin, "Influence of Cu/SC ratio on stability of superconducting magnet impregnated with epoxy-resin", Proceedings of Sixteenth International Cryogenic Engineering Conference/International Cryogenic materials Conference, Vol.2, 1996, pp.1269-1272, Katikyushu, Japan.\n118. Q.L.Wang; Y.F.Bi; B.Z.Li; L.R.Ding; F.T. Wang; C.W. An; L.Z. Lin, "A superconducting Wiggler magnet for National Laboratory of Synchrotron Radiation", Proceedings of Sixteenth International Cryogenic Engineering Conference/International Cryogenic materials Conference, Vol.2, 1996, pp.847-850, Katikyushu, Japan.\n119. Qiuliang Wang; Luguang Yan, "Design and test on industrial Superconducting rectifier", Cryogenics & Superconductivity, Vol.23, 1996, pp.450-459.\n120. Qiuliang Wang; Chenwu An; Youqing Wang; Zaiguang Li, "A large current transformer-type superconducting switch for SMES", Chinese Journal of Low Temperature physics, Vol. 18, No. 5 (1996) pp.388-394.\n121. Qiuliang Wang; Luguang Yan; Changlian Yi; Huaming Wen, "A full-wave superconducting rectifier", Chinese Journal of low temperature physics, Vol.17, No.2, 1995, pp.154-159.\n122. Q.L.Wang; Y.F.Bi; B.Z.Li; L.R.Ding; F.T.Wang, "Design and fabrication of 5Tesla superconducting Wiggler for National Laboratory of Synchrotron radiation", Proceedings of Asia-pacific ocean research conf. on "Applied Superconductivity", pp.24-30, 1994, Oct. Fukuoka, Japan.\n123. Qiuliang Wang; Luguang Yan; Changlian Yi; Huaming Wen, "Study on applications of industrial frequency superconducting magnet", Cryogenics and Superconductivity, Vol.22, No.1, 1994, pp.1-6.\n124. Qiuliang Wang; Luguang Yan; Changlian Yi; Huaming Wen, "A quick response switch for the rectifier", Cryogenics and Superconductivity, Vol.22, No.1, 1994, pp.22-29.\n125. Qiuliang Wang; Luguang Yan; Changlian Yi; Huaming Wen, "The research on quick response thermal controlled superconducting switch", Chinese Journal of low temperature physics, Vol.16, No.3, 1994, pp.239-244.\n126. Qiuliang Wang; Luguang Yan; Changlian Yi; Huaming Wen, "Analysis of operating Characteristics of a full-wave superconducting rectifier", Advance Electrical Engineering, Vol.47, 1993, pp.45-51.\n127. Q.L.Wang; Y.F.Bi; B.Z.Li; L.R.Ding; F.T.Wang, "Test of 5 T superconducting Wiggler", Cryogenics and superconductivity, Vol.20, No.2, 1992, pp.38-44.\n128. Q.L.Wang; Y.F.Bi; B.Z.Li; L.R.Ding; F.T.Wang; C.W. An; K.Z.Jiao, "Experimental test of racetrack superconducting magnets impregnated with epoxy-resin", Chinese Journal of low temperature Physics, Vol.13, No.4, 1991, pp.391-397.\n129. Hu Xin-Ning; Cui Chun-Yan; Lei Yuan-Zhong; Han Li; Wang Qiu-Liang, "Application of fiber optic displacement sensor to measuring suspension micro-displacement of superconducting rotor in cryogenic instrument", Guangxue Jingmi Gongcheng/Optics and Precision Engineering, Vol.15, No.9, September 2007, pp.1342-1346.\n130. Zhang Bo; Yu Yun-Jia; Zhang Yuan; Yang Xiao-Sheng; Wang Qiu-Liang, "Study on index loss of HTS magnet", Journal of System Simulation, Vol.19, No.6, March 2007, pp.1227-1230.\n131. Yinming Dai; Blau Bertrand; Hofer Hans; Yunjia Yu; Qiuliang Wang, "A numerical code to simulate quenching in conduction cooled superconducting magnet", Proceedings of the Twentieth International Cryogenic Engineering Conference, ICEC 20, 2005, pp.605-608.\n132. Wang C.; Wang Q.L., "Shape optimization of HTS magnets using hybrid genetic algorithms", Proceedings of the Twentieth International Cryogenic Engineering Conference, ICEC 20, 2005, pp.713-716.\n133. Feng Z.A.; Wang Q.L.; Dai F.; Huang G.J., "Study of stress, strain in super-conducting magnet by Fiber-Bragg Grating", Proceedings of the Twentieth International Cryogenic Engineering Conference, ICEC 20, 2005, pp.617-620.\n134. Wang Hui; Wang Qiu-Liang; Huang Hui; Li Bing-Le; Ma Yan-Wei; Yan Lu-Guang, "Microstructure evolution of magnetic aligned MnBi phase in Bi-Mn alloys solidified in high static magnetic field", Chinese Journal of Nonferrous Metals, Vol.15, No.2, February 2005, pp.229-235. Language: Chinese.\n135. Liu Hongwei; Wang Qiuliang; Yu Njia; Bai Ye, "Stability analysis for cryocooled aluminum-stabilized superconducting magnet", Proceedings of the Twentieth International Cryogenic Engineering Conference, ICEC 20, 2005, pp.597-600.\n136. Bai Ye; Li Wei; Yang Ming; Wang Qiuliang; Yu Yunjia, "Optimum design method of the modified quadrupole magnet for the magnetic stereotaxis system", Transactions of China Electrotechnical Society, Vol.20, No.12, December 2005, pp.101-105. Language: Chinese\n137. Wang Hui; Ren Zhongming; Xu Kuangdi; Huang Hui; Wang Qiuliang; Yan Luguang, "Solidification behaviors of Al3Ni precipitated phase in Al-Ni alloy under a high magnetic field", Rare Metal Materials and Engineering, Vol.34, No.7, July 2005, pp.1033-1035. Language: Chinese\n138. Liu Hongwei; Wang Qiuliang; Yu Yunjia; Bai Ye; Zhao Baozhi; Song Shousen; Kim Keeman, "Stability study on cryocooler-Cooled superconducting magnets", IEEE Transactions on Applied Superconductivity, Vol.15, No.2 II, June 2005, pp.1699-1702.\n139. Chung Wooho; Park Soohwan; Wang Qiuliang; Jeong Sangkwon; Yoon Cheon Seog; Oh Yeong-Kook; Kim Keeman; Bak Joo Shik; Lee G.S., "Thermo-hydraulic analysis of the KSTAR central solenoid model coil", IEEE Transactions on Applied Superconductivity, Vol.15, No.2 II, June 2005, pp.1411-1414.\n140. Bai Ye; Wang Qiuliang; Yang Ming; Yu Yunjia; Liu Hongwei; Kim Keeman, "Characteristics of an improved coil structure for the magnetic stereotaxis system", IEEE Transactions on Applied Superconductivity, Vol.15, No.2 II, June 2005, pp.2344-2347.\n141. Diao Yanhua; Zhao Yaohua; Wang Qiuliang, "Bubble dynamics and heat transfer mechanism of pool boiling of R-113", Journal of Chemical Industry and Engineering (China), Vol.56, No.2, February 2005, pp.227-234. Language: Chinese\n142. Wang Hui; Wang Qiuliang; Huang Hui; Li Bingle; Ma Yanwei; Yan Luguang, "Effects of magnetic interaction on precipitated phase of the Bi-Mn", Special Casting and Nonferrous Alloys, Vol.25, No.2, February 2005, pp.67-69. Language: Chinese\n143. Wang Hui; Ren Zhong-Ming; Li Wei-Xuan; Xu Kuang-Di; Huang Hui; Wang Qiu-Liang; Yan Lu-Guang, "Fabrication of hypereutectic MnBi/Bi magnetic functional composites by solidification in a magnetic field", Journal of Functional Materials, Vol.35, No.5, October 2004, pp.550-552. Language: Chinese\n144. Wang Hui; Ren Zhong-Ming; Xu Kuang-Di; Huang Hui; Wang Qiu-Liang; Yan Lu-Guang, "Effects of high magnetic field on microstructures of MnBi precipitated phase in Bi-Mn alloy solidified from mushy zone", Chinese Journal of Nonferrous Metals, Vol.14, No.7, July 2004, pp.1095-1100.\n145. Wang Hui; Ren Zhong-Ming; Xu Kuang-Di; Huang Hui; Wang Qiu-Liang; Yan Lu-Guang, "Magneto-thermodynamic effects on solidification of pure materials", Chinese Journal of Nonferrous Metals, Vol.14, No.6, June 2004, pp.945-948. Language: Chinese\n146. Bai Ye; Wang Qiu-Liang; Yu Yun-Jia; Xia Ping-Chou, "Approach to spherical coils design based on the target field approach", Proceedings of the Chinese Society of Electrical Engineering, Vol.24, No.6, June 2004, pp.132-136.\n147. Wang Hui; Ren Zhongming; Wang Qiuliang; Yan Luguang, "Textured structures of MnBi precipitated phase in Bi-Mn alloys solidified in a magnetic field", Chinese Journal of Materials Research, Vol.18, No.5, October 2004, pp.499-505. Language: Chinese\n148. Bai Ye; Wang Qiuliang; Yu Yunjia; Kim Keeman, "Target field approach for spherical coordinates", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.1317-1321.\n149. Chung Wooho; Wang Qiuliang; Jeong Sangkwon; Yoon Cheon Seog; Park Hyunki; Kim Keeman, "Operating characteristics of the KSTAR superconducting TF coil", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.1334-1337\n150. Lei Yuanzhong; Yu Yunjia; Nan Heli; Dai Yinming; Wang Qiuliang, "Influence of inter-strand electrical and thermal conductivity on stability of Rutherford cables in accelerator magnets", IEEE Transactions on Applied Superconductivity, Vol.14, No.2, June 2004, pp.1338-1342\n151. H.Huang; S.Song; B.Zhao; Y.Dai; Q.Wang, "Performance of HTS double pancake coil", Proceedings of ICEC20, May 2004, Beijing, China.\n152. Chao Wang; Qiuliang Wang; Hui Huang, "Measurement and analysis of critical current in Bi-2223/Ag high temperature superconducting tape", Chinese Journal of Low Temperature Physics, Vol.26, No.3, 2004, pp.237-242.\n153. Chen Min; Yu Yunjia J.; Xiao Liye Y.; Wang Qiuliang L.; Chung Wooho; Kim Keeman; Baang Sungkeun,"Magnetic field analysis of HTS transformer windings with high currents", IEEE Transactions on Applied Superconductivity, Vol.13, No.2 II, June 2003, pp.2302-2305.\n154. Chen Min; Yu Yunjia J.; Xiao Liye Y.; Wang Qiuliang L.; Chung Wooho; Kim Keeman; Baang Sungkeun, "The magnetic properties of the ferromagnetic materials used for HTS transformers at 77 K", IEEE Transactions on Applied Superconductivity, Vol.13, No.2 II, June 2003, pp.2313-2316\n155. Baang S.; Lee S.; Chung W.; Kim K.; Wang Q.; Alexeev M.P.; Anashkin O.P.; Ivanov D.P.; Keilin V.E.; Lysenko V.V.; Miklyaev S.M.; Shchegolev I.O.; Shcherbakov V.I.; Shevchenko S.A.; Shugaev I.O.; Surin M.I., "Results of preliminary testing of blip and cancellation coils for the Samsung superconductor test facility (SSTF) ", IEEE Transactions on Applied Superconductivity, Vol.13, No.2 II, June 2003, pp.1492-1495\n156. Wang Y.; Chen M.; Qi L.Z.; Liu Z.L.; Yao K.L.; Wang Q.L., "A new application of pulsed laser deposition to produce functional graded material thin films", Materials Science Forum, Vol.423-425, 2003, pp.573-576.\n157. Hui Huang; Qiuliang Wang, "Study on Joint of Bi2223/Ag high temperature superconducting tape", Chinese Journal of Low Temperature Physics, Vol.25, 2003, pp.220-222.\n158. Yuanzhong Lei; Qiuliang Wang, "Application and Development of conduction-cooled superconducting magnet", Cryogenics and Superconductivity, Vol.31, 2003, pp.47-51.\n159. Yoon Cheon Seog; Wang Qiuliang; Suh Yeong Sung; Choi Sun Woong; Chung Wooho; Park Hyunki; Kim Keeman, "Influence of inlet pressure and mass flow rate on the temperature rise of superconducting strands in SSTF under the normal operating conditions", IEEE Transactions on Applied Superconductivity, Vol.12, No.1, March 2002, pp.1541-1544.\n160. Baang S.; Baek S.; Chu Y.; Kim K.; Kim M.; Kim Y.; Lee Y.; Wang Q.; Ivanov D.P.; Keilin V.E.; Miklyaev S.M.; Schegolev I.O.; Surin M.I., "The comparison of active and passive cancellation coils for SSTF", IEEE Transactions on Applied Superconductivity, Vol.12, No.1, March 2002, pp.508-511.\n161. Yoon CS; Wang QL; Kim M; Kim K; Lee Dr., "Parametric study for conductor design of KSTAR PF coils", KSME of International Journal, Vol.16, No.2, February 2002, pp.227-234.\n162. Baang S.; Kim K.; Kim Y.; Park H.; Kim S.; Wang Q.; Alexeev M.P.; Anashkin O.P.; Ivanov D.P.; Keilin V.E.; Kovalev I.A.; Kruglov S.L.; Lysenko V.V.; Miklyaev S.M.; Shchegolev I.O.; Shcherbakov V.I.; Shevchenko S.; Shugaev I.O.; Surin M.I., "The background magnets of the Samsung Superconductor Test Facility (SSTF) ", IEEE Transactions on Applied Superconductivity, Vol.11, No.1 II, March 2001, pp.2082-2085.\n163. Baang S.; Keilin V.E.; Kim K.; Kim S.; Kim Y.J.; Kovalev I.A.; Kruglov S.L.; Park H.; Rychagov A.V.; Shchegolev I.O.; Surin M.I.; Sytnikov V.E.; Wang Q.; Yoon C.S., "The conductors of the 50 kA superconducting transformer for SSTF", Physica C: Superconductivity and its Applications, Vol.354, No.1-4, May 2001, pp.105-109.\n164. Baang S.; Choi H.; Kim K.; Kim S.; Kim Y.; Park H.; Wang Q.; Boev A.I.; Ivanov P.; Keilin V.E.; Kovalev I.A.; Kruglov S.L.; Lysenko V.V.; Shchegolev I.O.; Shcherbakov V.I.; Shugaev I.O.; Surin M.I., "The superconducting transformer of the Samsung superconductor test facility (SSTF) ", IEEE Transactions on Applied Superconductivity, Vol.11, No.1 II, March 2001, pp.1494-1497\n165. Huang Xin Tang; Wang You Qing; Wang Qiu Liang; Chen Qing Ming, "In-plane aligned YBCO film on textured YSZ buffer layer deposited on NiCr alloy tape by laser ablation with only O+ ion beam assistance", Journal of Physics Condensed Matter, Vol.12, No.5, February 2000, pp.761-764.\n166. Wang Z.K.; Huang X.T.; Wang Y.Q.; Wang Q.L.; Chen Q.M., "In-plane aligned YBa2Cu3O7-x (YBCO) film prepared by laser ablation only with O+ ion beam assistance", Chinese Journal of Materials Research, Vol.14, No.5, October 2000, pp.493-496.\n167. 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Huang Xintang; Wang Youqing; Wang Qiuliang; Chen Qingming, "In-plane aligned YBCO tape on textured YSZ buffer layer deposited on stainless steel substrate by laser ablation only with O+ ion beam assistance", Physica Status Solidi (A) Applied Research, Vol.174, No.2, 1999, pp.R11-R12.\n171. Oh S.S.; Wang Q.L.; Ha H.S.; Jang H.M.; Ha D.W.; Ryu K.S.; Nah W., "Quench characteristics of Bi-2223 coil at liquid helium temperature", IEEE Transactions on Applied Superconductivity, Vol.9, No.2 I, June 1999, pp.1081-1084.\n172. C.S.Yoon; Q.Wang; Keeman Kim, "Validation of 3D heat transfer model in Heter3D", Proceedings of KSME thermal hydraulic conference, Vol.2, 1999, pp.284-290.\n173. Huaming Wen; Qiuliang Wang; Luguang Yan; Changlian Yi, "Optimum controlling system for the superconducting rectifier", Cryogenics and Superconductivity, Vol.22, No.2, 1994, pp.1-7.\n174. 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url: =Bought by WMUU-LP, Prairie Public, and WCAI / WNAN Cape & Islands, Mass.\nBought by WMUU-LP, WUFT, Georgia Public Broadcasting, WESM 91.3 FM, and WCAI / WNAN Cape & Islands, Mass.\nBought by West Virginia Public Broadcasting, WMUU-LP, WHRV, KUHF, 90.5 WESA and more\nBought by WUFT, WMUU-LP, KQED, WESM 91.3 FM, 90.5 WESA and more\nBought by WUFT, WMUU-LP, WHRV, KUNM, WCAI / WNAN Cape & Islands, Mass. and more


url: =TaiChi - Taijiquan - Links\nChungliang Al Huang: Living Tao Foundation\nhttps://www.youtube.com/watch?v=pJjiSgt3ylQ Push https://www.youtube.com/watch?v=AYrUqlwE6n8 Walking https://www.youtube.com/watch?v=B8xiWA-j7zY 24 https://www.youtube.com/watch?v=q6LshaT1Qck&t=87s Dragon https://www.youtube.com/watch?v=5fqcIFgI_Mw Dragon https://www.youtube.com/watch?v=Q3DBXqJcoiw Anfang 1 https://www.youtube.com/watch?v=PiBzD5vGswo Anfang 2 https://www.youtube.com/watch?v=BGugIlsAsyU Anfang 3 https://www.youtube.com/watch?v=dh_FrJaFXZA mein 38er http://www.heilpraxis-schmidt.eu/medien/#anfaenger_videos\nhttp://dan-gong.de/uber-uns/gerhard-milbrat/ http://www.ftcm.ch/index.htm https://www.youtube.com/watch?v=Rhcz4KZeDxk vielleicht wie Alfons https://www.youtube.com/watch?v=Vkmy4mtImd4 38 ?? https://www.youtube.com/watch?v=idk3EvCDa9c 60erForm ?? https://www.youtube.com/watch?v=74Ah7KXwpmc\nTaiji in Hyperlexikon, Taijiquan in Hyperlexikon\nGute Erklärungen Tai Chi Fighting! Taijiquan Martial Applications (Yang-style 37-postures) YMAA https://www.youtube.com/watch?v=kp2jWeaKrqI&list=PL1bYDXpDoPny0IZ9c6lKk7o0uq6Yb0FGE&index=32 Five Elements Taiji - Part 2 https://www.youtube.com/watch?v=LpxKs6Bar7s&list=PL1bYDXpDoPny0IZ9c6lKk7o0uq6Yb0FGE&index=33\nVidos der Form\nSchwert Frank M.\n38er Frank M.\nSchwert Ralf A.\nChen Xiaowang 38 Form by Chen Bing\nhttps://www.youtube.com/watch?v=87OePXWt7rA Real Chen Tai Chi Cannon Fist by Chen Bing https://www.youtube.com/watch?v=6Ij1H9zinlA Chen Xiaojia Taijiquan Straight Sword w/Chen Yong-Fu https://www.youtube.com/watch?v=-rG9x7wmENU Chen Old Frame First Routine (Lao Jia Yi Lu) 74 Form 陈氏 https://www.youtube.com/watch?v=hTDR34zLbj4 Original Chen Tai Chi by Chen Bing https://www.youtube.com/watch?v=3Hx2b0jPrlg Chen-style 74-form Tai Chi (lao jia yi lu) By Master Wang Bo https://www.youtube.com/watch?v=xaA4c9N6rKo 173 Strikes in Chen Taiji Laojia Yilu Form - Tai Chi Board Breaking


url: =Dr Kevin Chunxi Xie - Neurology - 320-252-5131\nDr. Kevin Chunxi Xie\nDr. Kevin Chunxi Xie not rated yet\nDr. Kevin Chunxi Xie Neurology, Male\nTop rated Neurology in Sartell, MN\nDr. Troy Alan Payne Publications\n@angga_abimayu kukasih xie xie lao shi 88 mau kau?\nRT @kevin_penguin: Awal liat daftar nama kelas XIE itu udh cukup muak, krn banyak ank yg menurut gw ga akn ... http://t.co/XOHRn9ZGEc\nAwal liat daftar nama kelas XIE itu udh cukup muak, krn banyak ank yg menurut gw ga akn asik... Tapi ternyata dluar yg gw bayangin, pecah !\nLife is like a soup kitchen, you take what you get and you don't throw a fit -Niko Xie\nFalri pro Kevin que não queria tirar o comprimento e eh a msm coisa q falsr niwau huo xie (corta bastante)\n@kevin_atmajaya @XieTkZ hari iki xie ga bawa mobil-_-\nRT @Travis_Swerve: DAVE CHAPPELLE > KEVIN HART.\nNah! This is better (y) xie xie lao shi RT @maxdkh: @Kevin_Hendra besok murid2 saya ujian,semoga kalian SEMUA berhasil\nGender - Male School - Binzhou Med Coll, Binzhou, Shandong, China Training - Univ Of Ar Coll Of Med, Neurology Major - Office Based Practice Practice - Centracare Clinic Accepts new patients - No Certification - Neurology First name\nXie Dr. Kevin C Xie, MD\nNeurology\tSaint Louis Park, MN\nDr. Qian Yun Xie\nDr. Kevin Chunxi Xie at Discussions\ndla41 - 16 posts - 11 authors - Last post: May 23... Hui Xuan; jessie.qiuq; Jing Su (HR); Karen Yu; kevin xie; Li Xin; Liu_Jojo; Michelle Qin; Wendy Lu ES-HZH; ?; è; ...; ...\nStrange piece of code\nfa.linux.kernel - 5 posts - 5 authors - Last post: Dec 22, 1999Kevin Xie (Xie Huagang) x...@gem.ncic.ac.cn fa linux kernel Giovanni Picoli ... Kevin Xie. - To unsubscribe from this list: send the line "unsubscribe ...\nWindows Me and Excel 2000\nmicrosoft.public.windowsme.software - 5 posts - 3 authors - Last post: Nov 18, 2000Kevin Xie kx...@hotmail.com microsoft public windowsme software The error message is "Excel has caused an error in EXCEL.EXE. Excel will now clse. ...\nHas anyone heard of CXRacing? : 240sx General Discussion\n34 posts - 28 authors - Last post: May 1, 2009Kevin Xie to me 2.75 on cold side and 2.5" on hot side then reduce to 2" to the turbo. I really don't have time to answer your questions. ...\ncxracing customer service is crap - S-Chassis.com\n7 posts - 3 authors - Last post: May 3, 2009Kevin xie Which i have received and is who i talked to about my problem, ... Kevin Xie to me 2.75 on cold side and 2.5" on hot side then ...\n[Reality Show] One Million Star ?????? - AsianFanatics Forum\n40 posts - 16 authors - Last post: Jun 3, 2009Omg, I love Kevin Xie...he's so cute! When he grows older, he's going to be good! 0. Back to top; Bookmark and Share · Reply Icon ...\n2 posts - 1 author - Last post: Jul 11, 2007Autodesk\_Inventor 2008\_Design Data" to your project folder "...\_styles\_" Hopefully that can help. Regards, Kevin Xie ...\nSchool - Binzhou Med Coll, Binzhou, Shandong, China Training - Univ Of Ar Coll Of Med, Neurology Major - Office Based Practice Practice - Centracare Clinic Certification - Neurology Insurance Accepted


url: =Catlin Paintings & Native American Exhibits - siris_sic_9709|Smithsonian Institution Archives\nCatlin Paintings & Native American Exhibits\nID: 78-3843 or 11772-E\nCitation: Smithsonian Institution Archives, Record Unit 95, Box 42, Folder: 7\nNative American dioramas exhibited in glass cases with the Catlin Gallery of Indian Paintings along the walls in the background, United States National Museum, now the Arts and Industries Building, c. 1901.\nPlease note that the digital file for this image is reversed.\nSmithsonian Institution Archives, Record Unit 95, Box 42, Folder: 7\n78-3843 or 11772-E


url: =Design and Electromechanical Coupling Characteristics of Bionic Flapping Mechanism--《China Mechanical Engineering(中国机械工程)》2005年07期\n《China Mechanical Engineering(中国机械工程)》 2005-07\nDesign and Electromechanical Coupling Characteristics of Bionic Flapping Mechanism\nHou Yu 1 Fang Zongde 1 Liu Lan 1 Fu Weiping 2 1. Northwestern Polytechnical University, Xi’an, 710072 2. Xi’an University of Technology, Xi’an, 710048\nThis paper studied a micro flapping mechanism that was based upon insect thorax and actuated by electrostatic force according to the flapping flying theory of insects. Firstly, nonlinear dynamic model of the electromechanical coupling system was set up according to physical model of the flapping mechanism. The dynamic response of the system in constant voltage was studied by numerical method. Then the effects of damping and initial condition on system dynamic characteristics were analyzed in phase space. In addition,dynamic responses of the system in sine voltage excitation were discussed. The research results are helpful to the design, fabrication and application of the micro flapping mechanism of flapping-wing micro air vehicle(FMAV), and also to other micro electromechanical system that actuated by electrostatic force.\n【Fund】： 国防基础研究资助项目(K1800060109);; 西北工业大学博士论文创新基金资助项目\n【CateGory Index】： V221\n1 LU Ming1,ZHAO Ze-xiang1,WANG Chang-lu2(1.Zhongyuan University of Technology,Zhengzhou 450007;2.Zhengzhou Research Instituteof Mechanical Engineering,Zhengzhou 450052,China);The Development Summarizing of Micro-electromechanical System in Our Country[J];中原工学院学报;2010-06\n2 HOU Yu1,FANG Zong-de2,KONG Jian-yi1,LI Gong-fa1(1.School of Mechanical Automation,Wuhan University of Science and Technology,Wuhan 4300081,China;2.School of Electro-Mechanical Engineering,Northwest Polytechnic University,Xi'an 710072,China);Current research status and key technology of bionic flapping wing flying mini-robots[J];机械设计;2008-07\n3 Hou Yu,Kong Jianyi,Li Gongfa(College of Machinery and Automation,Wuhan University of Science and Technology,Wuhan 430081,China);Development of virtual design and flying simulation system of flapping-wing micro air vehicles[J];武汉科技大学学报(自然科学版);2008-01\n4 Hou Yu~1Fang Zongde~2Kong Jianyi~1Li Gongfa~11.Wuhan University of Science & Technology,Wuhan,4300812.Northwestern Polytechnical University,Xi'an,710072;Generation and Control of Flapping-wing Rhythmic Movement[J];中国机械工程;2006-22\n1 Jin Xiaoyi1,2 Yan Jingping1 Zhou Jianhua3 1.Southeast University,Nanjing,210096 2.Changzhou Institute of Technology,Changzhou,Jiangsu,213002 3.Yangzhou University,Yangzhou,Jiangsu,225009;Experimental Research on the Flexible Wing and Its Theoretical Explanation for the Bionics Flapping Aerocraft[J];中国机械工程;2007-09\n2 Zhou JipingZhu XinglongZhou JianhuaWu LixinYangzhou University,Yangzhou,Jiangsu,225009;Simple Mechanics Model and Experimental Research on Flapping-wing Based on Bionics[J];中国机械工程;2007-06\n3 SHAO Li-min, SONG Bi-feng, XIONG Chao, YANG Shu-li(School of Aeronautics, Northwestern Polytechnical University, Xi′an 710072);Experimental Investigation of Flapping-wing MAV in Wind Tunnel[J];航空学报;2007-02\n5 ZHOU Chao-ying,LIN Yu-feng(Shenzhen Graduate School,Harbin Institute of Technology,Shenzhen 518055,China);Numerical study on aerodynamic performance of flapping wings[J];哈尔滨工业大学学报;2006-09\n6 ZHU Zi-qiang,WANG Xiao-lu,WU Zong-cheng,CHEN Ze-min(Ministry of Education Key Laboratory of Fluid Mechanics,Beijing University of Aeronautics and Astronautics,Beijing 100083,China);Aerodynamic Characteristics of Small/Micro Unmanned Aerial Vehicles and Their Shape Design[J];航空学报;2006-03\n7 ZHANG Kai1,2,PENG Yun-feng2 (1School of Automobile,Harbin Institute of Technology(Weihai),Weihai 264209,China)(2Harbin Institute of Technology,Harbin 150001,China);A method to solve the coupling of multi-physics in MEMS[J];机械设计与制造;2006-02\n8 Tang Yongjun, Hu Fuqiang, Wang Zhenlong, Zhao Wansheng (Harbin Institute of Technology, Harbin 150001, China);Latest Progress of Micro-EDM Machining Technology[J];电加工与模具;2005-S1\n9 ZENG Rui~1,ANG Hai-song~(*1),MEI Yuan~2,JI Jian~1 (1.School of Aerospace Engineering,Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China;2.Nanjing Research Institute of Electronic Technology,Nanjing 210016, China);Flexibility of flapping wing and its effect on aerodynamic characteristic[J];计算力学学报;2005-06\n10 SHI Tie-Lin~1, ZHONG Fei~2, HE Tao~2(1 School of Mechanical Sci.& Engin., Huzhong Univ.of Sci.& Technology,Wuhan 430074,China;2 School of Mechanical Engin., Hubei Univ. of Technology, Wuhan 430068, China);Technologies and Application of MEMS[J];湖北工业大学学报;2005-05\n1 LI Tao;WEI Qiang;FU Long;LUO Minzhou;CHEN Saixuan;WANG Meiling;LIU Xiao;ZHUANG Xiaoming;Institute of Advanced Manufacturing Technology,Hefei Institute of Physical Science CAS;Department of Automation of University of Electronic Science and Technology of China;Department of Automation of University of Science and Technology of China;;Attitude Solving and Control of an Amphibious Robot Based on Four-rotor[J];机械与电子;2015-10\n2 WANG Kun-qi;CHEN Shi-jie;LIU Ying;School of Mechatronic Engineering,Xi'an Technological University;;Design of Twisting Mechanism of Flapping-Wing Micro Air Vehicle[J];西安工业大学学报;2015-02\n3 DENG Xiao-lin;WEI Heng-bing;LIANG Mei;;Application of behavior modeling technology in optimization design of flapping-wing mechanism[J];制造业自动化;2014-01\n4 Yuan Changsheng,Li Yongze,Tan Jian(School of Aeronautics,Northwestern Polytechnical University,Xi'an 710072,China);Investigation in Flight Control System of Flapping-Wing Micro Air Vehicles[J];计算机测量与控制;2011-07\n5 ZHENG NengGan1,CHEN WeiDong1,2,HU FuLiang3,BAO Li1,4,ZHAO HuiXia3,WANG Shen1,4,ZHENG XiaoXiang1,4,5 & WU ZhaoHui2 1 Qiushi Academy for Advanced Studies,Zhejiang Uniersity,Hangzhou 310027,China; 2 College of Computer Science and Technology,Zhejiang University,Hangzhou 310027,China; 3 College of Animal Science,Zhejiang University,Hangzhou 310027,China; 4 College of Biomedical Engineering and Instrument Science,Zhejiang University,Hangzhou 310027,China; 5 Key Laboratory of Biomedical Engineering of Ministry of Education,Zhejiang University,Hangzhou 310027,China;Research Progress and Challenges in Cyborg Insects[J];中国科学:生命科学;2011-04\n6 HOU Yu1,FANG Zong-de2,KONG Jian-yi1,LI Gong-fa1(1.School of Mechanical Automation,Wuhan University of Science and Technology,Wuhan 4300081,China;2.School of Electro-Mechanical Engineering,Northwest Polytechnic University,Xi'an 710072,China);Current research status and key technology of bionic flapping wing flying mini-robots[J];机械设计;2008-07\n7 SU Jin-zhan,FANG Zong-de,LIU Lan(School of Management Northwesterm Polytecnical University,Xian 710072,China);The dynamic characteristics study based on the PZT actuator of FMAV[J];制造业自动化;2007-11\n> Journal of Shaanxi Vocational & Technical College\n> China Resources Comprehensive Utilization\n> Shanghai Vision\n> Flight Dynamics\n> Furniture & Interior Design


url: =Whither China?: Intellectual Politics in Contemporary China (Science and Cultural Theory) : Hardback : Xudong Zhang : 9780822326595\nWhither China?: Intellectual Politics in Contemporary China (Science and Cultural Theory) (Hardback) Edited by Xudong Zhang\nISBN 13: 9780822326595\nISBN 10: 0822326590\tOther books\nSave $3.05\t(9%)


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url: =You searched for: Creation Date 淸康熙, between 1695 and 1722] Remove constraint Creation Date: 淸康熙, between 1695 and 1722] Creation Date ([雍正 i.e. between 1723 and 1735? impression]) Remove constraint Creation Date: ([雍正 i.e. between 1723 and 1735? impression]) Creation Date ([Yongzheng i.e. between 1723 and 1735? impression]) Remove constraint Creation Date: ([Yongzheng i.e. between 1723 and 1735? impression]) Creators/Contributors Xu, Ye, 1611-1683 Remove constraint Creators/Contributors: Xu, Ye, 1611-1683 Place Of Origin [China, Remove constraint Place Of Origin: [China, Series Harvard-Yenching Library Chinese Rare Books Digitization Project-Collectanea Remove constraint Series: Harvard-Yenching Library Chinese Rare Books Digitization Project-Collectanea


url: =Ô nhiễm không khí tại National Institute of Malaria Research, Sector 8, Dwarka, Delhi : Bản đồ trực quan chỉ số chất lượng không khí theo thời gian thực\nÔ nhiễm không khí tại National Institute of Malaria Research, Sector 8, Dwarka, Delhi : Bản đồ trực quan chỉ số chất lượng không khí theo thời gian thực\nChia sẻ: “ Ô nhiễm không khí tại National Institute of Malaria Research, Sector 8, Dwarka, Delhi : Bản đồ trực quan chỉ số chất lượng không khí theo thời gian thực ”\nThere are 20 stations on the map: ITI Jahangirpuri, Delhi (470) - Shaheed Sukhdev College of Business Studies, Rohini, Delhi (455) - Delhi Institute of Tool Engineering, Wazirpur, Delhi (407) - PGDAV College, Sriniwaspuri, Delhi (316) - Pusa, Delhi (302) - Punjabi Bagh, Delhi (298) - Major Dhyan Chand National Stadium, Delhi (274) - Mundka, Delhi (271) - Jawaharlal Nehru Stadium, Delhi (266) - Satyawati College, Delhi (266) - Mandir Marg, Delhi (260) - New Delhi US Embassy (259) - NISE Gwal Pahari, Gurugram (258) - National Institute of Malaria Research, Sector 8, Dwarka, Delhi (232) - Sri Auribindo Marg, Delhi (228) - Bramprakash Ayurvedic Hospital, Najafgarh, Delhi (208) - R.K. Puram, Delhi (200) - Vikas Sadan Gurgaon, Gurgaon (187) - Arya Nagar, Bahadurgarh (96) - Dwarka, Delhi (no data)\nRussia: Moscow, Krasnoyarsk\nBuffalo - Boston - Beijing - Shanghai - Guangzhou - Chengdu - Taizhou - Hangzhou - Ningbo - Wenzhou - Shaoxing - Huzhou - Jiaxing - Zhoushan - Jinhua - Quzhou - Lishui - Tianjin - Chongqing - Shijiazhuang - Tangshan - Qinhuangdao - Handan - Baoding - Xingtai - Zhangjiakou - Chengde - Cangzhou - Langfang - Hengshui - Taiyuan - Datong - Yangquan - Changzhi - Linfen - Huhehaote - Baotou - Chifeng - Shenyang - Dalian - Anshan - Fushun - Benxi - Jinzhou - Changchun - Jilin - Haerbin - Qiqihaer - Daqing - Mudanjiang - Nanjing - Wuxi - Xuzhou - Changzhou - Suzhou - Nantong - Lianyungang - Yangzhou - Zhenjiang - Huaian - Yancheng - Suqian - Hefei - Wuhu - Maanshan - Fuzhou - Xiamen - Quanzhou - Nanchang - Jiujiang - Jinan - Qingdao - Zibo - Zaozhuang - Yantai - Weifang - Jining - Taian - Weihai - Rizhao - Dongying - Laiwu - Linyi - Dezhou - Liaocheng - 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Yokosuka - Gifu - Kurashiki - Okayama - Takamatsu - Sagamihara - Utsunomiya - Koto - Shinagawa - Meguro - Setagaya - Nerima - Katsushika - Edogawa - Hachioji - Nishitokyo - Kawasaki - Shizuoka - Hamamatsu - Toyohashi - Kitakyushu - Kurume - Oita - Niigata - Miyazaki - Kanazawa - Wakayama - Okazaki - Kumamoto - Nagasaki - Munich - Hong Kong - Helsinki - Kuopio - Tampere - Imatra - Lappeenranta - Paris - Birmingham - London - Madrid - Brussels - Charleroi - Liege - Saint Gallen - Zurich - Zaandam - Amsterdam - Rotterdam - Rayong - Mueang Chiang Rai - Ipoh - Perai - Miri - Kuala Lumpur - Haifa - Pardes Hanna-Karkur - Tel Aviv - Jerusalem - Ashdod - Hamilton - Ottawa - Toronto - Windsor - Sherbrooke - Gatineau - Shawinigan - Trois-Rivières - Saguenay - Sorel - Montreal - Jiangyin - Changshu - Wujiang - Wenchang - Wanning - Dinganxian - Putian - Sanming - Zhangzhou - Nanping - Longyan - Ningde - Guangyuan - Bazhong - Ngawa Zong - Liangshan - Bangbu - Huaibei - Tongling - Anqing - Luan - Chizhou - 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Lower Hutt - Sydney - Melbourne - Brisbane - Perth - Adelaide - Gold Coast - Canberra - Newcastle - Wollongong - Logan City - New York - Los Angeles - Chicago - Brooklyn - Borough of Queens - Houston - Philadelphia - Manhattan - Phoenix - Bronx - Lima - Callao - Santiago - Puente Alto - Antofagasta - Viña del Mar - Valparaíso - Talcahuano - San Bernardo - Temuco - Iquique - Concepción - São Paulo - Mexico City - Iztapalapa - Ecatepec de Morelos - Guadalajara - Puebla - Ciudad Juárez - Tijuana - Ciudad Nezahualcoyotl - Bogotá - Santiago de Cali - Medellín - Willemstad - Sint Michiel Liber - Barber - Dorp Soto - Newport - Buenos Aires - San Salvador - San Juan - Guatemala City - San José - Marseille - Lyon - Toulouse - Nice - Nantes - Strasbourg - Montpellier - Bordeaux - Lille - Tallinn - Tartu - Narva - Kohtla-Järve - Rakvere - Sillamäe - Maardu - Kuressaare - Barcelona - Valencia - Seville - Zaragoza - Málaga - Murcia - Palma de Mallorca - Las Palmas de Gran Canaria - Bilbao - City of London - 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Dortmund - Düsseldorf - Bremen - Espoo - Vantaa - Turku - Oulu - Lahti - Jyvaskyla - Pori - Noumea - Stockholm - Gothenburg - Malmo - Uppsala - Västerås - Sofia - Plovdiv - Varna - Burgas - Rousse - Belgrade - Niš - Novi Sad - Zemun - Kragujevac - Sarajevo - Banja Luka - Zenica - Tuzla - Mostar - Pristina - Prizren - Mitrovica - Gjakovë - Peć - Skopje - Bitola - Kumanovo - Prilep - Tetovo - Podgorica - Nikšić - Herceg Novi - Pljevlja - Budva - Reykjavik - Kopavogur - Hafnarfjordur - Akureyri - Garðabaer - Lisbon - Porto - Amadora - Braga - Setúbal - Athens - Kyiv - Dnipro - Odesa - Zaporizhia - Lviv - Kryvyi Rih - Mariupol - Ivano Frankivsk - Tbilisi - Kutaisi - Batumi - Tel Aviv - West Jerusalem - Ankara - Istanbul - Izmir - Bursa - Adana - Gaziantep - Konya - Çankaya - Antalya - Tehran - Mashhad - Isfahan - Karaj - Tabriz - Dubai - Al Sohar - Manama - Al Muharraq - Dār Kulayb - Al Ahmadi - Amman - Zarqa - Irbid - Russeifa - Wadi Al Seer - Baghdad - Basra - Jeddah - Medina - Riyadh - Mecca - Sulţānah - Karachi - Lahore - Rawalpindi - Kabul - Ashgabat - Cape Town - Durban - Johannesburg - Soweto - Pretoria - Addis Ababa - Nairobi - Kampala - Algiers - Bamako -\nÔ nhiễm không khí tại National Institute of Malaria Research, Sector 8, Dwarka, Delhi, Delhi\nNational Institute of Malaria Research, Sector 8, Dwarka, Delhi overall air quality index is 232\nNational Institute of Malaria Research, Sector 8, Dwarka, Delhi PM25 (fine particulate matter) AQI is 232 - National Institute of Malaria Research, Sector 8, Dwarka, Delhi PM10 (PM10 (Phân tử bụi cực nhỏ có thể vô hô hấp)) AQI is 147 - National Institute of Malaria Research, Sector 8, Dwarka, Delhi NO2 (Khí NO2) AQI is 22 - National Institute of Malaria Research, Sector 8, Dwarka, Delhi SO2 (Khí SO2) AQI is 1 - National Institute of Malaria Research, Sector 8, Dwarka, Delhi O3 (Ô-zôn) AQI is 3 - National Institute of Malaria Research, Sector 8, Dwarka, Delhi CO (Khí CO) AQI is 6 -\nThis page has been generated on Sunday, Jan 26th 2020, 13:51 pm CST from jp2n


url: =School Correspondence Education Teaching Management of the Party School of the CPC Central Committee. correspondence 9787503525803L105(Chinese Edition) by ZHONG GONG ZHONG YANG DANG XIAO HAN SHOU: 9787503525803 paperback - liu xing\nItems related to School Correspondence Education Teaching Management...\nHome ZHONG GONG ZHONG YANG DANG XIAO HAN SHOU School Correspondence Education Teaching Management of the Party...\nSchool Correspondence Education Teaching Management of the Party School of the CPC Central Committee. correspondence 9787503525803L105(Chinese Edition)\nZHONG GONG ZHONG YANG DANG XIAO HAN SHOU\nISBN 10: 7503525800 / ISBN 13: 9787503525803\nShip out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2002-10-01 Publisher: basic information about the title of the Central Party School: School Correspondence Education Teaching Management Research Original Price: 22.5 yuan: CPC Central Committee Party School Correspondence Press: Central Party School Publication Date :2002-10-1 0: 00:00 ISBN: 9787503525803 words: Page: Revision: Binding: Folio: Weight: Editor's Summary catalog of introduction Digest preambleFour Satisfaction guaranteed,or money back. Bookseller Inventory # FO023970\nTitle: School Correspondence Education Teaching ...\nPaperback. Pub Date :2002-10-01 Publisher: basic information about the title of the Central Party School: School Correspondence Education Teaching Management Research Original Price: 22.5 yuan: CPC Central Committee Party School Correspondence Press: Central Party School Publication Date :2002-10-1 0: 00:00 ISBN: 9787503525803 words: Page: Revision: Binding: Folio: Weight: Editor's Summary catalog of introduction Digest preamble


url: =Engineering contracts -- China.\nGuo ji gong cheng cheng bao shi wu / Tang Lizhi bian zhu.\n国际工程承包实务 Tang, Lizhi.\nBeijing : Zhongguo dui wai jing ji mao yi chu ban she, Xiu ding ben (di 2 ban). 539 p. : ill. ; 21 cm. 1993\nWo guo hai wai gong cheng xiang mu kua wen hua guan li yan jiu / [electronic resource] / Peng Xujuan zhu.\n我国海外工程项目跨文化管理研究 Peng, Xujuan.\nChengdu : Xi nan cai jing da xue chu ban she, Di 1 ban. 193 p. ; 21 cm. 2011


url: =Strategies for the Conserration of Urban Greenspace Biodiversity--《URBAN ENVIRONMENT & URBAN ECOLOGY》1999年03期\nStrategies for the Conserration of Urban Greenspace Biodiversity\nZHANG Qingfei (Shanghai Research Institute of Shanghai Landscape Gardening, 200232)\nBiodiversity is not only the foundation of diverse urban landscape,but also the prerequisite for improving ecological function of urban greenspace system.In order to improve biodiversity in urban greenspace system,some strategies were proposed as follows:setting up the green network within and around cities,exploiting the zonal plants,in particular the native plants,introducing suitably foreign characteristic plants,expanding the population of diverse species in green land,increasing the green land scale,naturalizing the parks and the Green Belts,establishing multiple structure of biodiversity featured with zonal vegetation.\n1 CAI Ying-fang;LIU Zhan-chen;YIN Ruo-shui;Shanghai Gardening-landscaping Construction Co.Ltd.;College of Biology and Environment,Nanjing Forestry University;;The Evaluations of Biodiversity of Created Habitat in Minghang Cultural Park,Shanghai[J];湖北农业科学;2016-19\n2 CHEN Chun-fang;Inner Mongolia Chifeng Municipal Gardens Bureau;;Establishment of Urban Green Space Community[J];黑龙江科学;2015-06\n3 CHEN Jianyang;YIN Haiwei;KONG Fanhua;YAO Guipeng;Department of Urban Planning and Design,Nanjing University;Department of Architecture Design and Theory,Peking University;International Institute for Earth System Sciences,Nanjing University;Jiangsu Institute of Urban Planning and Design;;The complex eco-network development around Taihu Lake,China[J];生态学报;2015-09\n4 ZHAO Qiang-min;WANG Xiao-gang;ZHANG Guang-ze;XIONG Gang;ZHAO Fu-qun;Palm Landscape Architecture Co., Ltd.;;Planning Strategies of Protective Development in the Qixinghu Wetland Park[J];广东园林;2014-06\n5 ;The Construction and Design Approaches of Close-to-nature Vegetation for Country Park in Shanghai[J];上海城市规划;2013-05\n6 SONG Wen-hua et al ( Tianjin Environmental Protection Scientific Research Institute,Tianjin 300191);Crisis and Conservation of Urban Biodiversity[J];安徽农业科学;2013-14\n1 ZHOU Wen;;SDUDY ON HABITAT RESTORATION IN GREEN SPACE SYSTEM CONSUMMATING OF RAPIDLY URBANIZING REGIONS-A case study of Huaqiao International Business Park,Kunshan[A];[C];2017\n2 Song Lianghong;GuoHuanhuan;Zhao Jianxia;Li Quanhong;Yan Ruifeng;Zhengzhou Botanical Garden;Zhengzhou Ring Landscaping Management;Zhengzhou Lvwen Square Management;;The Species Diversity Analysis of Artificial Plant Community in Zhengzhou[A];[C];\n1 Zhang Qingfei (Shanghai Research Institute of Landscape of Gardening,Shanghai 200232) Xu Rongdi (Ningbo Forestry School,Ningbo 315502);THE SIGNIFICANCE AND APPROACHES OF URBAN FOREST CONSTRUCTION[J];大自然探索;1999-02\n1 Ba Xueyan;Institute of Environmental History of the Southwest,Yunnan University;;Study on the Construction of Forest City in Yunnan from the Perspective of Ecological Civilization Construction[J];保山学院学报;2017-06\n2 HE Chun;MA Song-ya;LI Zu-yi;MAI Xiong-qiang;YANG Mei;Guangxi State-owned Qipo Forest;College of Forest,Guangxi University;;Selection of Tree Species for Urban Forest Cultivation in Nanning City[J];现代农业科技;2017-05\n3 SUN Tingting;HAO Jianwei;ZHAO Yanxi;LI Bai;ZHANG Jingfeng;Planning and Design Institute of Forest Products Industry;Department of Sedimentation,China Institute of Water Resources and Hydropower Research;Research Center on Soil and Water Conservation of the Ministry of Water Resource;;Study on regional characteristics of construction in forest city:taken Yangquan city as an example[J];林业建设;2016-01\n4 Xie Tingting;Zhao Lanyong;Zhang Nana;Wang Yue;College of Forestry, Shandong Agricultural University;College of Horticulture, Shandong Agricultural University;;Study on the Construction of Ecological Landscape Forest in North China[J];农学学报;2013-12\n6 YANG Fan(Northeast Forestry University,Heilongjiang Harbin 150040);Feasibility Analysis of Improving Coal Cities' Environment by City Forestry Theory[J];林业科技;2012-04\n7 LU Min,LIU Guo-heng,ZHAO Jie,et al.(School of Art,Shandong Jianzhu University,Jinan 250101,China);Application of landscape pattern analysis to urban forest planning[J];山东建筑大学学报;2012-01\n8 NING Chen1,2,YAN Wen-de1,3,YE Sheng-jing1,2,SUN Ji-hui4, LIU Long-de5,YANG Chun-hua4,LIU Jian-ding4(1.Central South University of Forestry and Technology,Changsha 410004,Hunan,China; 2.National Engineering Laboratory for Applied Technology of Forestry & Ecology in South China,Changsha 410004, Hunan,China;3.National Field Station for Scientific Observation and Experiment,Huitong 418307, Hunan,China;4.Guizhou Forest Inventory and Planning Institution,Guiyang 550003,Guizhou,China; 5.Guizhou Academy of Forestry Sciences,Guiyang 550005,Guizhou,China);Biomass and productivity of Betula luminifera and Italian poplar mixed-forests ecosystem in karst city[J];中南林业科技大学学报;2011-05\n1 HE Mei,YAN Yuanying,XU Jun,WANG Hua,ZHAO Pan(Jiangxi Academy of Forestry,Nangchang Jiangxi 330013,China);Application Analysis of Aquatic Landscape Plants in Ecological Park——A Case of the Ji'an Luling Culture Ecological Park[J];江西林业科技;2012-04\n2 GUO Wei1,YU Long-sheng2**,SUN Yan-jun3,CHEN Ping1(1College of Agriculture and Landscape Architecture,Zhongkai University of Agriculture and Engineering,Guangzhou 510225,China;2Guangzhou Research Institute of Environmental Protection,Guangzhou 510620,China;3Park Management Center,Urban Management Administration of Shenzhen City,Shenzhen 518036,Guangdong,China);Ecological network planning of urban green space in urban center of Shunde District,Foshan City,Guangdong Province of South China.[J];生态学杂志;2012-04\n3 XU Wenwen1,SUN Xiang1,*,ZHU Xiaodong1,ZONG Yueguang2,Li Yangfan1 1 State Key Laboratory of Pollution Control and Resources Reuse,School of the Environment,Nanjing University,Nanjing 210093,China 2 School of Architecture and Urban Planning,Nanjing University,Nanjing 210093,China;Recognition of important ecological nodes based on ecological networks analysis: A case study of urban district of Nanjing[J];生态学报;2012-04\n4 LI Hui-jie(Xiamen Road & Bridge Construction Group Co.,Ltd.,Xiamen,Fujian 361000);Study on the Biodiversity Protection System in Eco-Garden City[J];安徽农业科学;2011-35\n5 Wei Li1,3,Guo Yan2,Zheng Sijun3,Zhang Qingfei3 (1.Department of Environmental Science,East China Normal University,Shanghai 200062,China;2.Antai College of Economics & Management,Shanghai Jiao Tong University,Shanghai 200052,China;3.Shanghai Landscape Gardening Research Institute,Shanghai 200232,China);Preliminary Study of Close-to-nature Management of Urban Forest[J];中国城市林业;2011-05\n6 LI Zhongcai Xu Junyan,WU Changyou,ZHANG Yi College of Management and Science,Shandong Institute of Business and Technology,Shandong,Yantai 264005,China;A review of studies using ecological network analysis[J];生态学报;2011-18\n7 LI Li,ZONG Yueguang,HU Daosheng;Application of Complex Eco-networks System in Eco-city and Rural Planning:A Case Study of Xinbei,Changzhou City[J];城市发展研究;2011-07\n8 (Germany)Trudy Maria Tertilt (Tan Mali) ZHANG Jian,WEI Cai-xia;Urban Parks——A Chance for Biodiversity in Cities—Guiding Principles for Cities with Former Native Forest Cover[J];中国园林;2011-07\n9 YIN Haiwei1,*,KONG Fanhua2,QI Yi1,WANG Hongyang1,ZHOU Yanni1,QIN Zhengmao11.Department of Urban Planning and Design,Nanjing University,Nanjing 210093,China2.International Institute for Earth System Science(ESSI),Nanjing University,Nanjing 210093,China;Developing and optimizing ecological networks in urban agglomeration of Hunan Province,China[J];生态学报;2011-10\n10 HU Wen-fang,LI Xiong,DONG Li(Beijing Forestry University,Beijing 100083);Exploration on Problems of Urban Bio-diversity Conservation Planning[J];黑龙江农业科学;2011-05\n1 HU Xi-hong;Xi'an Technological University;;Design of Children Recreation Place with Natural Style[J];包装工程;2017-10\n2 JIA Zhen-yi;CHEN Chun-di;TONG Xiao-xiao;WU Sheng-jun;ZHOU Wen-zuo;School of Geographical Sciences,Southwest University;Chongqing Institute of Green and Intelligent Technology,Chinese Academy of Sciences;;Developing and optimizing ecological networks for the towns along the Three Gorges Reservoir: A case of Kaizhou New Town,Chongqing[J];生态学杂志;2017-03\n3 PENG Jian;YANG Yang;XIE Pan;LIU Yanxu;Laboratory for Earth Surface Processes,Ministry of Education,College of Urban and Environmental Sciences,Peking University;Key Laboratory for Environmental and Urban Sciences,School of Urban Planning and Design,Shenzhen Graduate School,Peking University;;Zoning for the construction of green space ecological networks in Guangdong Province based on the supply and demand of ecosystem services[J];生态学报;2017-13\n4 WU Wei;FAN Shiwei;OU Minghao;College of Land Management,Nanjing Agricultural University;National & Joint Local Engineering,Research Center for Rural Land Resources Use and Consolidation;;A network efficiency analysis approach to habitat network optimization:a case study of the little egret(Egretta garzetta) in the Su-Xi-Chang area,China[J];生态学报;2017-11\n5 QING Fengting;PENG Yu;College of Life & Environmental Science, Minzu University of China;;Development and optimization of ecological network of Shunyi District of Beijing based on RS and GIS[J];应用与环境生物学报;2016-06\n6 Wang Jingjing;Yin Haiwei;Kong Fanhua;School of Architecture and Urban Planning,Nanjing University;International Institute for Earth System Sciences,Nanjing University;;DEVELOPING GREEN INFRASTRUCTURE NETWORKS BASED ON DIVERSE VALUE OBJECTIVES-A CASE OF THE SURROUNDING AREA OF ANCIENT YELLOW RIVER[J];山东师范大学学报(自然科学版);2016-03\n7 ZHAO Yi-liang;PENG Rui;MEI Wen;QIN Qin;Zhenjiang Environmental Monitoring Center;;Status and Protection Countermeasures of Urban Biodiversity in Zhenjiang[J];环境科学导刊;2016-04\n8 FU Qiang;GU Chaolin;School of Civil Engineering and Architecture,Shandong University of Science and Technology;School of Architecture,Tsinghua University;;Evaluation of the structural elements of Qingdao ecological network based on the CL-PIOP method[J];生态学报;2017-05\n9 Zhang Qingfei;Xu Yuan;Shanghai Chenshan Botanical Garden;;Approaches for the Biodiversity Conservation of Urban Forest[J];中国城市林业;2016-03\n1 Zhang Qingfei(Shanghai Landscape gardening Research Institute,Shanghai 200232);CONSERVATION OF THE URBAN BIODIVERSITY AND ITS APPLICATION IN URBAN GREENERY[J];大自然探索;1997-04\n2 Sun Bing Su Juan(Research Institute of Tropical Forestry ’CAF Guangzhou 510520)Xie Zuozhang(Forestry Bureau of Guangzhou City);CURRENT STATE AND PROSPECTIVE OF URBAN FORESTRY[J];南京林业大学学报;1997-02


url: =DGKZ | 13. Jahrestagung der DGKZ\n» 29.04.2016 - 30.04.2016 13. Jahrestagung der DGKZ\nHotel Palace, Marburg,


url: =Coal Gap | Technology Trends\nSome articles on coal gap, coal:\nPermian–Triassic Extinction Event - Extinction Patterns - Terrestrial Plants - Coal Gap\n... No coal deposits are known from the Early Triassic, and those in the Middle Triassic are thin and low-grade ... This "coal gap" has been explained in many ways ... of species during the extinction, and are not considered a likely cause of the coal gap ...\nFamous quotes containing the words gap and/or coal:\nTerms related to coal gap:


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=Chi chu jian kang cong ming de bao bao - Randwick City Library\nChi chu jian kang cong ming de bao bao, (Ri) Songtian Mameizi zhu ; Li Lirong yi\nThe Resource Chi chu jian kang cong ming de bao bao, (Ri) Songtian Mameizi zhu ; Li Lirong yi\nThe item Chi chu jian kang cong ming de bao bao, (Ri) Songtian Mameizi zhu ; Li Lirong yi represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in Randwick City Library.\nHaikou Shi, Nan hai chu ban gong si, 2011\nTranslation of : Kodomotachi wa nani o tabereba ii noka. Originally published in Japan in 2003\nChi chu jian kang cong ming de bao bao\n(Ri) Songtian Mameizi zhu ; Li Lirong yi\nInfants -- Nutrition -- Popular works\nDiet therapy for children\nKodomotachi wa nani o tabereba ii noka\n
 Data from Chi chu jian kang cong ming de bao bao, (Ri) Songtian Mameizi zhu ; Li Lirong yi - Randwick City Library
\nData Citation of the Item Chi chu jian kang cong ming de bao bao, (Ri) Songtian Mameizi zhu ; Li Lirong yi


url: =Zhangjiagang Keyuan Machinery Co., Ltd. Jiangsu, China\nModel NO.: UHT - 2\nThis machine is mainly used for milk, juice, beverage, wine, soybean milk and Chinese medicine logistics body material sterilization. If matched with high pressure homogenizer can also be used for high viscosity material liquid, such as sweetened condensed milk, etc.), is the ideal sterilization equipment.


url: =Connor Lien | Four Seam Images\nMississippi Braves Connor Lien (5) at bat during a Southern League game against the Jacksonville Jumbo Shrimp on May 5, 2019 at Trustmark Park in Pearl, Mississippi. Mississippi defeated Jacksonville 1-0 in ten innings. (Mike Janes/Four Seam Images)\nConnor Lien, baseball, MiLB, minor league, minors, affiliate, prospects, SL, Southern League, Class-AA, AA-ball, Double-A, Atlanta Braves, Braves, Atlanta, hitter, hitting, batting, batter, bat, at bat