url: =481 biographies with career data for this institution. Click the person's name for full information.\nAn Zhisheng President, INQUA Commission on Loess\n1999—2002 Director, Chinese Academy of Sciences\n1991— Member, Chinese Academy of Sciences\n1966 Graduate, Chinese Academy of Sciences, Geological Research Institute\n2011— President, Chinese Academy of Sciences\n1996—2011 Vice-President, Chinese Academy of Sciences\n1992—1997 Vice-Dean, Chinese Academy of Sciences, Chemistry Research Institute\n1987—1992 Researcher, Chinese Academy of Sciences, Chemistry Research Institute\n1981—1985 Graduate Student, Chinese Academy of Sciences, Chemistry Research Institute\n1978—1981 Graduate Student, Chinese Academy of Sciences, Chemistry Research Institute\n1978—1978 Internship, Chinese Academy of Sciences, Applied Chemistry Institute Jilin Province, Changchun City\nBai Yilong Specialist in Mechanics, Member of the Chinese Academy of Sciences\n1996— Deputy Director, Chinese Academy of Sciences, Division of Mathematics and Physics\n1993— Director, Chinese Academy of Sciences, Laboratory for Non-Linear Mechanics of Continuous Media\n1992— Member, Chinese Academy of Sciences, Division of Mathematics and Physics\n1988—1993 Deputy Director, Chinese Academy of Sciences, Laboratory for Non-Linear Mechanics of Continuous Media\n1987—1987 Professor, Chinese Academy of Sciences, Mechanics Research Institute\n1987—1994 Deputy Director, Chinese Academy of Sciences, Mechanics Research Institute\n1986—1986 Researcher, Chinese Academy of Sciences, Mechanics Research Institute\n1984—1984 Chairman, Chinese Academy of Sciences, Mechanics Research Institute, Academic Committee\n1982—1985 Assistant Researcher, Chinese Academy of Sciences, Mechanics Research Institute\n1966—1978 Research Trainee, Chinese Academy of Sciences, Mechanics Research Institute\n1963—1966 Postgraduate Student, Chinese Academy of Sciences, Mechanics Research Institute\nBao Zheng Electronics Expert Professor of the Xi'an Electronics Science and Technology University\n1991— Academician, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Engineering Thermal Physics Research Institute\n2005—2006 Vice-President, Chinese Academy of Sciences\n???? Assistant President, Chinese Academy of Sciences\nCao Qigong Expert on Metal Physics and Fracture Mechanics\nCao Yong Macromolecule Chemist, Member of the Chinese Academy of Sciences\nChen Biao Astronomer, Academician of the Chinese Academy of Sciences\n???? Honorary Director, Chinese Academy of Sciences, Yunnan Observatory\n???? Director, Chinese Academy of Sciences, Yunnan Observatory\n???? Research Professor, Chinese Academy of Sciences, Yunnan Observatory\nChen Guilin Expert on Space Infrared Remote-Sensing Technology\n???? Researcher, Chinese Academy of Sciences, Shanghai Technical Physics Research Institute\nChen Guoda Senior Academician of the Chinese Academy of Sciences\nChen Hanfu Expert on Automatic Control Theory\n???? Researcher, Chinese Academy of Sciences, Research Institute of System Sciences\n1993—???? Member, Chinese Academy of Sciences, Division of Mathematics and Physics\n1982—1983 Staff Member, Chinese Academy of Sciences, Geophysics Research Institute\n1992—???? Member, Chinese Academy of Sciences, Division of Mathematics and Physics\n???? Research Professor, Chinese Academy of Sciences, Institute of Chemical Metallurgy\nChen Junyong Academician of the Chinese Academy of Sciences\nChen Mengxiong Senior Academician of the Chinese Academy of Sciences\n1991— Senior Academician, Chinese Academy of Sciences\nChen Nengkuan Scientist of Metal Physics, Material Physics, and Engineering Physics\n1974—1980 Research Assistant, Chinese Academy of Sciences, Plasma Physics Research Institute\nChen Shupeng Senior Academician of the Chinese Academy of Sciences\n???? Honorary Head, Chinese Academy of Sciences, Institute of Remote Sensing\n1999— Academician, Chinese Academy of Sciences\nChen Xingdan Application Optics Expert\nChen Xinzi Specialist in Organic Chemistry, Member of the Chinese Academy of Sciences\n2001— Member, Chinese Academy of Sciences\n1996—1998 Graduate Student, Chinese Academy of Sciences, Correspondence Graduate School\n1995—2003 Vice-President, Chinese Academy of Sciences\n1991—1995 Director, Chinese Academy of Sciences, Institute of Hydrobiology\n1989—1991 Deputy Director, Chinese Academy of Sciences, Institute of Hydrobiology\n???? Vice-Dean, Chinese Academy of Sciences\n1960—???? Researcher, Chinese Academy of Sciences\nChen Yongling Senior Academician of the Chinese Academy of Sciences\n1998— Vice-Chairman, Chinese Academy of Sciences, Division of Earth Sciences\n1992— Academician, Chinese Academy of Sciences\n1985—1988 Director, Chinese Academy of Sciences, Computer Intelligent Machine Translation Research Center\n1985—1988 Researcher, Chinese Academy of Sciences, Computer Technology Research Institute\n1964—1968 Graduate Student, Chinese Academy of Sciences, Shanghai Institute of Silicate\n???? Student, Chinese Academy of Sciences, Management Science and Engineering Department\n1991— Elected Academician, Chinese Academy of Sciences\nCheng Gengdong President of Dalian University of Technology\n1995— Member, Chinese Academy of Sciences\n???? Head, Chinese Academy of Sciences, Branch Office Gansu Province, Lanzhou City\nCheng Jinpei Vice-Minister of Science and Technology, Vice-Chairman of the Central Committee of the China Zhi Gong Party\n???? Academician, Chinese Academy of Sciences\n???? Postgraduate-Probationer, Chinese Academy of Sciences, Chemistry Research Institute\n1999— Member, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Automation Research Institute\n1973—1979 Worker, Chinese Academy of Sciences, Semiconductor Research Institute\n???? Staff Member, Chinese Academy of Sciences\n1952—1957 Assistant Researcher, Chinese Academy of Sciences, Mechanics Research Institute\nDing Weiqi Patent Attorney of the Mechanical Division of the Dragon International Patent Office\n1978—1980 Deputy Director, Chinese Academy of Sciences, High Energy Physics Research Institute\nDong Yunmei Computer Software Expert\n???? Researcher, Chinese Academy of Sciences, Software Research Institute\n???? Researcher, Chinese Academy of Sciences, High Energy Physics Research Institute\n???? Deputy Secretary, Chinese Academy of Sciences\n1961 Graduate, Chinese Academy of Sciences, Geological Research Institute\n???? Researcher, Chinese Academy of Sciences, Shanghai Optical Precision Machinery Research Institute Shanghai Municipality\nGao Hong Academician\n1981—1992 Member, Chinese Academy of Sciences, Chemistry Research Institute\n1994—???? Chief Researcher, Chinese Academy of Sciences, Computer Technology Research Institute\n1957—1994 Researcher, Chinese Academy of Sciences, Computer Technology Research Institute\n1981— Academician, Chinese Academy of Sciences\n1996—???? Deputy Director, Chinese Academy of Sciences, Division of Technological Sciences\nGu Zhiwei Senior Academician of the Chinese Academy of Sciences\n1956—1959 Researcher, Chinese Academy of Sciences, Institute of Economics\nGuo Huadong Deputy Secretary-General, Chinese Academy of Sciences\n???? Deputy Secretary-General, Chinese Academy of Sciences\n1981 Graduate, Chinese Academy of Sciences, Graduate School\nGuo Kexin Scientist of Physics Metallurgy and Crystallography\nGuo Lei Control Scientist\n1987 Graduate, Chinese Academy of Sciences, Research Institute of System Sciences\nGuo Shangping Scientist of Hydromechanics and Biomechanics\n1978—1982 Deputy Chief, Chinese Academy of Sciences, High Energy Physics Research Institute\nHan Zhenxiang Expert on Electrotechnics and Electrical Systems\nHao Bolin Academician of the Chinese Academy of Sciences\nHao Shui Academician of the Chinese Academy of Sciences\nHe Mingyuan Petrochemical Industry Expert\nHe Xiantu Theoretical Physicist\n???? Researcher, Chinese Academy of Sciences, Physics and Chemistry Technology Institute, Cryogenics Lab\n???? Researcher, Chinese Academy of Sciences, Botanical Research Institute\n1966 Graduate, Chinese Academy of Sciences, Botanical Research Institute\nHou Jianguo Member of the 19th CPC Central Committee; Vice-Minister of the Ministry of Science and Technology\n2003— Research Fellow, Chinese Academy of Sciences\n1995—2000 Director, Chinese Academy of Sciences, Structure Analysis Key Laboratory\nHou Xun OpticistXianyang, Shaanxi province\n???? Researcher, Chinese Academy of Sciences, Xi'an Optical Precision Machinery Research Institute Shaanxi Province, Xi'an City\nHu Dunxin Expert on Oceanography\n2001 Academician, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Institute of Oceanography\n1966—???? Postgraduate Student, Chinese Academy of Sciences, Institute of Oceanography\nHu Haichang Elastic Mechanics Expert\nHu Hesheng Academician of the Chinese Academy of Sciences\n???? Assistant Researcher, Chinese Academy of Sciences, Institute of Mathematics\n???? Practice Researcher, Chinese Academy of Sciences, Institute of Mathematics\nHu Ying Academician of the Chinese Academy of Sciences\n???? Committee Member, Chinese Academy of Sciences, Chemistry Research Institute\n???? Honorary Director, Chinese Academy of Sciences, Semiconductor Research Institute\n???? Researcher, Chinese Academy of Sciences, Semiconductor Research Institute\n???? Deputy Head, Chinese Academy of Sciences, Institute of Atmospheric Physics\n???? Researcher, Chinese Academy of Sciences, Institute of Atmospheric Physics\n1968—???? Postgraduate Student, Chinese Academy of Sciences, Institute of Atmospheric Physics\nHuang Runqian Astrophysicist\n???? Researcher, Chinese Academy of Sciences, Yunnan Observatory\nJia Fuhai Senior Academician, Expert on Hydrogeology and Engineering Geology\n1999—2011 Vice-President, Chinese Academy of Sciences\n1999— President, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute Shanghai Municipality\n1997—1999 President, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute Shanghai Municipality\n1993—1997 Research Fellow, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute Shanghai Municipality\nJiang Minhua Crystal Material Scientist\n1991 Academician, Chinese Academy of Sciences\nJiang Wenlan Member of the 17th CPC Central Commission for Discipline Inspection\n2000—2003 Vice-President, Chinese Academy of Sciences, Lanzhou Branch Gansu Province, Lanzhou City\nJin Yugan Expert on Paleontology\nJing Fuqian Academician of the Chinese Academy of Sciences\nJu Gong Biologist\nKong Xiangfu Molecular Biologist\n???? Researcher, Chinese Academy of Sciences, Shanghai Technical Physics Research Institute Shanghai Municipality\n1997— Academician, Chinese Academy of Sciences\n1986—2000 Researcher, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute Shanghai Municipality\n1986—2000 Director, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute, Materials Research Department Shanghai Municipality\n1986—2000 Director, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute, Academic Degrees Committee Shanghai Municipality\n???? Assistant Researcher, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute\n???? Researcher, Chinese Academy of Sciences, Math and Systematic Science Research Institute\nLi Chaoyi Biologist\n???? Senior Researcher, Chinese Academy of Sciences, Neuroscience Research Institute\nLi Chongyin Expert on Meteorology\nLi Deren Expert on Photogrammetry and Remote Sensing\n1998— Professor, Chinese Academy of Sciences, Academy of Mathematics and System Sciences\n2004— Vice-President, Chinese Academy of Sciences\n2004— Member, Chinese Academy of Sciences\n1999—2004 Director, Chinese Academy of Sciences, Institute of Genetics and Developmental Biology\n1994—1999 Director, Chinese Academy of Sciences, Genetics Research Institute\n1982—1984 Student, Chinese Academy of Sciences, Botanical Research Institute\nLi Jinghai Vice-President of the Chinese Academy of Sciences\n1990—2004 Assistant Research Professor, Chinese Academy of Sciences, Institute of Process Engineering\n1990—2004 Professor, Chinese Academy of Sciences, Institute of Process Engineering\n1990—2004 Deputy Director, Chinese Academy of Sciences, Institute of Process Engineering\n1990—2004 Director, Chinese Academy of Sciences, Institute of Process Engineering\n1987 Graduate, Chinese Academy of Sciences, Institute of Chemical Metallurgy\nLi Jun Deputy Director of the Computer Network Information Center at the Chinese Academy of Sciences\n???? Deputy Director, Chinese Academy of Sciences, Computer Network Information Center\n1992 Graduate, Chinese Academy of Sciences, Institute of Computing Technology\nLi Minhua Solid Mechanics Expert\n???? Researcher, Chinese Academy of Sciences, Mechanics Research Institute\nLi Xingxue Expert on Paleobotany and Stratigraphy\n1990—1998 Researcher, Chinese Academy of Sciences, Metal Research Institute\n1990—1998 Superintendent, Chinese Academy of Sciences, Metal Research Institute\n???? Member, Chinese Academy of Sciences, Academic Committee\n???? Vice-President, Chinese Academy of Sciences, Chemistry Research Institute\nLi Zhensheng Academician and Geneticist\n???? Researcher, Chinese Academy of Sciences, Genetics Research Institute\nLiang Dongcai Molecular Biophycist\n???? Researcher, Chinese Academy of Sciences, Biophysics Research Institute\nLiang Jingkui Inorganic Physics Chemist\n???? Researcher, Chinese Academy of Sciences, Physics Research Institute\n1975—???? Worker, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Chemistry Research Institute\nLiang Sili Missile Control Expert\nLiang Zhiren Academician and Bone Surgery Scientist\nLin Bingnan Water Conservancy and River Kineticist\nLin Binyao Senior Member of the Chinese Academy of Engineering\n1996—2000 Director, Chinese Academy of Sciences, Changchun Institute of Applied Chemistry Jilin Province, Changchun City\n1995—1996 Doctoral Candidate Tutor, Chinese Academy of Sciences, Changchun Institute of Applied Chemistry Jilin Province, Changchun City\n1993— Research Fellow, Chinese Academy of Sciences, Changchun Institute of Applied Chemistry Jilin Province, Changchun City\n1988—1992 Associate Research Fellow, Chinese Academy of Sciences, Changchun Institute of Applied Chemistry Jilin Province, Changchun City\n1981 Graduate, Chinese Academy of Sciences, Changchun Institute of Applied Chemistry Jilin Province, Changchun City\nLin Huimin Expert on Computer Software and Theory\n1986 Graduate, Chinese Academy of Sciences, Software Research Institute\nLin Lanying Semiconductor Material Scientist\n???? Director, Chinese Academy of Sciences, Computer Technology Research Institute\n1983—1984 Secretary, Chinese Academy of Sciences, Cadre Bureau\n1970—1983 Secretary, Chinese Academy of Sciences, Computer Technology Research Institute\nLiu Dongsheng Expert on Quaternary Period Geology, Vertebrate Paleozoology and Environmental Geology\n???? Researcher, Chinese Academy of Sciences, Geological Research Institute\n???? Researcher, Chinese Academy of Sciences, Geophysics Research Institute\nLiu Jiankang Ichthyologist, Ecologist\n???? Honorary Superintendent, Chinese Academy of Sciences, Hydrophily Biological Research Institute\n???? Researcher, Chinese Academy of Sciences, Hydrophily Biological Research Institute\n1992—1994 Student, Chinese Academy of Sciences, Geological Research Institute\n2000— Researcher, Chinese Academy of Sciences, Biochemistry and Cell Research Institute\n1991 Graduate, Chinese Academy of Sciences\n1995 Academician, Chinese Academy of Sciences, Division of Mathematics and Physics\nLiu Yixun Biologist\n???? Researcher, Chinese Academy of Sciences, Animal Research Institute\n1966 Graduate, Chinese Academy of Sciences, Graduate School\n???? Researcher, Chinese Academy of Sciences, Dalian Institute of Chemistry and Physics Liaoning Province, Dalian City\n???? Researcher, Chinese Academy of Sciences, Electronics Research Institute\nLu Jiaxi Vice-Chairman of the 9th CPPCC National Committee\n1988—???? Special Advisor, Chinese Academy of Sciences\n1981—1988 President, Chinese Academy of Sciences\n1981—1988 Executive Chairman, Chinese Academy of Sciences, Presidium of the General Assembly\nLu Ruqian Engineer and Knowledge-Based Software Engineering\n1990—1993 Assistant Research Fellow, Chinese Academy of Sciences, Institute of Mathematics, Computer Science Office\n1987—1990 Graduate Student, Chinese Academy of Sciences, Institute of Mathematics, Computer Science Office\nLu Yonggen Academician, Crop Geneticist\nLu Yongxiang Member of the 17th CPC Central Committee, President, Chinese Academy of Sciences, Vice-Chairman of the 11th NPC Standing Committee\nLu Yuanjiu Academician of the Chinese Academy of Sciences\n1986—1988 President, Chinese Academy of Sciences, Branch Guangdong Province\n1981—1986 Deputy Director, Chinese Academy of Sciences, Guangdong Institute of Chemistry Guangdong Province\n1981—1986 Research Fellow, Chinese Academy of Sciences, Guangdong Institute of Chemistry Guangdong Province\n???? Vice-President, Chinese Academy of Sciences, Graduate School\n???? Vice-President, Chinese Academy of Sciences, Physics Research Institute\n???? Senior Research Fellow, Chinese Academy of Sciences, Physics Research Institute\n???? Deputy Director, Chinese Academy of Sciences, Division of Mathematics and Physics\n1955—???? Researcher, Chinese Academy of Sciences, Institute of Applied Physics\n1984—???? Postgraduate Student, Chinese Academy of Sciences, Applied Mathematics Institute\n1961—???? Postgraduate Student, Chinese Academy of Sciences, Geological Research Institute\nMao Wei Deputy Director of Computer Network Information Center at the Chinese Academy of Sciences\n1996 Graduate, Chinese Academy of Sciences, Institute of Computing Technology\n1996— Deputy Director, Chinese Academy of Sciences, Computer Network Information Center\nMu Guoguang Academician of the Chinese Academy of Sciences, Opticist\nOuyang Yu Expert on Nuclear Reactor and Nuclear-Electric Engineering\n???? Researcher, Chinese Academy of Sciences, Geochemical Research Institute\n1957—1961 Postgraduate Student, Chinese Academy of Sciences, Geological Research Institute\nPan Jiazheng Academician of the Chinese Academy of Sciences, Civil Engineer\nPan Jinpei Chairman of Guangdong Provincial Committee of China Democratic National Construction Association\n1984—1991 Director, Chinese Academy of Sciences, Institute of Hydrobiology\n1966—1984 Deputy Director, Chinese Academy of Sciences, Institute of Hydrobiology\n???? Honorary Head, Chinese Academy of Sciences, Theoretical Physics Institute\n???? Research Fellow, Chinese Academy of Sciences, Theoretical Physics Institute\n1961— Research Fellow, Chinese Academy of Sciences, Shanxi Institute of Coal Chemistry\n???? Honorary Head, Chinese Academy of Sciences, Shanxi Institute of Coal Chemistry\nPeng Yigang Member, Academic Degrees Committee\nQi Kang Academician of the Chinese Academy of Sciences, Architecture Scientist\nQian Hualin Former Deputy Director of the Network Information Center at the Chinese Academy of Sciences\n1998—2001 Deputy Director, Chinese Academy of Sciences, Computer Network Information Center\n???? Research Fellow, Chinese Academy of Sciences\nQian Lingxi Academician of the Chinese Academy of Sciences\nQian Renyuan Academician of the Chinese Academy of Sciences, Chemist\n???? Research Fellow, Chinese Academy of Sciences, Chemistry Research Institute\n???? Member, Chinese Academy of Sciences\n???? Honored Director, Chinese Academy of Sciences, Automation Research Institute\n???? Honored President, Chinese Academy of Sciences, Automation Research Institute\nQin Junde Senior Academician and Entomological Physiologist\nQu Qinyue Vice-Chairman of the Jiangsu Provincial People's Congress\nRen Xinmin Academician of the Chinese Academy of Sciences, Expert on Space Flight and Liquid Rocket Engine Technology\nShao Xiangguang Academician of the Chinese Academy of Sciences, Steel Metallurgist\nShen Panwen Academician of the Chinese Academy of Sciences, Chemist\nShen Qihan Expert on Geology\n???? Research Fellow, Chinese Academy of Sciences, Shanghai Institute of Nuclear Research\nShen Yunfen Researcher, Doctoral Supervisor, Academician of the Chinese Academy of Science\n1999— Professor, Chinese Academy of Sciences\n1999— Doctoral Supervisor, Chinese Academy of Sciences\n1955 Academician, Chinese Academy of Sciences\nShen Yungang Research Fellow at the Shanghai Institute of Plant Physiology of the Chinese Academy of Sciences, Academician of the Chinese Academy of Sciences\n???? Research Fellow, Chinese Academy of Sciences, Shanghai Institute of Plant Physiology\nShen Zhiyun Academician of the Chinese Academy of Sciences, Motorcycle Expert\nSheng Jinzhang Expert on Biology\nShi Changxu Academician of the Chinese Academy of Sciences, Metal and Material Scientist\n???? Honorary Superintendent, Chinese Academy of Sciences, Metal Research Institute\n???? Researcher, Chinese Academy of Sciences, Metal Research Institute\n2000—2004 Secretary-General, Chinese Academy of Sciences\n1999—2000 Deputy Secretary-General, Chinese Academy of Sciences\nShi Yafeng Academician of the Chinese Academy of Sciences, Expert on Geography and Glaciology\nShi Yaolin Academician of the Chinese Academy of Sciences\n???? Professor, Chinese Academy of Sciences, Postgraduate Students Institute\nSong Daxiang Academician of the Chinese Academy of Sciences, Arachnid and Invertebrate Zoologist\n1960—???? Deputy Chief, Chinese Academy of Sciences, Institute of Mathematics, Cybernetics Research Office\nSong Jiashu Academician of the Chinese Academy of Sciences\n???? Member, Chinese Academy of Sciences, Astronomy Experts Committee\nSu Guohui Academician of the Chinese Academy of Sciences\nSu Jilan Academician of the Chinese Academy of Sciences, Expert on Physical Oceanography\n???? Deputy Head, Chinese Academy of Sciences\nSun Jiadong Academician of the Chinese Academy of Sciences, Expert on Overall Technology of Rockets and Statellites\nSun Manji Academician of the Chinese Academy of Sciences\nSun Shu Academician of the Chinese Academy of Sciences, Expert in Geology\nSun Zhongxiu Academician of the Chinese Academy of Sciences, Computer Scientist\nTang Chongti Parasitologist, Academician of the Chinese Academy of Science\n???? Graduate Student, Chinese Academy of Sciences, Physics Research Institute\nTao Shiyan Academician of the Chinese Academy of Sciences, Expert on Meteorology\nTeng Jiwen Academician of the Chinese Academy of Sciences, Expert in Geophysics\n1986—1987 Vice-President, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Microorganism Research Institute\nTian Zhaowu Academician of the Chinese Academy of Sciences\n1991—1995 Director, Chinese Academy of Sciences, Radio Astronomy Open Laboratory\n1956—???? Chief, Chinese Academy of Sciences, Automation Research Institute\nWan Huilin Professor, Academician of the Chinese Academy of Science\n???? Founder, Chinese Academy of Sciences, Instrument Museum\nWang Dianzuo Academician of the Chinese Academy of Sciences, Mineral Engineering Scientist\n2015— Vice-President, Chinese Academy of Sciences\n2008—2009 Deputy Secretary-General, Chinese Academy of Sciences\n2008—2009 Executive Vice-Dean, Chinese Academy of Sciences, Graduate School\n1999—2007 Director, Chinese Academy of Sciences, Physics Research Institute\n1990—1991 Student, Chinese Academy of Sciences, Physics Research Institute\nWang Fangding Academician of the Chinese Academy of Sciences, Chemist\nWang Fosong Academician of Chinese Academy of Sciences\n???? Vice-President, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences\n1977—1979 Director, Chinese Academy of Sciences, Policy Research Office\nWang Jingkang Academician of the Chinese Academy of Sciences, Doctoral Supervisor of the Tianjin University Chemistry Department\n1989—???? Academician, Chinese Academy of Sciences\n???? Assistant Research Fellow, Chinese Academy of Sciences, Chemistry Research Institute\n???? Associate Research Fellow, Chinese Academy of Sciences, Chemistry Research Institute\n???? Doctoral Supervisor, Chinese Academy of Sciences, Chemistry Research Institute\n1992 Graduate, Chinese Academy of Sciences, Chemistry Research Institute\n1989—???? Worker, Chinese Academy of Sciences, Chemistry Research Institute\n???? Director, Chinese Academy of Sciences, Chemistry Research Institute, Chemistry and Biology Joint Lab\nWang Mingxing Deputy Director-General of the Chinese Academy of Granules\n???? Director, Chinese Academy of Sciences, Institute of Atmospheric Physics\nWang Pinxian Academician of the Chinese Academy of Sciences\n???? Honorary Director, Chinese Academy of Sciences, Semiconductor Research Institute, Microelectronic Center\nWang Shui Academician of the Chinese Academy of Sciences\nWang Xiji Senior Academician, Expert on Satellite and Retrievable Technology\nWang Zhigang Senior Vice-President of Sinopec\n2003 Graduate, Chinese Academy of Sciences, Geophysics Research Institute\nWang Zhizhen Academician of the Chinese Academy of Sciences\nWen Bangchun Academician\n1968—1978 Worker, Chinese Academy of Sciences, No.109 Factory\nWen Lishi Academician of the Chinese Academy of Engineering\n1995— Researcher, Chinese Academy of Sciences, Metal Research Institute\nWen Shengchang Physical Oceangrapher\n1956—1984 Researcher, Chinese Academy of Sciences, Electrical Engineering Institute\nWu Chengkang Gas Kineticist\nWu Chuanjun Academician of the Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Geography Research Institute\n???? Researcher, Chinese Academy of Sciences, Microelectronics Center\n1986—1989 Graduate, Chinese Academy of Sciences, Geological Research Institute\n1980—???? Academician, Chinese Academy of Sciences\nWu Rongsheng Academician of the Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Ancient Vertebrates and Paleoanthropology Institute\n1992—1996 Director, Chinese Academy of Sciences, Division of Mathematics and Physics\n1990 Established, Chinese Academy of Sciences, Research Institute of System Sciences, Mathematics Mechanization Research Center\n1990—1999 Director, Chinese Academy of Sciences, Research Institute of System Sciences, Mathematics Mechanization Research Center\n1984— Honorary Director, Chinese Academy of Sciences, Research Institute of System Sciences\n1979—1984 Deputy Director, Chinese Academy of Sciences, Research Institute of System Sciences\n1957— Academician, Chinese Academy of Sciences\nWu Zhengyi Academician of the Chinese Academy of Sciences, Botanist\n???? Researcher, Chinese Academy of Sciences, Shanghai Metallurgical Research Institute Shanghai Municipality\nWu Zuze Academician of the Chinese Academy of Sciences, Experimental Blood Specialist\nXia Jianbai Academician, Semiconductor Physicist\n???? Graduate, Chinese Academy of Sciences, Semiconductor Research Institute\n???? Researcher, Chinese Academy of Sciences, Computer Technology Research Institute\n1960—1962 Assistant Researcher, Chinese Academy of Sciences, Institute of Computing Technology\nXie Guangxuan Academician, Expert on Missile and Carrier Rockets\n???? Researcher, Chinese Academy of Sciences, High Energy Physics Graduate School\nXie Lianhui Academician of the Chinese Academy of Sciences, Plant Pathologist\n1996—???? Member, Chinese Academy of Sciences, Presidium of the General Assembly\n1996—???? Chairman, Chinese Academy of Sciences, Division of Earth Sciences\n1994—1995 Vice-President, Chinese Academy of Sciences\n1993—1994 Director, Chinese Academy of Sciences, Institute of Remote Sensing\nXu Guanren Academician of the Chinese Academy of Sciences, Nuclear Agronomist\nXu Guojun Academician of the Chinese Academy of Sciences\n1962—???? Postgraduate Student, Chinese Academy of Sciences, Geophysics Research Institute\nXu Shizhe Geophysicist\nXu Xingchu Academician, Expert on Precision Tool Design and Techniques\n1973—1976 Secretary, Chinese Academy of Sciences, General Office\n???? Deputy Dean, Chinese Academy of Sciences\n???? Researcher, Chinese Academy of Sciences, Shanghai Institute of Plant Physiology Shanghai Municipality\n1969—???? Postgraduate Student, Chinese Academy of Sciences, Shanghai Institute of Plant Physiology Shanghai Municipality\n1992 Academician, Chinese Academy of Sciences\nXu Zuyao World Renowned Expert of Materials Science\nXue Yuqun Expert on Hydrogeology\nYan Baoping Director of the Computer Network Information Center at the Chinese Academy of Sciences, Research Fellow\n1997— Director, Chinese Academy of Sciences, Computer Network Information Center\n1981 Graduate, Chinese Academy of Sciences, Computer Technology Research Institute\nYan Jia'an Mathematician\n???? Researcher, Chinese Academy of Sciences, Application Mathematics Graduate School\nYan Luguang Scientist\n???? Superintendent, Chinese Academy of Sciences, Electrotechnics Research Institute\n???? Researcher, Chinese Academy of Sciences, Electrotechnics Research Institute\n1992—2000 Vice-President, Chinese Academy of Sciences\nYang Fuyu Biochemist\n???? Researcher, Chinese Academy of Sciences, Institute of Physics\nYang Hanxi Ecologist, Forestry Expert\nYang Hongyuan Botanist\nYang Shuzi Mechanical Engineering Expert\n2003— Academician, Chinese Academy of Sciences Beijing Municipality\n2005— Research Fellow, Chinese Academy of Sciences\n1999—2008 Deputy Director, Chinese Academy of Sciences, Chemistry Research Institute Beijing Municipality\n1995—1999 Assistant to the Director, Chinese Academy of Sciences, Light-Sensitive Chemistry Institute\n1966 Postgraduate Student, Chinese Academy of Sciences, Geophysics Research Institute\n1966 Postgraduate Student, Chinese Academy of Sciences, Geological Research Institute\n???? Honorary Head, Chinese Academy of Sciences, Institute of Atmospheric Physics\n???? Specially Invited Consultant, Chinese Academy of Sciences\n1967 Graduate, Chinese Academy of Sciences, Metal Research Institute\nYe Yuru Neurobiologist, Professor of Hong Kong Science and Technology University\nYin Hejun Alternate Member of the 19th CPC Central Committee; Vice-Mayor of Beijing\n2008—2015 Vice-President, Chinese Academy of Sciences Beijing Municipality\n1995—2006 Associate Research Fellow, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\n1995—2006 Research Fellow, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\n1995—2006 Assistant to Director, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\n1995—2006 Executive Deputy Director, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\n1995—2006 Director, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\n1992—1995 Doctoral Candidate, Chinese Academy of Sciences, Electronics Research Institute Beijing Municipality\nYin Xiangchu Entomologist\nYu Guocong Chemical Distillation Expert, Standing Committee Member of the CPPCC\nYu Hongru Aerodynamicist\n1963 Graduate, Chinese Academy of Sciences, Mechanics Research Institute\nYu Lu Theoretical Physicist\n???? Researcher, Chinese Academy of Sciences, Institute of Theoretical Physics\nYu Min Academician of the Chinese Academy of Sciences\n1951—???? Associate Researcher, Chinese Academy of Sciences, Modern Physics Research Institute\nYu Tianren Soil Chemist\nYuan Daoxian Expert on Geology\nZeng Chengkui Marine Biologist\n???? Honorable Dean, Chinese Academy of Sciences, Institute of Oceanography\nZha Quanxing Chemist\n1982—2007 Director, Chinese Academy of Sciences, Modern Physics Research Institute Gansu Province, Lanzhou City\n1982—2007 Deputy Director, Chinese Academy of Sciences, Modern Physics Research Institute Gansu Province, Lanzhou City\nZhang Ciying Academician of the Chinese Academy of Sciences\n1947 Researcher, Chinese Academy of Sciences, Animal Research Institute\nZhang Guowei Expert on Structural Geology and Precambrian Geology\n2003— Member, Chinese Academy of Sciences\n1999— Researcher, Chinese Academy of Sciences, Institute of Physics\n1988—1988 Assistant Researcher, Chinese Academy of Sciences, Institute of Physics\n1985—1988 Student, Chinese Academy of Sciences, Institute of Physics\nZhang Miman Expert on Vertebrate Paleozoology\nZhang Peilin Physics Metallurgist\nZhang Qian'er Standing Committee Member of the 9th CPPCC National Committee, Academician of the Chinese Academy of Sciences\nZhang Qifa Plant Heredity and Molecular Biologist\n1999—1999 Director, Chinese Academy of Sciences, Nanjing Institute of Soil Science Jiangsu Province, Nanjing City\n1997—1999 Deputy-Director, Chinese Academy of Sciences, Nanjing Institute of Soil Science Jiangsu Province, Nanjing City\n1990—1992 Graduate, Chinese Academy of Sciences, Research Institute of System Sciences\nZhang Xingyin Metal Physicist\n???? Researcher, Chinese Academy of Sciences, Plant Research Institute\n2012— Vice-President, Chinese Academy of Sciences\n2005— Director, Chinese Academy of Sciences, Kunming Zoology Institute Yunnan Province, Kunming City\n1996—2005 Deputy Director, Chinese Academy of Sciences, Kunming Zoology Institute Yunnan Province, Kunming City\n1995—2000 Director, Chinese Academy of Sciences, Kunming Zoology Institute, Cell and Molecular Evolution Open Laboratory Yunnan Province, Kunming City\n1991—1992 Assistant Researcher, Chinese Academy of Sciences, Kunming Zoology Institute Yunnan Province, Kunming City\n1986—1991 Student, Chinese Academy of Sciences, Kunming Zoology Institute Yunnan Province, Kunming City\nZhang Youqi Expert on Computing Mechanics and Civil Engineering\n1990—1995 Director, Chinese Academy of Sciences, Office of Department Cooperation Association\n1988—1995 Deputy Secretary-General, Chinese Academy of Sciences\nZhang Ze Academician\n???? Graduate, Chinese Academy of Sciences, Metal Research Institute\nZhao Ermi Zoologist\nZhao Qiguo Expert on Oil Geography\n1979— Researcher, Chinese Academy of Sciences, Chemistry Research Institute\nZheng Du Expert on Physiography\nZheng Ruyong Systematic Mycologist\nZheng Shouyi Vice-Chairman of the 11th Central Committee of the China Zhi Gong Party\nZheng Yaozong Chinese Academy of Sciences Academician, Expert on Microelectronics\nZhong Wanxie Academician of the Chinese Academy of Sciences, Expert on Engineering Mechanics and Computational Mechanics\nZhong Xiangchong Expert on Refractory Material\n1991— Chinese Academy of Sciences\n1967 Graduate Student, Chinese Academy of Sciences, Computer Technology Research Institute\n1987—1997 President, Chinese Academy of Sciences\n1984—1987 Vice-President, Chinese Academy of Sciences\n1982—1984 Director, Chinese Academy of Sciences, Institute of Theoretical Physics\n2004— Deputy Director, Chinese Academy of Sciences, Chemistry Department\nZhou Quan President and Partner of IDGVC\n1984 Graduate, Chinese Academy of Sciences\nZhou Xingming Computer Expert\nZhou Xiuji Academician of the Chinese Academy of Sciences\nZhou Yaohe Professor, Expert of Materials Science\nZhou Yulin Academician of the Chinese Academy of Sciences\nZhou Zhiyan Academician of the Chinese Academy of Sciences\n1993—1998 Academician, Chinese Academy of Sciences\n1985—1986 Director, Chinese Academy of Sciences, Chemistry Research Institute\n1980—1985 Deputy Researcher, Chinese Academy of Sciences, Chemistry Research Institute\n1980—1985 Deputy Director, Chinese Academy of Sciences, Chemistry Research Institute, Research Office\n1976—1979 Assistant Researcher, Chinese Academy of Sciences, Chemistry Research Institute\n1961—1965 Training Student, Chinese Academy of Sciences, Chemistry Research Institute\nZhu Xianmo Academician of the Chinese Academy of Sciences\nZhu Zhongliang Expert on Telecommunication Technology\nZhuang Fengchen Expert on Rocket Engine and Engineering Thermophysics\n1981 Academician, Chinese Academy of Sciences\nZhuang Qiaosheng Academician of the Chinese Academy of Sciences\nZou Chenglu Academician of the Chinese Academy of Sciences\nAlso: Chinese Academy of Sciences—Academic Committee\nAlso: Chinese Academy of Sciences—Academy of Mathematics and System Sciences\nAlso: Chinese Academy of Sciences—Ancient Vertebrates and Paleoanthropology Institute\nAlso: Chinese Academy of Sciences—Animal Research Institute\nAlso: Chinese Academy of Sciences—Application Mathematics Graduate School\nAlso: Chinese Academy of Sciences—Applied Chemistry Institute\nAlso: Chinese Academy of Sciences—Applied Mathematics Institute\nAlso: Chinese Academy of Sciences—Astronomy Experts Committee\nAlso: Chinese Academy of Sciences—Automation Research Institute\nAlso: Chinese Academy of Sciences—Biochemistry and Cell Research Institute\nAlso: Chinese Academy of Sciences—Biophysics Research Institute\nAlso: Chinese Academy of Sciences—Botanical Research Institute\nAlso: Chinese Academy of Sciences—Branch\nAlso: Chinese Academy of Sciences—Branch Office\nAlso: Chinese Academy of Sciences—Cadre Bureau\nAlso: Chinese Academy of Sciences—Changchun Institute of Applied Chemistry\nAlso: Chinese Academy of Sciences—Chemistry Department\nAlso: Chinese Academy of Sciences—Chemistry Research Institute\nAlso: Chinese Academy of Sciences—Chemistry Research Institute—Chemistry and Biology Joint Lab\nAlso: Chinese Academy of Sciences—Chemistry Research Institute—Research Office\nAlso: Chinese Academy of Sciences—Computer Intelligent Machine Translation Research Center\nAlso: Chinese Academy of Sciences—Computer Network Information Center\nAlso: Chinese Academy of Sciences—Computer Technology Research Institute\nAlso: Chinese Academy of Sciences—Correspondence Graduate School\nAlso: Chinese Academy of Sciences—Dalian Institute of Chemistry and Physics\nAlso: Chinese Academy of Sciences—Division of Biological Sciences\nAlso: Chinese Academy of Sciences—Division of Earth Sciences\nAlso: Chinese Academy of Sciences—Division of Mathematics and Physics\nAlso: Chinese Academy of Sciences—Division of Technological Sciences\nAlso: Chinese Academy of Sciences—Electrical Engineering Institute\nAlso: Chinese Academy of Sciences—Electronics Research Institute\nAlso: Chinese Academy of Sciences—Electrotechnics Research Institute\nAlso: Chinese Academy of Sciences—Engineering Thermal Physics Research Institute\nAlso: Chinese Academy of Sciences—General Office\nAlso: Chinese Academy of Sciences—Genetics Research Institute\nAlso: Chinese Academy of Sciences—Geochemical Research Institute\nAlso: Chinese Academy of Sciences—Geography Research Institute\nAlso: Chinese Academy of Sciences—Geological Research Institute\nAlso: Chinese Academy of Sciences—Geophysics Research Institute\nAlso: Chinese Academy of Sciences—Graduate School\nAlso: Chinese Academy of Sciences—Guangdong Institute of Chemistry\nAlso: Chinese Academy of Sciences—High Energy Physics Graduate School\nAlso: Chinese Academy of Sciences—High Energy Physics Research Institute\nAlso: Chinese Academy of Sciences—Hydrophily Biological Research Institute\nAlso: Chinese Academy of Sciences—Institute of Applied Physics\nAlso: Chinese Academy of Sciences—Institute of Atmospheric Physics\nAlso: Chinese Academy of Sciences—Institute of Chemical Metallurgy\nAlso: Chinese Academy of Sciences—Institute of Computing Technology\nAlso: Chinese Academy of Sciences—Institute of Economics\nAlso: Chinese Academy of Sciences—Institute of Genetics and Developmental Biology\nAlso: Chinese Academy of Sciences—Institute of Hydrobiology\nAlso: Chinese Academy of Sciences—Institute of Mathematics\nAlso: Chinese Academy of Sciences—Institute of Mathematics—Computer Science Office\nAlso: Chinese Academy of Sciences—Institute of Mathematics—Cybernetics Research Office\nAlso: Chinese Academy of Sciences—Institute of Oceanography\nAlso: Chinese Academy of Sciences—Institute of Physics\nAlso: Chinese Academy of Sciences—Institute of Process Engineering\nAlso: Chinese Academy of Sciences—Institute of Remote Sensing\nAlso: Chinese Academy of Sciences—Institute of Theoretical Physics\nAlso: Chinese Academy of Sciences—Instrument Museum\nAlso: Chinese Academy of Sciences—Kunming Zoology Institute\nAlso: Chinese Academy of Sciences—Kunming Zoology Institute—Cell and Molecular Evolution Open Laboratory\nAlso: Chinese Academy of Sciences—Laboratory for Non-Linear Mechanics of Continuous Media\nAlso: Chinese Academy of Sciences—Lanzhou Branch\nAlso: Chinese Academy of Sciences—Light-Sensitive Chemistry Institute\nAlso: Chinese Academy of Sciences—Management Science and Engineering Department\nAlso: Chinese Academy of Sciences—Math and Systematic Science Research Institute\nAlso: Chinese Academy of Sciences—Mechanics Research Institute\nAlso: Chinese Academy of Sciences—Mechanics Research Institute—Academic Committee\nAlso: Chinese Academy of Sciences—Metal Research Institute\nAlso: Chinese Academy of Sciences—Microelectronics Center\nAlso: Chinese Academy of Sciences—Microorganism Research Institute\nAlso: Chinese Academy of Sciences—Modern Physics Research Institute\nAlso: Chinese Academy of Sciences—Nanjing Institute of Soil Science\nAlso: Chinese Academy of Sciences—Neuroscience Research Institute\nAlso: Chinese Academy of Sciences—No.109 Factory\nAlso: Chinese Academy of Sciences—Office of Department Cooperation Association\nAlso: Chinese Academy of Sciences—Physics and Chemistry Technology Institute\nAlso: Chinese Academy of Sciences—Physics and Chemistry Technology Institute—Cryogenics Lab\nAlso: Chinese Academy of Sciences—Physics Research Institute\nAlso: Chinese Academy of Sciences—Plant Research Institute\nAlso: Chinese Academy of Sciences—Plasma Physics Research Institute\nAlso: Chinese Academy of Sciences—Policy Research Office\nAlso: Chinese Academy of Sciences—Postgraduate Students Institute\nAlso: Chinese Academy of Sciences—Presidium of the General Assembly\nAlso: Chinese Academy of Sciences—Radio Astronomy Open Laboratory\nAlso: Chinese Academy of Sciences—Research Institute of System Sciences\nAlso: Chinese Academy of Sciences—Research Institute of System Sciences—Mathematics Mechanization Research Center\nAlso: Chinese Academy of Sciences—Semiconductor Research Institute\nAlso: Chinese Academy of Sciences—Semiconductor Research Institute—Microelectronic Center\nAlso: Chinese Academy of Sciences—Shanghai Institute of Nuclear Research\nAlso: Chinese Academy of Sciences—Shanghai Institute of Plant Physiology\nAlso: Chinese Academy of Sciences—Shanghai Institute of Silicate\nAlso: Chinese Academy of Sciences—Shanghai Metallurgical Research Institute\nAlso: Chinese Academy of Sciences—Shanghai Metallurgical Research Institute—Academic Degrees Committee\nAlso: Chinese Academy of Sciences—Shanghai Metallurgical Research Institute—Materials Research Department\nAlso: Chinese Academy of Sciences—Shanghai Optical Precision Machinery Research Institute\nAlso: Chinese Academy of Sciences—Shanghai Technical Physics Research Institute\nAlso: Chinese Academy of Sciences—Shanxi Institute of Coal Chemistry\nAlso: Chinese Academy of Sciences—Software Research Institute\nAlso: Chinese Academy of Sciences—Structure Analysis Key Laboratory\nAlso: Chinese Academy of Sciences—Theoretical Physics Institute\nAlso: Chinese Academy of Sciences—Xi'an Optical Precision Machinery Research Institute\nAlso: Chinese Academy of Sciences—Yunnan Observatory\nAlso: Heredity and Growth Biological Science Research Institute


timestamp: tn

url: =Steven L Brody, Sean P Gunsten, Hannah P Luehmann, Debbie H Sultan, Michelle Hoelscher, Gyu Seong Heo, Jiehong Pan, Jeffrey R Koenitzer, Ethan C Lee, Tao Huang,[...].&nbspAm J Respir Crit Care Med 2021\nSimone Periera-Simon, Xiaomei Xia, Paola Catanuto, Ramon Coronado, Joanne Kurtzberg, Michael Bellio, Yee-Shuan Lee, Aisha Khan, Robin Smith, Sharon J Elliot,[...].&nbspRespirology 2021\nChi Zhang, Zhao Wu, Jia-Wen Li, Kangan Tan, Wanna Yang, Hong Zhao, Gui-Qiang Wang.&nbspJ Med Virol 2021\nSongzi Zhang, Hongbin Chen, Dayong Yue, Timothy S Blackwell, Changjun Lv, Xiaodong Song.&nbspJ Gene Med 2021\nHermansky-Pudlak syndrome pulmonary fibrosis: a rare inherited interstitial lung disease.\nTadafumi Yokoyama, Bernadette R Gochuico.&nbspEur Respir Rev 2021\nJiwei Hou, Qijian Ji, Jie Ji, Shenghong Ju, Chun Xu, Xueqing Yong, Xiaoxuan Xu, Mohd Muddassir, Xiang Chen, Jinbing Xie,[...].&nbspTheranostics 2021\nGene therapy strategies for idiopathic pulmonary fibrosis: recent advances, current challenges, and future directions.\nMitchel J R Ruigrok, Henderik W Frijlink, Barbro N Melgert, Peter Olinga, Wouter L J Hinrichs.&nbspMol Ther Methods Clin Dev 2021\nMiri Assayag, Sara Goldstein, Amram Samuni, Neville Berkman.&nbspFree Radic Biol Med 2021\nChiel van Geffen, Astrid Deißler, Markus Quante, Harald Renz, Dominik Hartl, Saeed Kolahian.&nbspFront Immunol 2021\nFernando J Martinez, Amna Sadaf Afzal, Jaclyn A Smith, Anthony P Ford, Jerry Jing Li, Yuping Li, Michael M Kitt.&nbspPulm Ther 2021\nAutomated Digital Quantification of Pulmonary Fibrosis in Human Histopathology Specimens.\nLauren C Testa, Yvon Jule, Linnea Lundh, Karine Bertotti, Melissa A Merideth, Kevin J O'Brien, Steven D Nathan, Drew C Venuto, Souheil El-Chemaly, May Christine V Malicdan,[...].&nbspFront Med (Lausanne) 2021\nAkira Iyoda, Yoko Azuma, Susumu Sakamoto, Sakae Homma, Atsushi Sano.&nbspSurg Today 2021\nIdentification of Hub Genes and Pathways Associated With Idiopathic Pulmonary Fibrosis via Bioinformatics Analysis.\nHanxi Wan, Xinwei Huang, Peilin Cong, Mengfan He, Aiwen Chen, Tingmei Wu, Danqing Dai, Wanrong Li, Xiaofei Gao, Li Tian,[...].&nbspFront Mol Biosci 2021


url: =Wang Deming Archives - XingyiMax.com\n⁄ Wang Deming\nTag archives\tWang Deming – Shanxi Xingyiquan 05\nWang Deming – Shanxi Xingyi Zonghe Taolu (Xingyi-Comprehensive-Form) Wang Deming – Shanxi Xingyi Wuxingquan: Piquan (Five-Element-Fist: Splittin-Fist) Wang Deming (王德明, 1955 – ) was graduated form Capital Institute of Physical Education in 1982. He was a Wushu lecturer and head coach of Wushu team of […]\nFiled under Documentary Videos\t⁄ Tagged with Martial Arts, Shanxi Xingyiquan, Wang Deming, Xingyiquan\tWang Deming – Shanxi Xingyiquan 04\nWang Deming – Shanxi Xingyi Zashichui (Mixed-Posture-Fist) Wang Deming – Shanxi Xingyi Bazigong (Eight-Word-Exercise) Wang Deming (王德明, 1955 – ) was graduated form Capital Institute of Physical Education in 1982. He was a Wushu lecturer and head coach of Wushu team of Capital Institute of […]\nFiled under Documentary Videos\t⁄ Tagged with Martial Arts, Shanxi Xingyiquan, Wang Deming, Xingyiquan\tWang Deming – Shanxi Xingyiquan 03\nWang Deming – Shanxi Xingyi Shierhongchui (Twelve-Crossing-Fist) Wang Deming – Shanxi Xingyi Shierlianquan (Twelve-Linking-Fist) Wang Deming (王德明, 1955 – ) was graduated form Capital Institute of Physical Education in 1982. He was a Wushu lecturer and head coach of Wushu team of Capital Institute of […]\nFiled under Documentary Videos\t⁄ Tagged with Martial Arts, Shanxi Xingyiquan, Wang Deming, Xingyiquan\tWang Deming – Shanxi Xingyiquan 02\nWang Deming – Shanxi Xingyi Longxing Bashi (Dragon-Eight-Posture) Wang Deming – Shanxi Xingyi Chudongrudong (In-and-Out-Cave) Wang Deming (王德明, 1955 – ) was graduated form Capital Institute of Physical Education in 1982. He was a Wushu lecturer and head coach of Wushu team of Capital Institute […]\nFebruary 8, 2011 ⁄\n2 Comments ⁄ 864 Views\nFiled under Documentary Videos\t⁄ Tagged with Martial Arts, Shanxi Xingyiquan, Wang Deming, Xingyiquan\tWang Deming – Shanxi Xingyiquan 01\nWang Deming – Shanxi Xingyi Jixing Siba (Rooster-Four-Strike) Wang Deming – Shanxi Xingyi Jingang BaShi (Jingang-Eight-Posture) Wang Deming (王德明, 1955 – ) was graduated form Capital Institute of Physical Education in 1982. He was a Wushu lecturer and head coach of Wushu team of Capital […]\nFebruary 6, 2011 ⁄\nNo Comments ⁄ 1,130 Views\nFiled under Documentary Videos\t⁄ Tagged with Martial Arts, Shanxi Xingyiquan, Wang Deming, Xingyiquan\tXingyiquan Course in Jan-Feb 2010 With Renowned Teacher\nFiled under News and Events\t⁄ Tagged with Martial Arts, Wang Deming, Xingyiquan\tRecent CommentsMaverick on Iron Palm and Cotton PalmPu Bingru et le Professeur Cheng on Introducing Ye Style Taijiquan and Ye DamiDennis on AboutHo Hon Sern on AboutDennis on Searching for the Ultimate Skills: Iron PalmMichael on Searching for the Ultimate Skills: Iron PalmYetlew on The Old Man from Zhejiang: My Shifu Zheng MingxingDennis on Opening Soon: Sabah Martial Arts Training Centrelydia thong. on Opening Soon: Sabah Martial Arts Training Centrekahar on Kenji: Tale of Guo Yunshen (English Version)


url: =Shia | TawheedMovement.com (حركة التوحيد) :: Knowledge Mandates Action\nSaying «’Alee Karram-Allaahu wajhahu»\nQuestion: How correct is it to say: «’Alee Karram-Allaahu wajhahu» (‘Alee (ibn Abee Taalib), may Allaah honour his face (i.e. him)»”?\nResponse: There is no basis for saying this specifically for ‘Alee (radhi-yallaahu ‘anhu), rather it is an example of the excessive (love and respect) of the Shee’ah (Raafidhah) towards him.\nFataawa al-Lajnah ad-Daa.imah lil-Buhooth al-‘Ilmiyyah wal-Iftaa., – Volume 3, Page 100, Question 5 of Fatwa No.6542\nCategories: Abd al-Azizz ibn Baz (Rahimahullah), Refutations, Shia, The Permanent Committee for Islaamic Research and Verdicts Tags: Alee, Ali, Raafidhah, Sheeah, Shia\nThe Islaamic ruling regarding (Ayatollah) Khomeini.\nal-Haawee min Fataawa ash-Shaykh al-Albaanee – Page 349\nCategories: Al Walaa wal Baraa, Aqidah, Nasiruddin Al-Albaanee (Rahimahullah), Shia Tags: Albaanee, Ayatollah Khomeini, Hassan, Hussein, Kafir, Rafeedhah, Shia


url: =彩票365平台SHANGHAI HAI HUA SHIPPING CO. LTD\n• Phone：极速三分彩 0086-21-35308880\n• E-mail：极速三分彩 office@clomotion.com\nCopyright© 2005 Shanghai HAIHUA Shipping Co.,Ltd. TEL:0086-21-35308880 E-MAIL:office@clomotion.com\nShanghai ICP prepared No. 05025766-1 沪公网安备 31022102000124号


url: =Electrospinning Preparation and Properties of PZT/P(VDF-TrFE) Composite Material — Penn State\n: Electrospinning Preparation and Properties of PZT/P(VDF-TrFE) Composite Material\nDan Su, Daokun Liao, Bihong Zhan, Chunxi Wang, Xiaotian Li\nThe electrospinning platform was built to prepare PZT/P(VDF-TrFE)nanofiber films. The surface morphology characteristic of nanofiber films was observed through scanning electron microscope(SEM). The X-ray diffraction(XRD) was used to detect the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene).The influence of the different lead zirconate titanate ceramic mass fraction on the nanometer fiber diameter and the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene) was investigated.The experimental results showed that the appropriate mass fraction of the zirconate titanate piezoelectric ceramics powder should be 4%when the electrospinning method was used to prepare PZT/P(VDF-TrFE) nanofiber films.\nElectrospinning Preparation and Properties of PZT/P(VDF-TrFE) Composite Material\nDive into the research topics of 'Electrospinning Preparation and Properties of PZT/P(VDF-TrFE) Composite Material'. Together they form a unique fingerprint.\nSu, D., Liao, D., Zhan, B., Wang, C., & Li, X. (2018). PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性. Yadian Yu Shengguang/Piezoelectrics and Acoustooptics, 40(1), 87-90. https://doi.org/10.11977/j.issn.1004-2474.2018.01.020\nSu, Dan ; Liao, Daokun ; Zhan, Bihong ; Wang, Chunxi ; Li, Xiaotian. / PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性. In: Yadian Yu Shengguang/Piezoelectrics and Acoustooptics. 2018 ; Vol. 40, No. 1. pp. 87-90.\ntitle = "PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性",\nabstract = "The electrospinning platform was built to prepare PZT/P(VDF-TrFE)nanofiber films. The surface morphology characteristic of nanofiber films was observed through scanning electron microscope(SEM). The X-ray diffraction(XRD) was used to detect the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene).The influence of the different lead zirconate titanate ceramic mass fraction on the nanometer fiber diameter and the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene) was investigated.The experimental results showed that the appropriate mass fraction of the zirconate titanate piezoelectric ceramics powder should be 4%when the electrospinning method was used to prepare PZT/P(VDF-TrFE) nanofiber films.",\nauthor = "Dan Su and Daokun Liao and Bihong Zhan and Chunxi Wang and Xiaotian Li",\ndoi = "10.11977/j.issn.1004-2474.2018.01.020",\nSu, D, Liao, D, Zhan, B, Wang, C & Li, X 2018, 'PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性', Yadian Yu Shengguang/Piezoelectrics and Acoustooptics, vol. 40, no. 1, pp. 87-90. https://doi.org/10.11977/j.issn.1004-2474.2018.01.020\nPZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性. / Su, Dan; Liao, Daokun; Zhan, Bihong; Wang, Chunxi; Li, Xiaotian.\nIn: Yadian Yu Shengguang/Piezoelectrics and Acoustooptics, Vol. 40, No. 1, 01.02.2018, p. 87-90.\nT1 - PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性\nAU - Liao, Daokun\nAU - Zhan, Bihong\nAU - Wang, Chunxi\nN2 - The electrospinning platform was built to prepare PZT/P(VDF-TrFE)nanofiber films. The surface morphology characteristic of nanofiber films was observed through scanning electron microscope(SEM). The X-ray diffraction(XRD) was used to detect the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene).The influence of the different lead zirconate titanate ceramic mass fraction on the nanometer fiber diameter and the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene) was investigated.The experimental results showed that the appropriate mass fraction of the zirconate titanate piezoelectric ceramics powder should be 4%when the electrospinning method was used to prepare PZT/P(VDF-TrFE) nanofiber films.\nAB - The electrospinning platform was built to prepare PZT/P(VDF-TrFE)nanofiber films. The surface morphology characteristic of nanofiber films was observed through scanning electron microscope(SEM). The X-ray diffraction(XRD) was used to detect the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene).The influence of the different lead zirconate titanate ceramic mass fraction on the nanometer fiber diameter and the β phase of nanofiber films of poly(vinylidene fluoride-co-trifluoroethylene) was investigated.The experimental results showed that the appropriate mass fraction of the zirconate titanate piezoelectric ceramics powder should be 4%when the electrospinning method was used to prepare PZT/P(VDF-TrFE) nanofiber films.\nUR - http://www.scopus.com/inward/record.url?scp=85061640783&partnerID=8YFLogxK\nUR - http://www.scopus.com/inward/citedby.url?scp=85061640783&partnerID=8YFLogxK\nU2 - 10.11977/j.issn.1004-2474.2018.01.020\nDO - 10.11977/j.issn.1004-2474.2018.01.020\nAN - SCOPUS:85061640783\nSu D, Liao D, Zhan B, Wang C, Li X. PZT/P(VDF-TrFE)复合材料的静电纺丝制备及其特性. Yadian Yu Shengguang/Piezoelectrics and Acoustooptics. 2018 Feb 1;40(1):87-90. https://doi.org/10.11977/j.issn.1004-2474.2018.01.020


url: =A & V Gecontroleerd - Guangzhou Yiqin Commerce And Trade Co., Ltd. - //dutch.alibaba.com\nGuangzhou Yiqin Commerce And Trade Co., Ltd. [Geverifieerde]\n(JM) (Cluster Registered) X1301-H5002, (Self-Compiled Bldg. 1) No. 106, East Fengze Road, Nansha District, Guangzhou, Guangdong, China (Mainland)\nOperationeel Adres: No. 22, Lane 1, Laowu Street, Dongping, Baiyun District, Guangzhou, Guangdong, China (Mainland)\nMs. Shuqin Huang


url: =STUDY ON THE RELATIONSHIP BETWEEN PERMIAN-CARBONIFEROUS COAL MEASURE STRATA AND LIGHT CRUDES IN NORTH CHINA--《GEOCHIMICA》1996年04期\nSTUDY ON THE RELATIONSHIP BETWEEN PERMIAN-CARBONIFEROUS COAL MEASURE STRATA AND LIGHT CRUDES IN NORTH CHINA\nZhao Lin; ZhangWenlong;Jia Rongfen;Qin Jianzhong(Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, Guangzhou 510640)(Research Institute of Petroleum Exploration and Development, North China Petroleum Administration 065502)\nThe relationship between source rocks of Permian-Carboniferous, Lower Tertiary,Middle and Upper Proterozoic group and light crudes were studied by factor analysis of low-ring terpanes of the samples in Hebei Oil Field. The results indicate that some Permian-Carboniferous samples have good relationship with light crudes. Further study on their composition of organic matter shows that the content of exinite and maturation (vitrinite Ro1.1 %)is two main factors for light crudes generation from coal measure strata.\n【Fund】： 华北石油管理局横向课题 国家“八五”天然气攻关项目\n2 ZHAO Zong ju 1, YANG Shu feng 1, ZHOU Jin gao 2, ZHU Guo qiang 1, CHEN Han lin 1 (1.Zhejiang University, China; 2.Hangzhou Institute of Petroleum Geology);COMPREHENSIVE EXPLANATION OF GEOLOGY AND GEOPHYSICS OF OVERTHRUST BELT IN HEFEI BASIN AND INITIAL STUDY OF ITS TECTONIC ATTRIBUTE[J];JOURNAL OF CHENGDU UNIVERSITY OF TECHNOLOGY;2000-02\n4 Zhang Hongbing, Shang Zuoping, et al.;Comprehensive Evaluation of a Certain Area in Daqing Oilfield with Reservoir Parameters and Its Application.[J];Well Logging Technology;2000-S1\n6 Li Sitian Yang Shigong Lin Changsong (China University of Geosciences);On the Chronostratigraphic Framwork and Basic Building Blocks of Sedimentary Basin[J];Acta Sedimentologica Sinica;1992-04\n7 LIU Guang di GAO Gang WANG Hui (University of Petroleum,Beijing 100083);Characteristics of Organic Matter Distribution and Hydrocarbon Expulsion in Carbonate Source Rocks[J];ACTA SEDIMENTOLOGICA SINICA;1999-03\n8 LI Yan jun 1 CHEN Yi cai 1 XU Zhi ming 1 LU Qiang 2 SHI Xiao yin 2 ZUO Zhi feng 2 1(Southwest Petroleum Institute,Nanchong Sichuan 637001) 2(Changqing Petroleum Administration Bureau,Xi'an 745000);The Study on Indigenous Characteristics of Organic Matter in Marine Carbonate Hydrocarbon Source Rock with Low Abundance and High Evolution[J];ACTA SEDIMENTOLOGICA SINICA;2000-01\n10 Chen Shiyue 1 Liu Huanjie 2 1(Exploration Department, Petroleum University of China, Dongying Shandong 257062) 2(College of Mineral Resousces and Environment science, China University of Mining and Technology ,Xuzhou Jiangsu 221008);Sequence Stratigraphic Framework and Its Characteristics of the Carboniferous-Permian in North China[J];ACTA SEDIMENTOLOGICA SINICA;1999-01


url: =摘 要:随着环保政策的收紧，烟气排放要求日趋严格，工业废气污染物脱除形势严峻。活性焦烟气净化工艺与传统烟气净化工艺相比具有节水节能、无二次污染的技术特点。作为工艺的核心，反应器的研究已经成为了制约该项技术发展的关键。以某工程活性焦联合脱硫脱硝反应器为研究对象，建立了数值分析模型，对比了不同工况条件下模型压降与现场装置压降值，二者平均偏差5.9%，模型能够在一定程度上反映装置实际运行情况。在此基础上利用CFD软件对反应器内部流场以及关键组分浓度场进行了模拟分析。根据模拟结果，反应器进气室内烟气流动紊乱，出现了涡流以及空腔现象，进而导致烟气在活性焦层中停留时间出现差异；由喷氨区氨气质量分数分布云图可知，氨气分布不均匀，对系统污染物脱除效率造成负面影响。针对以上问题，采取在反应器内添加内构件的方式来提高系统污染物脱除效率。为提高反应器入口烟气的均布性，在反应器烟气入口位置设置导流板并对比分析了3种不同形式导流板的优化效果，结果表明烟气入口加装等距阶梯型弯曲导流板时，烟气均布效果最好，系统内气流均布性较未添加导流板前提高了11%，压降降低了267 Pa；由于活性焦烟气脱硝所采用的方法为氨选择性催化还原法，脱硝过程中需要喷入氨气作为还原剂，在喷氨量一定条件下，氨气在反应器脱硝区浓度分布是否均匀直接影响系统最终的脱硝效率。为了提高氨气浓度分布均匀性，在原有喷氨格栅的基础上添加多孔板，利用多孔板对氨气的分流及均布作用，达到短距离内氨气与烟气混合的目的。加装多孔板与传统的缩小喷氨孔孔径、增加喷氨管数的方式相比，降低了装置运行过程中格栅堵管的风险，提高了装置运行稳定性。模拟结果显示喷氨格栅上方加装多孔板使装置喷氨均匀性提高了21%。经优化后，系统污染物脱除效率达到了85%以上，满足污染物排放要求且系统运行稳定性提高，堵灰堵管风险降低。模拟结果和现场实操数据相关性较好，表明模拟结果可靠性较高，对实际生产有一定借鉴意义。\nFig.1 Physical model of desulfurization and denitrification reactor\n其中，Si为动量源项；v为速度；μ为流体黏度；1/α和C2分别为黏性阻力系数和惯性阻力系数；vi为测点气流速度。经验证多孔介质模型能较好地反映活性焦的特性。现场反应器中活性焦为9 mm商用活性焦，其中惯性阻力系数和黏性阻力系数可通过活性焦床层压降试验求得，试验测得多孔介质模型动量源项方程中1/α=1.69×107和C2=3 611.4。\n湍流模型的选择对准确描述模型内气流的流动状态有重要影响。与标准k-ε模型相比，模拟有旋流流动的工况时，Realizable k-ε模型和RNG k-ε模型的准确性显著提高。但计算域中湍流和层流2种流动状态同时存在时，Realizable k-ε模型会出现非自然的湍流黏度。另外，RNG k-ε模型在计算过程中耗费时间较短，所以综合各因素本模拟选用RNG k-ε模型。根据装置运行过程中反应器各测点的温度测量结果，反应器内部温度差别不大，可近似做等温处理。另外，烟气在反应器内流速较低(≪ 70 m/s)，且根据实测结果反应器进出口两端压差小于20%，其误差在允许范围内。考虑将烟气视为不可压缩流体，简化计算过程。\n对模拟过程中所涉及到的问题做出如下假设：① 导流板视为无厚度的面；② 不考虑系统的漏风；③ 烟气中各组分均视为理想气体。\nFig.2 Computational model and mesh division of active coking joint desulfurization denitrification reactor\n由于反应器尺寸较大，所需划分网格数目较多，为了保证求解的精度和速度，模拟过程中一般不修改Fluent中求解方法和求解控制参数，而使用默认值，具体设置为：梯度选用Least Squares Cell Based，压力项选择Standard，湍动项、动量项以及湍流耗散率项均选择一阶迎风格式。\nTable 1 Simulated flue gas conditions\nTable 2 Comparison of pressure drop between industrial installations and models\n烟气入口流速/(m·s-1)现场压降/Pa模拟压降/Pa121 2001 298141 4751 528\nFig.3 Flue gas traces in activated coke desulfurization and denitration reactor\nFig.4 Local area velocity cloud map of smoke inlet\nFig.5 Deflector layout\nTable 3 Different types of deflector size and spacing\nFig.6 Line diagram of the flue gas traces in the post-reactor after the installation of different forms of deflector\n计算结果见表4。可知未加装导流板前原反应器的烟气速度分布偏差系数为27.43%，压降为1 407 Pa；加装等距阶梯弯曲板烟气均布效果最优，反应器内烟气速度分布偏差系数降低了11.08%，压降下降了267 Pa，优化效果明显。\nTable 4 Deviation coefficient and pressure drop of flue gas velocity in the reactor under different deflector schemes\n导流板方案烟气速度分布偏差系数/%压降/Pa等距等高直板24.231 392等距阶梯直板19.321 249等距阶梯弯曲板16.351 140\nFig.7 Original ammonia-sprayed area structure map\nFig.8 Cloud map of ammonia gas mass distribution in ammonia injection area\nFig.9 Optimised structure of ammonia injection area\nFig.10 Cloud map of ammonia mass fraction distribution in optimized ammonia injection area\nLIANG Daming.Dry-process flue gas desulfurization technology with activated coke[J].Coal Qualtity Technology,2008,152(6):48-51.\nXIONG Yinwu.Experimental research of combined removal of SO2/NOx by active coke[J].Clean Coal Technology,2015,21(2):14-19.\nLIANG Daming.China coal activated carbon[M].Beijing:Chemical Industry Press,2008:34-38.\nJIANG Xinwei.Optimization research on rectifier of SCR flue gas denitration reactor with variable cross section flue[D].Hangzhou:Zhejiang University,2010.\nFENG Libo.Design optimization analysis of inlet flow deflector of SCR dedenitration reactor[J].Applied Energy Technology,2018(2):25-27.\nHUANG Jingjing,FENG Yangjie.Optimized design of ammonia injection grid in SCR flue gas denitration[J]Chemical Engineering & Equipment,2019(2):270-273.\nWU Renjun,YANG Xiaoling,TAO Li,et al.Analysis and treatment of clogging reasons of urea pyrolysis furnace and ammonia injection grid of denitration system in coal-fired thermal power plants[J].Hunan Electric Power,2019,39(3):39-42,53.\nXIE Wei,LIANG Daming,SUN Zhongchao,et al.Combined desulfurization and denitrification technology of active coke and its applicability in China[J].Coal Processing and Comprehensive Utilization,2010(3):34-37.\nGUO Wei,LI Caiting,LI Shanhong,et al.Optimization of inlet flow and ammonia injection about activated coke tower for combined removal of SOx,NOx and Hg[J].Chinese Journal of Enviromental Engineering,2017,11(5):2851-2857.\nZHANG Yuge,LI Caiting,LI Shanhong,et al.Simulation and optimization of flow field in new combined desulfurization,denitrification and demercuration tower with active coke[J].Chinese Journal of Enviromental Engineering,2015,9(4):1898-1904.\nWEI Xing,ZHAI Shangpeng,LIU Jing,et al.Numerical simulation of flue gas distribution in multiple active coke desulfurization towers[J].Huadian Technology,2011,33(4):59-62,78.\nZHANG Yuge.Numberical simulation of new combined desulfurization,denitrification and demercuration tower with active coke[D].Changsha:Hunan University,2014.\nGUAN Haitao,DIAO Yongfa,LIU Jing.Experimental study on desulfurization and denitrification of active coke loaded with filter materials with different properties[J].Environmental Engineering,2015,33(S1):380-384,419.\nZHOU Zhenhua,CHEN Ming,WANG Jianzhi,et al.Numerical study on flow field optimization and resistance characteristics of circular and circular transition inlet flue[J].Ship Science and Technology,2012,34(6):25-30.\nZHOU Zhiming,FAN Weiguo,DONG Lichun.Numerical simulation of design of guide plate in flue of selective catalytic reduction denitrification system[J].Journal of Chongqing University,2009,32(10):1187-1192.\nLEI Ming,LI Yang,FAN Qingwei,et al.Numerical simulation of gas uniformity in a new active coke desulfurization adsorption column[J].Thermal Power Engineering,2014,29(4):385-390,458.\nLI Xiaoyun,ZOU Yan,CAI Xiaofeng.Integrated de-SOx/de-NOx technology with activated coke(AC)and the numerical simulation of cross-flow reactor desulfurization[J].Huadian Technology,2008(1):9-13.\nLI Yang,NIU Yongjun,LEI Ming,et al.Experiental investigation and fitting calculation for resistance in activated coke desulfurization[J].Thermal Power Generation,2014,43(8):80-83.\n LANG E,DRTINA P,STREIFF F,et al.Numerical simulation of the fluid flow and the mixing process in a static mixer[J].Internation Journal of Heat and Mass Transfer,1995,38(12):2239-2250.\nGUO Xiaoling,JIN Baosheng,SHEN Dan.Numerical simulation of flow field in desulfurization spray tower with porous plate[J].Boiler Technology,2007,38(6):5-9.\nZHOU Lili.Study on gas predistributor structure and mixing performance of flue gas denitrification reactor[D].Beijing:Beijing University of Chemical Technology,2010.\nZHANG Yunlei1,2,3,LIANG Daming1,2,3,SUN Zhongchao1,2,3,XIONG Yinwu1,2,3\n(1.Coal Chemistry Branch of China Coal Research Institute,Beijing 100013,China;2.Beijing Key Laboratory of Coal Based Carbon Materials,Beijing 100013,China;3.State Key Laboratory of Coal Mining and Clean Utilization,Beijing 100013,China)\nAbstract:With the tightening of environmental protection policies,the requirements for flue gas emissions are becoming more and more strict,and the removal of industrial exhaust pollutants faces a serious situation.Compared with the traditional flue gas purification process,the activated coke flue gas purification process has the technical characteristics of water saving,energy saving and no secondary pollution.As the core of the process,the research of the reactor has become the key to restrict the development of this technology.Taking the active desulfurization and denitration reactor of a certain project as the research object,a numerical analysis model was established and the pressure drop values between the model and the field device under different working conditions were compared.The average deviation between the two is 5.9%.The model can reflect the actual operation of the device to a certain extent.On this basis,CFD software was used to simulate and analyze the flow field inside the reactor and the concentration field of key components.According to the simulation results,the flue gas flow in the inlet chamber of the reactor is turbulent,and eddy currents and cavities appear,which leads to a difference in the residence time of flue gas in the active coke layer.In addition,according to the distribution map of ammonia mass fraction in the ammonia injection area,it can be seen that the uneven distribution of ammonia gas has a negative impact on the removal efficiency of system pollutants.In view of the above problems,the method of adding internal components in the reactor is adopted to improve the removal efficiency of the system pollutants.In order to improve the uniformity of flue gas at the inlet of the reactor,a deflector was installed at the flue gas inlet of the reactor and the optimization effects of three different types of deflector were compared and analyzed.The results show that the equidistant stepped curved deflector is installed at the flue gas inlet,the effect of uniform distribution of flue gas is the best.The uniformity of air flow in the system is increased by 11% and the pressure drop is reduced by 267 Pa compared with that before adding deflector.As the ammonia selective catalytic reduction method is adopted for flue gas denitrification of activated coke,ammonia gas needs to be injected as a reducing agent during the denitration process.Under a certain amount of ammonia injection,whether the ammonia gas concentration distribution in the denitration zone of the reactor is uniform directly affects the final denitration efficiency of the system.In order to improve the uniformity of ammonia concentration distribution,a porous plate is added on the basis of the original ammonia spray grid,and the porous plate is used to split and distribute the ammonia gas to achieve the purpose of mixing ammonia gas and flue gas in a short distance.Compared with the traditional method of reducing the diameter of the ammonia injection hole and increasing the number of ammonia injection tubes,the installation of perforated plate can reduce the risk of grid blockage during operation of the device and improve the stability of the device.The simulation results show that addition of porous plates above the ammonia spray grid improves the uniformity of ammonia spray by 21%.After optimization,the system's pollutant removal efficiency has reached more than 85%,meeting pollutant discharge requirements and improving system's operating stability,reducing risk of ash and pipe plugging.The correlation between simulation results and actual field operation data is good,indicating that simulation results are highly reliable and have some reference significance for actual production.\nKey words:actived coke;desulfurization and denitrification;reactor;numerical simulation;guide plate;spraying ammonia grille\nZHANG Yunlei,LIANG Daming,SUN Zhongchao，et al.Simulation and internal component optimization of active coke desulfurization and denitrification reactor[J].Clean Coal Technology，2020,26(6):175-181.


url: =>Caribbean Water World\n10:00-22:00, Caribbean Water World admissions: 11:00, 12:00, 13:00, 14:00, 15:00, 16:00, 17:00\nAbout Caribbean Water World\nThe Caribbean Water Paradise goes every summer. I find the entertainment items very exciting. The day we go is not very hot, not so sun-dried. There are not many people. It's our turn to queue for a minute or two. I take some friends to it. They haven't been there before. They all have to have fun and excitement. Next time we have time to play T.\nGreat stick, just a little sunshine, if there are indoor projects, there is no shoes, toilets dirty, feet pain ah\nReviewed on 1501126347000\nYesterday, the sunshine was very good. First, I went to the zoo. I saw many zoos. Then I went to the water world. I felt the tsunami, loudspeakers and other recreational facilities. It was very exciting. It's worth a visit!\nIt is most appropriate to take children to play, but unfortunately there is less content for children and old people to play.\nReviewed on 1439610695000\nMy son is two years old. He takes him to play. The facilities inside are OK. He's too young to play in shallow water, but he still has a good time. It happened to be an open night on the day we went. We arrived at more than four o'clock, so there was no sun. If we went during the day, it would be very sunny. We suggest that we go again at noon. Next time I wait for my son to be older, I think the ticket is a little expensive.\nIt's exciting and happy to run from Liuzhou to Nanning to the Caribbean with friends. The tsunami is very interesting! __________\nReviewed on 1500906981000\nThere are several special stimulations in the amusement facilities. Of course, they are not so stimulating. Do I mind that couples who haven't played must go, because it's a good place to date?\nYes, my son's enjoyment is that it's too small to play in many projects. I'll go back later.\nReviewed on 1502164752000\nIt's a fun place to spend a day and a night! The key is a lot of weight requirements, I 160, many are the highest 140! Ha ha Da Da loudspeaker is the most powerful. We've all been over 150+ for many times before we stop. Just get my GoPro in the water!\nIt's great fun. 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url: =Conferences > Freeform > 2017 > JTu3A > JTu3A.1 © 2017 OSA\nYongtian Wang,* Dewen Cheng, and Chen Xu\nY. Wang, D. Cheng, and C. Xu, "Freeform optics for virtual and augmented reality," in Optical Design and Fabrication 2017 (Freeform, IODC, OFT), OSA Technical Digest (online) (Optical Society of America, 2017), paper JTu3A.1.\nFreeform optics, mixed with other new technologies, continue to push the frontier of head-worn displays for virtual reality and augmented reality, and deliver systems with high optical performance, better user experience, and low production cost.\nFreeform optics for Virtual Reality applications\nPablo Benítez, Juan C. Miñano, Dejan Grabovickic, Pablo Zamora, Marina Buljan, Bharathwaj Narasimhan, and Milena Nikolic\nITu2A.1 International Optical Design Conference (IODC) 2017


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url: =Promoted liquid-phase hydrodechlorination of chlorophenol over Raney Ni via controlling base: Performance, mechanism, and application 期刊论文\nCHEMOSPHERE, 2020, 卷号: 242, 页码: UNSP 125202\nAuthors: Ma, XX; Liu, SJ; Liu, Y ; Li, XQ; Li, Q ; Gu, GD; Xia, CH\nView | Adobe PDF(3174Kb) | Favorite | View/Download：132/45 | Submit date：2020/07/08\nBase Promote Chlorophenol Hydrodechlorination (HDC) Raney Ni\nNew insights into the effect of base on the dechlorination of DDT in isopropanol-water over Pd/C catalyst under mild conditions 期刊论文\nCHEMICAL ENGINEERING JOURNAL, 2018, 卷号: 351, 页码: 756-765\nAuthors: Ma, Xuanxuan; Liu, Sujing; Liu, Ying; Li, Qing ; Gu, Guodong; Xia, Chuanhai\nView | Adobe PDF(1029Kb) | Favorite | View/Download：164/77 | Submit date：2020/07/08\n1,1,1-Trichloro-2,2-bis(4-chlorophenyl)ethane (DDT) Hydrodechlorination (HDC) Dehydrochlorination (DHC) Dechlorination Base Pd/C\nOptimization of antifouling coatings incorporating butenolide, a potent antifouling agent via field and laboratory tests 期刊论文\nPROGRESS IN ORGANIC COATINGS, 2017, 卷号: 109, 页码: 22-29\nAuthors: Chen, Lianguo; Xia, Chuanhai ; Qian, Pei-Yuan\nFavorite | View/Download：237/0 | Submit date：2017/09/05\nAntifouling Coating Butenolide Rosin Raft Trial Laboratory Assay\nPurification of quercetin-3-0-sophoroside and isoquercitrin from Poacynum hendersonii leaves using macroporous resins followed by Sephadex LH-20 column chromatography 期刊论文\nJOURNAL OF CHROMATOGRAPHY B-ANALYTICAL TECHNOLOGIES IN THE BIOMEDICAL AND LIFE SCIENCES, 2017, 卷号: 1048, 页码: 56-63\nAuthors: Li, Hongjuan; Liu, Ying; Yi, Yuetao ; Miao, Qin; Liu, Sujing; Zhao, Feng; Cong, Wei; Wang, Chunhua; Xia, Chuanhai ; Xia, CH (reprint author), Ludong Univ, Sch Resources & Environm Engn, Middle Hongqi Rd 186, Yantai 264025, Peoples R China.\nView | Adobe PDF(1618Kb) | Favorite | View/Download：529/205 | Submit date：2017/06/21\nMacroporous Resins Quercetin-3-0-sophoroside Isoquercitrin Purification Poacynum Hendersonii\nEnvironmental status and early warning value of the pollutant Semicarbazide in Jincheng and Sishili Bays, Shandong Peninsula, China 期刊论文\nSCIENCE OF THE TOTAL ENVIRONMENT, 2017, 卷号: 576, 页码: 868-878\nAuthors: Tian, Xiuhui; Xu, Yingjiang; Gong, Xianghong; Han, Dianfeng; Wang, Zhongquan; Zhou, Quanli; Sun, Chunxiao; Ren, Chuanbo; Xue, Jinglin; Xia, Chuanhai\nFavorite | View/Download：95/0 | Submit date：2017/03/02\nBohai And Yellow Seas Distribution Early Warning Value Semicarbazide Uplc-ms/ms\nView | Adobe PDF(1999Kb) | Favorite | View/Download：408/121 | Submit date：2017/03/02\n化学与生物工程, 2017, 卷号: 34, 期号: 1, 页码: 66-70\nAuthors: 苗芹; 叶明国; 刘苏静; 衣悦涛 ; 夏传海\nView | Adobe PDF(287Kb) | Favorite | View/Download：330/105 | Submit date：2017/06/21\n绿原酸 菊科植物 菊芋叶 向日葵叶 高效液相色谱\n中国科学:生命科学, 2016, 卷号: 27, 期号: 9, 页码: 1079-1084\nAuthors: 王建华 ; 杨翠云 ; 刘苏静; 方圣涛 ; 夏传海 ; 夏传海, E-mail: cyyang@yic.ac.cn; chxia@yic.ac.cn\nView | Adobe PDF(780Kb) | Favorite | View/Download：478/235 | Submit date：2016/12/09\n生物污损 防污剂 化学生态学 仿生防污技术\nThe possible role of bacterial' signal molecules N-acyl homoserine lactones in the formation of diatom-biofilm (Cylindrotheca sp.) 期刊论文\nMARINE POLLUTION BULLETIN, 2016, 卷号: 107, 期号: 1, 页码: 118-124\nAuthors: Yang, CY ; Fang, ST ; Chen, DH; Wang, JH ; Liu, FH ; Xia, CH ; Xia, CH (reprint author), Chinese Acad Sci, Yantai Inst Coastal Zone Res, Key Lab Coastal Biol & Biol Res Utilizat, Yantai 264003, Peoples R China. yangcy29@163.com; fhliu@yic.ac.cn\nView | Adobe PDF(958Kb) | Favorite | View/Download：295/74 | Submit date：2016/10/08\nDiatom-biofilm N-acyl Homoserine Lactone Quorum Sensing Extracellular Polymeric Substances Ca2++ Efflux\n涂料工业, 2016, 卷号: 46, 期号: 5, 页码: 33-38\nAuthors: 马星; 马宣宣; 刘苏静; 隋学会; 周晓群; 夏传海 ; 夏传海,中国科学院烟台海岸带研究所,E-mail：chxia@yic.ac.cn\nView | Adobe PDF(1893Kb) | Favorite | View/Download：380/117 | Submit date：2016/12/09\n防污涂料 聚乙烯渔网 性能评价\nCopyright ©2018 - 2022 Yantai Institute of Coastal Zone Research, Chinese Academy of Sciences - Powered by CSpace


url: =Prenotazione Ruidu Shanglv Hotel (Longshen) a Wenzhou - hotel Cina. Offerte speciali!\n> Asia > Cina > Zhejiang Sheng Zhejiang Sheng Hotel informazioni su Zhejiang Sheng > Wenzhou > Ruidu Shanglv Hotel (Longshen) >\nZhu Zhai District Che Zhan Avenue Lu Cheng District, 325000 Wenzhou, Cina\nRuidu Shanglv Hotel (Longshen) - Descrizione\nL'hotel Ruidu ShanglvContinua Hotel (Longshen) offre tutti i servizi che ci aspetta da un albergo tre stelle a Wenzhou: n.a.. L'hotel ha uno stile spiccatamente Family.L'hotel è situato nella parte sud-est della Wenzhou, in Zhu Zhai District Che Zhan Avenue Lu Cheng District, a solo 9 minuti a piedi dal centro della città.\nStrutture e servizi di Ruidu Shanglv Hotel (Longshen)


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url: =從幾種語法現象透視晉語對元白話的繼承和發展 | John Benjamins\nAuthor(s): Xiangdong Xing\nSource: Language and Linguistics, Volume 19, Issue 3, Jan 2018, p. 473 - 499\n本文通過三種語法現象來觀察晉語對元白話語法的繼承和發展。1.「來」表商請語氣：古代漢語、近代漢語中「來」表商請語氣的主要句式為「VP+去+來」，部分晉語繼承了元白話的用法，並發展了「咱每+VP+來」格式。2.「V/A+得來+補語」結構與提頓詞「來」：元白話用「V/A+得來+補語」結構表達動作的結果和性狀達到極高的程度，晉語不僅保留了這種格式，還同吳語一樣發展出了「V/A+得來」的隱含式。晉語之所以能夠發展出「V/A+得來+補語」結構，其更大的背景是「來」大量充當提頓詞的用法。3.「V將來/去」結構：晉語的特點是趨向動詞只有「來、去」，甚或只有「來」，沒有「V+將+複合趨向補語」，保留了元代乃至五代時期的特點。4. 其他語法特點：用表格形式臚列了 9 條晉語與元白話可能存在繼承關係的語法現象，同 《原本老乞大》 進行簡單對比。\nCao, Guangshun （曹廣順）\n1995 Jindai Hanyu zhuci 近代漢語助詞 [Auxiliaries of Early Mandarin Chinese]. Beijing: Language and Culture Press.\n2013 Yuanbaihua yuyan xingzhi zai yanjiu元白話語言性質再研究 [Revisiting the characteristics of the language in Yuan Baihua ]. In Cao, Guangshun （曹廣順) & Chappell, Hilary （曹茜蕾) & Djamouri, Redouane （羅端) & Wiebusch, Thekla （魏婷蘭） (eds.), Zonggu shujin, goushen quji 綜古述今，鉤深取極 [Breaking down the barriers: Interdisciplinary studies in Chinese linguistics and beyond] ( Yuyan ji Yuyanxue Zhuankan Xilie zhi Wushi 《語言暨語言學》專刊系列之五十 Language and Linguistics Monograph Series 50), 503–516. Taipei: Institute of Linguistics, Academia Sinica.\n1987 Shilun “dong-liao-qu” shi he “dong-jiang-qu” shi試論「動-了-趨」式和「動-將-趨」式 [On the constructions of “verb-liao-directional” and “verb-jiang-directional”]. Zhongguo Yuwen 中國語文 [Studies of the Chinese Language] 1987(4). 282–287.\nChiang, Min-hua （江敏華）\n2013 Taiwan Kejiahua dongqu jiegou zhong yu timao youguan de chengfen台灣客家話動趨結構中與體貌有關的成分 [Aspect-related components in the verb-directional constructions of Taiwan Hakka]. Yuyan ji Yuyanxue 語言暨語言學 [Language and Linguistics] 14(5). 837–873.\nFan, Huiqin （範慧琴）\n2003 Shanxi Dingxiang fangyan de “V+X+quxiang buyu” jiegou山西定襄方言的「V+X+趨向補語」結構 [The construction “V+X+directional complement” in Dingxiang dialect of Shanxi]. In Dai, Zhaoming （戴昭銘) & Zhou, Lei （周磊） (eds.), Hanyu fangyan yufa yanjiu he tansuo: Shoujie Guoji Hanyu Fangyan Yufa Xueshu Yantaohui lunwenji 漢語方言語法研究和探索 – 首屆國際漢語方言語法學術研討會論文集 [The research and exploration on Chinese dialectal grammar: Proceedings of the First International Conference on Chinese Dialect Grammar], 212–220. Harbin: Heilongjiang People’s Publishing House.\n2007 Dingxiang fangyan yufa yanjiu 定襄方言語法研究 [The study on Dingxiang dialect grammar]. Beijing: Language and Culture Press.\nFang, Mei （方梅）\n1994 Beijinghua juzhong yuqici de gongneng yanjiu北京話句中語氣詞的功能研究 [The study on the function of mood words in Beijing dialect sentences]. 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Taiyuan: Shanxi University United Press.\nInstitute of Information Science, Academia Sinica & Institute of Linguistics, Academia Sinica & Department of Information Technology Services, Academia Sinica\nInstitute of Information Science, Academia Sinica & Institute of Linguistics, Academia Sinica & Department of Information Technology Services, Academia Sinica 2001 Zhongyang Yanjiuyuan Jindai Hanyu Yuliaoku 中央研究院近代漢語語料庫 [Academia Sinica Tagged Corpus of Early Mandarin Chinese]. (lingcorpus.iis.sinica.edu.tw/cgi-bin/kiwi/pkiwi/kiwi.sh) (Accessed2016-03-27.)\nJiang, Lansheng （江藍生）\n2000  Wuyu zhuci “lai” “delai” suyuan吳語助詞「來」「得來」溯源 [The origin of auxiliaries “lai” (來) “delai” (得來) in Wu dialects]. In Jindai Hanyu tanyuan 近代漢語探源 [The origin of Early Mandarin Chinese], 110–133. Beijing: The Commercial Press. (Originally published in 1995. Zhongguo Yuyan Xuebao 中國語言學報 [Chinese Linguistics: The Journal of Linguistic Society of China] 5. 12–27. Beijing: The Commercial Press.)\nJiang, Shaoyu （蔣紹愚）\n1994 Jindai Hanyu yanjiu gaikuang 近代漢語研究概況 [A survey of Early Mandarin Chinese studies]. Beijing: Peking University Press.\nJiang, Shaoyu （蔣紹愚) & Cao, Guangshun （曹廣順）\n2005 Jindai Hanyu yufa shi yanjiu zongshu 近代漢語語法史研究綜述 [A survey of the history of Early Mandarin Chinese grammar]. Beijing: The Commercial Press.\nKuo, Wei-Ju （郭維茹）\n2007 “Gui qu lai” xin jie: Tan “gui qu lai” yilei de yufa wenti「歸去來」新解 – 談「歸去來」一類的語法問題 [The grammar of the gui qu lai (歸去來) pattern: A new interpretation]. Taida Zhongwen Xuebao 台大中文學報 [NTU Chinese Journal] 26. 285–312.\nLamarre, Christine （柯理思）\n2002 Hanyu fangyan li lianjie quxiang chengfen de xingshi漢語方言裡連接趨向成分的形式 [Forms connecting directionals in Chinese dialects]. Zhongguo Yuwen Yanjiu 中國語文研究 [Studies in Chinese Linguistics] 13(1). 26–44.\nLi, Chongxing （李崇興) & Zu, Shengli （祖生利) & Ding, Yong （丁勇）\n2009 Yuandai Hanyu yufa yanjiu 元代漢語語法研究 [Studies on Chinese grammar in Yuan Dynasty]. Shanghai: Shanghai Educational Publishing House.\n(Song) Li, Jingde （[宋] 黎靖德）\n(ed.) 1986 Zhuzi yulei 朱子語類 [Classified utterances of Zhu Xi]. Beijing: Zhonghua Book Company. (Collated by Wang, Xingxian （王星賢） .)\nLi, Taizhu （李泰洙）\n2003 <Laoqida> si zhong banben yuyan yanjiu 《老乞大》 四種版本語言研究 [Four versions of language study on Laoqida ]. Beijing: Language and Culture Press.\nLiu, Jian （劉堅) & Jiang, Shaoyu （蔣紹愚）\n1992 Jindai Hanyu yufa ziliao huibian: Songdai juan 近代漢語語法資料彙編：宋代卷 [Compilation of Early Mandarin Chinese grammar: Song volume]. Beijing: The Commercial Press.\n1995 Jindai Hanyu yufa ziliao huibian: Yuandai Mingdai juan 近代漢語語法資料彙編：元代明代卷 [Compilation of Early Mandarin Chinese grammar: Yuan and Ming volume]. Beijing: The Commercial Press.\nLiu, Jian （劉堅) & Jiang, Lansheng （江藍生) & Cao, Guangshun （曹廣順) & Bai, Weiguo （白維國）\n1992 Jindai Hanyu xuci yanjiu 近代漢語虛詞研究 [On Early Mandarin Chinese functional words]. Beijing: Language and Culture Press.\nLiu, Ling-ling （劉玲玲）\n2009 Shanxi Lishihua zhuci “lai”, “de lai” de teshu yongfa山西離石話助詞 「來」、「得來」的特殊用法 [The particular usage of the particle “lai” and “de lai” in Lishi dialect of Shanxi]. Lvliang Jiaoyu Xueyuan Xuebao 呂梁教育學院學報 [Journal of Lvliang Education College] 25(2). 28–30.\n1985 Jindai Hanyu zhidaici 近代漢語指代詞 [Modern Chinese pronouns]. Shanghai: Academia Press. (Supplemented by Jiang, Lansheng （江藍生） .)\nQiao, Quansheng （喬全生）\n2000 Jin fangyan yufa yanjiu 晉方言語法研究 [The study on Jin dialectal grammar]. Beijing: The Commercial Press.\nShen, Ming （沈明）\n2014 Shanxi Lanxian fangyan 山西嵐縣方言 [Lan County dialect of Shanxi]. Beijing: China Social Sciences Press.\nShi, Xiuju （史秀菊) & Shuang, Jianping （雙建萍) & Zhang, Li （張麗）\n2014 Xingxian fangyan yanjiu 興縣方言研究 [The study on Xing County dialect]. Taiyuan: Beiyue Literature and Art Publishing House.\nWang, Li （王利）\n2007 Changzhixian fangyan yanjiu 長治縣方言研究 [The study on Changzhi County dialect]. Taiyuan: Shanxi People’s Publishing House.\nWei, Pei-chuan （魏培泉）\n2013 Jindai Hanyu dongqushi zhong de “jiang”近代漢語動趨式中的「將」 [The particle jiang in Early Mandarin Chinese]. Yuyan ji Yuyanxue 語言暨語言學 [Language and Linguistics] 14(5). 875–928.\nWu, Yufang （武玉芳）\n2010 Shanxi Datongxian dongnanbu fangyan jiqi bianyi yanjiu 山西大同縣東南部方言及其變異研究 [The study on southeastern dialects of Datong County in Shanxi and their variations]. Beijing: China Social Sciences Press.\nXing, Xiangdong （邢向東）\n1994 Shenmuhua de jiegou zhuci “delai/lai”神木話的結構助詞「得來/來」 [The structural auxiliaries “delai/lai” in the Shenmu dialect]. Zhongguo Yuwen 中國語文 [Studies of the Chinese Language] 1994(3). 208–209.\n2002 Shenmu fangyan yanjiu 神木方言研究 [The study on Shenmu dialect]. Beijing: Zhonghua Book Company.\n2006 Shaanbei Jinyu yufa bijiao yanjiu 陝北晉語語法比較研究 [The comparative study on Jin dialectal grammar of Northern Shaanxi]. 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Zhongguo Yuwen 中國語文 [Studies of the Chinese Language] 2015(4). 341–351.\nLanguage and Linguistics 19, 473 (2018); https://doi.org/10.1075/lali.00017.xin\nKeyword(s): development; grammar; inheritance; Jin dialects; Yuan vernacular; 元白話; 晉語; 發展; 繼承; 語法