url: =Optimal Reactive Power Dispatch Using Chaotic Particle Swarm Optimization Algorithm--《Automation of Electric Power Systems》2005年07期\nOptimal Reactive Power Dispatch Using Chaotic Particle Swarm Optimization Algorithm\nLIU Zi-fa, GE Shao-yun, YU Yi-xin (Tianjin University, Tianjin 300072, China)\nTo deal with optimal reactive power dispatch problem, this paper presents chaotic particle swarms optimization (CPSO) to avoid the premature phenomenon of PSO. According to the advanced searching ability of chaotic variables, overlapping agents with poor optima searching ability are transformed into chaotic swarms while the other continue their PSO process in order to improve the method' s global searching performance. The proposed algorithm is tested on IEEE 6-bus, IEEE 14-bus, IEEE 30-bus and IEEE 118-bus systems. The results show its high efficiency and promising practical applications.\n1 GUO Yuan-fan,YANG Feng,DONG Zhao-xia(College of Hydropower and Information Engineering in Huazhong University of Science and Technology,Wuhan 430074,China);Available transfer capability calculation using particle swarm optimization algorithm[J];Advanced Technology of Electrical Engineering and Energy;2006-04\n4 Zhou Xiaofa Chen Chen Yang Fan Chen Minjiang(Shanghai Jiaotong University Shanghai 200240 China);Optimal Coordinated HVDC Modulation Based on Adaptive Chaos Particle Swarm Optimization Algorithm in Multi-Infeed HVDC Transmission System[J];Transactions of China Electrotechnical Society;2009-04\n5 Cheng Haibin (Jiangning Power Supply Company);A Summary of Algorithms for Optimal Power Flow[J];Electrotechnical Application;2006-11\n7 LIU Jun, LIU Zifa, HUANG Wei, YU Han, ZHANG Jianhua (Key Laboratory of Power System Protection and Dynamic Security Monitoring and Control of Ministry of Education, North China Electric Power University, Beijing 102206, China);An Intelligent Distribution Network Planning Method Based on Geographical Differential Evolution[J];Automation of Electric Power Systems;2007-02\n8 HUANG Wei, ZHANG Jianhua, ZHANG Cong, LIU Zifa, WEI Zhilian, PAN Dongli (The Key Laboratory of Power System Protection and Dynamic Security Monitoring and Control Under Ministry of Education, North China Electric Power University, Beijing 102206, China);Reactive Power Optimization in Power System Based on Bacterial Colony Chemotaxis Algorithm[J];Automation of Electric Power Systems;2007-07\n9 DU Xinwei, LIU Dichen, LI Yuan (Wuhan University, Wuhan 430072, China);Power System Fault Recurrence Technology Based on New Wavelet Neural Network[J];Automation of Electric Power Systems;2007-15\n10 WANG Yihong1,MEI Shengwei1,CHAN Ka Wing2(1. State Key Lab of Power Systems,Department of Electrical Engineering,Tsinghua University,Beijing 100084,China; 2. the Hong Kong Polytechnic University,Hong Kong,China);Dynamic Voltage Security Constrained Preventive Control Using Particle Swarm Optimization[J];Automation of Electric Power Systems;2008-12\n1 Liu Shengsong,H ou Zhijian,Jiang Chuanwen Shanghai Jiaotong U niversity,Shanghai2 0 0 2 4 0 ,China;OPTIMAL POWER FLOW ALGORITHM BASED ON CHAOSOPTIMIZATION AND BFGSMETHOD[J];Automation of Electric Power Systems;2002-10\n3 LIU Ming bo, LI Jian, WU Jie (South China University of Technology,Guangzhou 510640,China);NONLINEAR HOMOGENEOUS INTERIOR-POINT METHOD FOR REACTIVE-POWER OPTIMIZATION[J];Proceedings of the Csee;2002-01\n2 GUO Xin-zhong(Dept.of Elec.Engn.,Anhui University of Technology and Science,Wuhu 241000,China);Equivalent transform for bilevel multi-objective decision making problems and its global optimization methods[J];Journal of Anhui University of Technology and Science(Natural Science);2007-01\n8 SUN Liang,DAI Cun-jie,ZHANG Ke-yun(School of Traffic and Transportation,Lanzhou Jiaotong University,Lanzhou 730070,China);New Hybird Particle Swarm Optimization Algorithm[J];Journal of Chongqing Institute of Technology(Natural Science Edition);2008-02\n9 ZHOU Xiao-dong,XU Yu-sheng,GUO Chao-yang(School of Sciences,Xi' an University of Architecture and Technology,Xi' an 710055,China);Hybrid Chaos Algorithm for Solving the Nonlinear Constrained Programming[J];Journal of Chongqing Institute of Technology(Natural Science);2008-06\n1 Haiyan Gao; Bo Wang Department of Automatic Control Beijing Institute of Technology Beijing 100081,China;The application of ameliorated chaos optimization algorithm in linear quadratic regulation[A];[C];2003\n2 YANG Xin, LIU Xiaoyun(Dept. of Automation Eng., UEST of China Chengdu 610054);A Chaos Optimization Algorithm based on Simplex[A];[C];2004\n4 Feng Chun Xie Jin Li BaiLin Chen Yong (School of Mechanical Engineering,Southwest Jiaotong University,Sichuan 610031,China);Survey on Chaos Optimization Algorithms[A];[C];2004\n5 XU Yao-qun, YAO Feng-ge (Center for Control Theory and Guidance Technology. Harbin Institute of Technology, Harbin 150001, China; Institute of System Engineering, Harbin University of Commerce, Harbin 150028, China.;Chaos DFP algorithm for packing problem[A];[C];2005\n6 SONG Ying, CHEN Zeng-qiang, YUAN Zhu-zhi (Department of Automation,Nankai University, Tianjin 300071, China.;A New Chaotic Particle Swarm Optimization and Its Application in Nonlinear System Identification[A];[C];2006\n7 HUANG Meng, LIU He (College of Information Science and Engineering, East China University of Science and Technology, Shanghai 200237, China.;Chaotic Search Solution for Partners Selection in Dynamic Alliance[A];[C];2006\n8 Chen Jie, Xin Bin, Dou Lihua Department of Automatic Control, School of Information Science and Technology, Beijing Institute of Technology, Beijing 100081;Convergence and Dispersion in Intelligent Optimizers[A];[C];2006\n9 Zhang Jiahai , Xu Yaoqun College of Electrical and Automatic Engineering, Sanjiang University, Nanjing 210012 Center for Control Theory and Guidance Technology, Harbin Institute of Technology, Harbin 150001;Chaos Algorithm of Multilayer Feedforward Neural Network[A];[C];2006\n10 Wang Ling Zheng Dazhong Tang Fang (Dept. of Automation, Tsinghua University, 100084) (Dept. of Physics, BUAA, 100083);A New Technique for Optimization—Chaos[A];[C];2001\n1 ZHANG Xiao-ping1,GAO Yue-lin2 (1 School of Mathematics and Computer,Ningxia University,Yinchuan 750021,2 Research Institute of Information and System Computation Science,North National University,Yinchuan 750021,China);Adaptive Particle Swarm Optimization Algorithm with Dynamically Changing Inertia Weight[J];Journal of Anqing Teachers College(Natural Science Edition);2008-02\n2 Lv Xin,Shen Yiping First Hospital Affiliated to Zhejiang Chinese Medical University,Hangzhou(310006);Pareto Diagram Analysis on In-hospital Reason in Respiration Patients of Internal Medicine[J];Journal of Zhejiang University of Traditional Chinese Medicine;2008-04\n4 SHI Boqiang, ZHAO Dexiang, LI Haipeng, XIAO Chengyong Civil and Environmental Engineering School, University of Science and Technology Beijing, Beijing 100083, China;Optimization method and computer program based on the blind number theory[J];Journal of University of Science and Technology Beijing;2007-05\n5 LIU Rui-jie,ZHANG Jin-bo,LIU Rui(School of Mathematics,Physics and Software Engineering,Lanzhou Jiaotong University,Lanzhou 730070,China);Fuzzy c-Means Clustering Algorithm[J];Journal of Chongqing Institute of Technology(Natural Science Edition);2008-02\n6 MA Yong-fei~1,ZHOU Ren-jun~1,WANG Xian-min~2,DENG Xue-hua~1 (1.College of Electrical and Information Engineeing,Changsha University of Science and Technology,Changsha 410076,China;2.Yemazhai Power Plant,Liupanshui 553011,China);Reactive Power Optimization Based on Global Sequential Quadratic Programming Algorithm[J];Journal of Changsha University of Electric Power(Natural Science);2006-03\n7 ZHANG Rui-yang~1,CHEN Hou-he~2(1.Southern Power Dispatch & Communication Center,Guangzhou,Guangdong 510623,China;2.Northeast Dianli University,Jilin,Jilin,132012,China);Evaluation of Available Transfer Capability Based on Improved Particle Swarm Optimization[J];Journal of Northeast Dianli University;2006-04\n8 Han Xueshan; Xu Zbiyong (Dept. of Elec. Power Eng., Northeast China Iust.of Elec. Power Eng.,Jilin city 132012)Liu Zhuo(Harbin institute of Technology,Harbin 15001);Basic Theory of Accumulation Variable Method in Dynamic Optimal Dispatch ──Decomposition Model of Dynamic Optimal Dispatch[J];JOURNAL OF NORTHEAST CHINA INSTITUTE OF ELECTRIC POWER ENGINEERING;1996-01\n9 Li Huadong Han Xueshan Lu Yi Zhang Weiguo (Department of Electric Power Engineering,Northeast China Institute of Electric Power Engineering,Jilin City 132012);Load Flow Practical Algorithm in Power Distribution System[J];JOURNAL OF NORTHEAST CHINA INSTITUTE OF ELECTRIC POWER ENGINEERING;1997-01\n10 WU Li juan, ZHANG Chun hui,XU Xin he (School of Information Science & Engineering, Northeastern University, Shenyang 110004,China);Reasoning Model of Soccer Robot Strategy System[J];JOURNAL OF NORTHEASTERN UNIVERSITY;2001-06\n1 KANG Qi, WANG Lei, AN Jing, WU Qi-di ( Institute of Electronics and Information, Tongji University, Shanghai 200092; China; Institute of Traffic and Transportation, Tongji University, Shanghai 200331, China);Swarm Intelligent Computation[A];[C];2004\n3 Zhou Xiaofa Chen Chen Yang Fan Chen Minjiang(Shanghai Jiaotong University Shanghai 200240 China);Optimal Coordinated HVDC Modulation Based on Adaptive Chaos Particle Swarm Optimization Algorithm in Multi-Infeed HVDC Transmission System[J];Transactions of China Electrotechnical Society;2009-04\n4 FU Yang1, MENG Ling-he2, LUO Ping-ping1, CAO Jia-lin1 (1. Shanghai Electric Power College , Shanghai 200090, China; 2. School of Electromechanical Engineering and Automation, Shanghai University, Shanghai 200072, China);Application of Particle Swarm Optimization Algorithm Based on Predatory Search Strategy in Transmission Power Grid Expansion Planning[J];Electric Power Construction;2009-03\n5 Wang Lijing,Liu Cong(School of Electrical and Electronic Engineering,North China Electric Power University,Baoding 071003,China);Short-term Price Forecasting Based on PSO Train BP Neural Network[J];Electric Power Science and Engineering;2008-10\n6 WEI Zhibo, LIU Yan, GU Xueping(Key Laboratory of Power System Protection and Dynamic Security Monitoring and Control Under Ministry of Education, North China Electric Power University, Baoding 071003, China);DPSO Algorithm Based Network Reconfiguration of Power Systems for Maximizing Load Recovery Efficiency[J];Automation of Electric Power Systems;2007-01\n7 DU Xinwei, LIU Dichen, LI Yuan (Wuhan University, Wuhan 430072, China);Power System Fault Recurrence Technology Based on New Wavelet Neural Network[J];Automation of Electric Power Systems;2007-15\n9 LIU Jian,SHI Xiaojun,CHENG Hongli,XU Jingqiu(Xi'an University of Science and Technology,Xi'an 710054,China);Restoration for Large Area Blackout of Distribution Network and Switching Operation Sequence Management[J];Automation of Electric Power Systems;2008-02\n10 HUANG Qiwei1, LIU Jian2(1. Xi’an University of Technology, Xi’an 710048, China; 2. Xi’an University of Science and Technology, Xi’an 710054, China);Optimal Planning of Distribution Network Modeled Connection[J];Automation of Electric Power Systems;2008-07\n1 Ding Qia Nanjing Automation Research Institutes Nanjing, 210003 China Li Naihu Dept. of Electrical Engineering, Southeast University Nanjing, 210018 China Wu Han Dispatch Centre, East China Power Group Shanghai, 200002 China;INFEASIBILITY STUDY ON VOLTAGE/REACTIVE POWER OPTIMIZATION[J];POWER SYSTEM TECHNOLOGY;1999-09\n2 Jiang Chuanwen Quan Xianzhang Zhang Yongchuan;A Chaotic Optimization Method for Economical Operation of Hydropower Plants[J];JOURNAL OF HUAZHONG UNIVERSITY OF SCIENCE AND TECHNOLOGY;1999-12


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url: =[TC] Dawen Xu, Cheng Liu, Ying Wang, Kaijie Tu, Huawei Li, Bingsheng He, Lei Zhang,"Accelerating Generative Neural Networks on Unmodified Deep Learning Processors-A Software Approach,” to be appeared in IEEE Transactions on Computers, 2020. (CCF-A )\n[ASAP20] Dawen Xu, Ziyang Zhu, Cheng Liu, Ying Wang, Huawei Li, Lei Zhang and Kwang-Ting Cheng, "Persistent Fault Analysis of Neural Networks on FPGA-based Acceleration System", to be appeared in IEEE International Conference on Application-specific Systems, Architectures and Processors (ASAP), 2020. (CCF-C)\n[DATE20] Dawen Xu, Kexin Chu, Cheng Liu, Ying Wang, Huawei Li, “CNT-Cache: an Energy-efficient Carbon Nanotube Cache with Adaptive Encoding,” IEEE/ACM Proceedings of Design, Automation and Test in Europe conference (DATE), 2020.(CCF-B)\n[GLSVLSI20] Dawen Xu, Cheng Chu, Cheng Liu, Ying Wang, Xianzhong Zhou, Lei Zhang, Huawei Li, Huaguo Liang, “Multi-task Scheduling for PIM-based Heterogeneous Computing System,” to be appeared in ACM Great Lakes Symposium on VLSI (GLSVLSI), 2020. (CCF-C)\n[ASAP19] Dawen Xu, Kouzi Xing, Cheng Liu, Ying Wang, Yulin Dai, Long Cheng, Huawei Li, Lei Zhang, “Resilient neural network training for accelerators with computing errors,” in IEEE International Conference on Application-specific Systems, Architectures and Processors (ASAP), 2019. (CCF-C)\n[ASPDAC19] Dawen Xu, Li Li, Ying Wang, Huawei Li, Xiaowei Li, “Exploring emerging CNFET for Efficient Last Level Cache Design,” in IEEE/ACM proceedings of Asia and South Pacific Design Automation Conference (ASPDAC), 2019.(CCF-C)\nLi Li, Dawen Xu, Kouzi Xing, etc., "Squeezing the last MHz for CNN acceleration on FPGAs", The 3rd IEEE International Test Conference In Asia, Tokyo, Japan, September 3-5, 2019.\n[ICCAD18] Dawen Xu, Kaijie Tu, Ying Wang, Cheng Liu, Bingsheng He, Huawei Li, “FCN-Engine: Accelerating Deconvolutional Layers in Classic CNN Processors,” in IEEE/ACM International Conference On Computer Aided Design, 2018.(CCF-B)\n[CF17] Dawen Xu, Liao Yi, Ying Wang ,Huawei Li, Xiaowei Li, “Selective off-loading to Memory: Task Partitioning and Mapping for PIM-enabled Heterogeneous Systems,” to appear in ACM International Conference on Computing Frontiers 2017 (short paper).(CCF-C)\n[TVLSI14] Dawen Xu, Huawei Li, Amirali Ghofrani, etc.,“Test-Quality Optimization for Variable n-Detections of Transition Faults”, IEEE Transactions on VLSI Systems (TVLSI), Vol.22, No.8, pp. 1738-1749, 2014. (CCF-B)\nFoundations of Computer Systems Research，2010， 高等教育出版社（第六章作者）


url: =Liu Xiaobo Archives - Page 14 of 14 - PEN America\nDecember 10, 2008 His Excellency Hu Jintao President of the People’s Republic of China State Council Beijing 100032 P.R. China Mr. Meng Jianzhu Minister of the Public Security East Chang’an Avenue 14 Beijing 100741 P.R. China Your Excellencies, On behalf of… More\nRapid ActionDecember 10, 2008\nInternational PEN is seriously concerned about the detention of prominent dissident writer Liu Xiaobo, former President and Board member of the Independent Chinese PEN Center, who was arrested on… More


url: = Andrew Chatzky | Council on Foreign Relations\nbob体育网址Why Does the Census Matter?\nBackgrounder by Andrew Chatzky and Amelia Cheatham April 2, 2020bob体育网址\nbob体育网址Ukraine’s Post-Independence Struggles\nIn Brief by Andrew Chatzky October 4, 2019bob体育网址\nG20 (Group of Twenty) bob体育网址\nbob体育网址Will There Be a Trade Truce at the G20?\nIn Brief by Andrew Chatzky June 5, 2019bob体育网址\nbob体育网址The Truth About Tariffs\nIn Brief by Andrew Chatzky May 2, 2019bob体育网址\nEnergy and Climate Policy bob体育网址\nbob体育网址Brexit’s Stickiest Point: The Irish Backstop\nBackgrounder by Andrew Chatzky and James McBride January 28, 2020bob体育网址\nUnited Kingdom bob体育网址\nOil and Petroleum Products bob体育网址\nBackgrounder by Andrew Chatzky and Anshu Siripurapu April 9, 2020bob体育网址\nbob体育网址Is ‘Made in China 2025’ a Threat to Global Trade?\nbob体育网址What Is the Trans-Pacific Partnership (TPP)?\nbob体育网址How Are Trade Disputes Resolved?\nBackgrounder by James McBride and Andrew Chatzky January 6, 2020bob体育网址\nBackgrounder by James McBride and Andrew Chatzky March 8, 2019bob体育网址\nbob体育网址The National Debt Dilemma\nbob体育网址Space Exploration and U.S. Competitiveness\nbob体育网址The Role of the European Central Bank\nbob体育网址The IMF: The World’s Controversial Financial Firefighter\nMonetary Policy bob体育网址\nbob体育网址NAFTA and the USMCA: Weighing the Impact of North American Trade\nBackgrounder by Claire Felter, Danielle Renwick and Andrew Chatzky July 10, 2019bob体育网址\nbob体育网址What’s Next for the WTO?\nBackgrounder by James McBride and Andrew Chatzky December 10, 2019bob体育网址


url: =2nd International Aero-Engine Conference 2019 held in Beijing__Commercial Aircraft Corporation of China, Ltd.\n2nd International Aero-Engine Conference 2019 held in Beijing\nLast Updated (Beijing Time):2019-09-19 Source:News Center of COMAC\nThe 2nd International Aero-Engine Conference 2019 themed with "Dream Driven, Green Sharing, Promote Human Development in a Responsible Manner" was held during Aviation Expo/China 2019 (18th Expo) on September 19th, 2019. Nearly 400 professionals from domestic and foreign engine field had in-depth exchanges and discussions on aero-engine technology, products and industrial development. Mr. Cao Chunxiao, Academician of Chinese Academy of Sciences, Mr. Wu Guanghui, Academician of the Chinese Academy of Engineering, Member of Standing Committee of the Party Committee of Commercial Aircraft Corporation of China, Ltd. (COMAC) and Vice President of COMAC, Mr. Chen Shaoyang, Member of the Party Leadership Group and Vice President of Aero Engine Corporation of China (AECC), and Mr. Liu Yongcai, Mr. Yue Jialing, Mr. Chen Maozhang, Mr. Yin Zeyong and Mdm Xiang Qiao, Academicians of the Chinese Academy of Engineering, attended the conference.\nMr. Wu Guanghui made a keynote speech themed with Prospect of Future Civil Aircraft Development at the conference. He systematically analyzed the influence of the development of aviation industry on global economy and qualified personnel as well as the driving effects of related industries from five aspects, i.e. development history of civil aviation market, development progress of COMAC aircraft programs, new technology of civil aircraft in the future, demand of power plant system by civil aircraft, and co-construction of aviation ecosystem, and put forward the prospect of power plant for commercial aircraft in the future. Mr. Wu Guanghui expressed the hope that all sides could integrate high-quality resources, work together, strengthen research on new technologies and materials, enhance core capabilities and jointly build an aviation ecosystem with a good environment.\nIt is reported that the 2nd International Aero-Engine Conference 2019 is jointly held by the Department of Mechanical and Transportation Engineering of Chinese Academy of Engineering, the Aero-Engine Industry-Academia Complex of China Association for Science and Technology, and the Science and Technology Committee of AECC, and aims to set up a stage for peers in the world aero-engine industry to communicate with each other and deeply discuss the green future of the world aero-engine industry.


url: =An ant system with scouting subgroup--《Journal of University of Science and Technology Beijing》2006年08期\nAn ant system with scouting subgroup\nXU Jian,L Zhimin,XU JinwuNational Engineering Research Center for Advanced Rolling Technology,University of Science and Technology Beijing,Beijing 100083,China\nTo solve the disadvantages of the basic ant colony algorithm including slow convergent speed and incidental stagnation behavior,a new ant colony optimization algorithm,named the ant system with scouting subgroup (ASSS),was proposed. In the algorithm a small part of ants were separated and formed a scouting subgroup that random moved at a certain probability to increase results diversity. The pheromone update strategy used the iteration-best-ant and global-best-ant at the same time to make use of both iteration-fruit and history-fruit. LK mutation factor was employed to locally optimize the search results of each step. Three typical traveling salesman problems (TSP) were tested,and the results show that this proposed algorithm can avoid prematurity and speed up convergence.\n1 GAO Wei(Department of Civil Engineering,Wuhan Polytechnic University,Wuhan 430023,China);The intelligent bionic model——ant colony[J];Caai Transactions on Intelligent Systems;2008-03\n3 LIU Ji-xin,ZHAO Ying-kai(College of Automation,Nanjing University of Technology,Nanjing 210009,China);Application of Bayesian decision in sensor recognition[J];Transducer and Microsystem Technologies;2009-04\n4 LI Sheng-xin~(1,2) (1.Department of Computer Science,Xiangnan University.,Chenzhou 423000,China;2.School of Computer and Communication,Hunan University,Changsha 410082,China);A Hybrid Approach Based on Ants Colony Optimization(ACO) and Genetic Operators[J];Journal of Xiangnan University;2008-05\n5 XIONG Wei-qing1, ZHOU Yang2, WEI Ping1 ( 1. Institute of computer Science and Technology, Ningbo University, Ningbo 315211, China; 2. Institute of Artificial Intelligence, Zhejiang University, Hangzhou 310027, China );A dynamic ant colony algorithm with disaster[J];Journal of Circuits and Systems;2005-06\n6 Xu Yao-hua Hu Yan-jun (School of Electronic Science and Technology, Anhui University, Hefei, 230039, China);Research of Ecologic System Optimization Algorithms for Multi-user Detection in CDMA Communication Systems[J];Journal of Electronics & Information Technology;2006-11\n7 ZHAO Xue-feng (College of Mathematics and Information Science,Northwest Normal University,Lanzhou 730070,China);Research on an Extended TSP Based-on Ant Colony Algorithm[J];Systems Engineering;2003-01\n8 HU Xiang-pei,DING Qiu-lei,LI Yong-xian(Institute of Systems Engineering,Dalian University of Technology,Dalian 116023,China);A Review on Ant Colony System[J];Journal of Industrial Engineering and Engineering Management;2008-02\n9 LAO Juan,WEI Wen-dai,WU Chao-kui (College of Computer Science and Electronic Information,Guangxi University,Nanning Guangxi 530004,China);Stuty on some improvement strategies of ant colony algorithm for solving TSP[J];Journal of Guangxi University(Natural Science Edition);2008-S1\n10 JIANG Xing -bo1,XU Kai -yun2,LIU Xiao -rong1 1. Department of Military Health Service,Faculty of Health Services,Second Military Medical University,Shanghai 200433,China 2. Department of Emergency Medicine,Changhai Hospital,Second Military Medical University,Shanghai 200433,China;Solving shortest circuit problem of military health support based on partheno-genetic algorithm[J];Academic Journal of Second Military Medical University;2010-01\n7 XU Feng,DU Jun-ping (Beijing Key Lab of Intelligent Telecommunication Software and Multimedia,School of Computer Science, Beijing University of Posts and Telecommunications,Beijing 100876,China);Study and Realization of Tourist Navigation System for Scenic Spots[A];[C];2009\n5 WANG Wei 1,GAO Xiao-zhi 2,WANG Chang-hong1,WANG Chong3(1.Space Control and Inertial Technology Research Center,Harbin Institute of Technology,Harbin 150001,China;2.Institute of Intelligent Power Electronics,Helsinki University of Technology,Helsinki 02150,Finland;3.College ofInformation and Computer Engineering,Heilongjiang Institute of Science and Technology,Harbin 150076,China);New single neuron PID controller based on immune tuning[J];Electric Machines and Control;2008-01\n6 TIAN Yan-shuo,LIU Xiao-yun (School of Automation Engineering., UEST of China Chengdu 610054);A Mixed Genetic Algorithm of Improve Local Search Ability[J];Journal of University of Electronic Science and Technology of China;2006-02\n7 Yang Minghao,H uang Dange China Agricultural U niversity,Beijing 100083 ,China;A REAL-TIME ALGORITHM OF POWER SERVICE RESTORATION FOR POWER DISTRIBUTION NETWORKS[J];AUTOMATION OF ELECTRIC POWER SYSTEMS;2000-05\n10 Hu Minyou,Chen Yuan(Southeast University,Nanjing);SIMULATED ANNEALING ALGORITHM OF OPTIMAL RECONSTRUCTION IN DISTRIBUTION SYSTEM[J];AUTOMATION OF ELECTRIC POWER SYSTEMS;1994-02\n1 YAN Ke-zhen1,2,WU Jian-liang1 (1.College of Civil Engineering,Hunan Univ,Changsha,Hunan 410082,China;2.Highway,Chang'an Univ,Xi'an,Shan'xi 710064,China);Back-calculation of Modulus for Pavements Based on Ant Colony Algorithm[J];Journal of Hunan University(Natural Sciences);2010-05\n2 YIN Feng1,WANG Yao-nan1,LIU Wei2,ZHOU Liang1(1.College of Electrical and Information Engineering of Hunan University,Changsha 410082,China;2.School of Software,Hunan Vocational College of Science and Technology,Changsha 410118,China);Design and simulation of an ant colony algorithm based on individual velocity differences[J];Caai Transactions on Intelligent Systems;2009-06


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=Jing cha | Zhongguo | Xi ju. (Concept) - Lacon Public Library\nThe concept Jing cha | Zhongguo | Xi ju. represents the subject, aboutness, idea or notion of resources found in Lacon Public Library.\nThe Resource Jing cha | Zhongguo | Xi ju.\n1 Items that share the Concept Jing cha | Zhongguo | Xi ju.\nContext of Jing cha | Zhongguo | Xi ju.\n
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\nData Citation of the Concept Jing cha | Zhongguo | Xi ju.


url: =Ke Fu, age 44, address: 15103 20Th Ave, Flushing, NY 11357 - PeopleBackgroundCheck\nKe Fu, Age 4415103 20Th Ave, Flushing, NY 11357\nFu L Lin 68 Fuping Jiang 59 Joyce Jiang You J Jiang\nKe Fu Phones & Addresses\n15103 20Th Ave, Whitestone, NY 11357\n4049 Case St, Elmhurst, NY 11373\nMentions for Ke Fu\nKhalil Fong 方大同& Fiona Sit 薛凱琪- Fu Ke Hui Yi 復刻回憶\nKhalil Fong - Fang Da Tong 方大同& Fiona Sit Hoi-Kei 薛凱琪- Fu Ke Hui Yi 復刻回憶你还好吗好久不见ni hai hao ma hao jiu bu jian How are you? Long time no see 又来这里这个老店you lai zhe li zhe ge lao dian We�re here again, this old shop 后来的你喜欢了谁hou lai de ni xi huan le shei Who did you like afterwards? 我们聊聊天wo men liao liao ...\nAmerican Federation Ke Hsiao Kung-Fu Warrior 5 Virtues\nKUNG FU KE HSIAO Arte milenaria oriunda del SHAOLIN DEL SUR destinada solamente paras los monjes rectores. Aqui les muestro algunas kuenes o formas y autodefensas de diferentes sistemas como: arana,aguila,leopardo,grulla y el trabajo de algunas de las armas. Si desean mas informacion escribenos a wa...\nWi Sani - Mi Ke Fu Lobi Weki\nComic Boyz - Qiu Ai Fu Ke Ban (求爱复刻版)\nMV of Comic Boyz 求爱复刻版(Qiu Ai Fu Ke Ban).\nPopko Yulg Ke Fu\nPopko Yulong Ke Fu\nFrances Y Fu Gail S Fu Huang T Fu Jeffrey M Fu Jenny N Fu Jian H Fu Joan L Fu Ke E Kirk


url: =2006 Alkali-soluble polysaccharides of Rhizoclonium riparium alga induce IL-1 gene expression via protein kinase signaling pathways. Hsu, HY; Hua, KF; Su, YC; Chu, LC; Su, SC; Chiu, HW; Wong, CH; Chen, ST; Shieh, CW; Yang, SS; Chen, YM; Chao, LK Journal of agricultural and food chemistry 54(10), 3558-65\n2014 Antibody-dependent SARS coronavirus infection is mediated by antibodies against spike proteins. Wang, SF; Tseng, SP; Yen, CH; Yang, JY; Tsao, CH; Shen, CW; Chen, KH; Liu, FT ; Liu, WT; Chen, YM; Huang, JC Biochemical and biophysical research communications 451(2), 208-214\n2018 Association of C-type lectin 18 levels with extrahepatic manifestations in chronic HCV infection Liao, TL; Huang, YL; Chen, YM; Lee, HC; Chen, DY; Hsieh, SL SCIENTIFIC REPORTS 8, 17287\n1999 Community-based molecular epidemiology of HTLV type I in Taiwan and Kinmen: implication of the origin of the cosmopolitan subtype in northeast Asia. Chen, YM; Ting, ST; Lee, CM; Liu, WT; Pan, WH; Cheng, AT; Chou, P AIDS research and human retroviruses 15(3), 229-237\n2012 Deficiency of Glycine N-methyltransferase Aggravates Atherosclerosis in Apolipoprotein E-null Mice. Chen, CY; Ching, LC; Liao, YJ; Yu, YB; Tsou, CY; Shyue, SK; Chen, YM; Lee, TS MOLECULAR MEDICINE 18, 744-752


url: =A NEW SPECIES OF THE GENUS CYLICOCYCLUS FROM GUANGXI,CHINA--《广西农学院学报》1991年02期\nA NEW SPECIES OF THE GENUS CYLICOCYCLUS FROM GUANGXI,CHINA\nZhang Shunxiang Zhang Yiqiang (Dept.of Animal Husbandry and Veterinary)\nIn this paper a new spccics of strongylid nematodcs,Cylicocyclus nanningensis sp.nov.,collected from the large intestine of a horse and a mulc in Nanning has becn describcd.The new species resemblcs C.nassatum Looss,1990,has 20 cxtcrnal lcaf-crowns,whercas it has 160—200 internal leaf-crowns,much m ore than the latter which has 60.Furthermore,the lateral papilla of the new spccies do not strctch out re- markably,and the differences betwecn the dosal—ventral diameter and the latter diamctcr of the anterior part,collar of mouth opening and buccal capsulc are smaller.Type spcci- nlcns:Holotype♂,Allotypc♀,Paratype 73♂♂,192♀♀.All type speeimens are dc- posited in the Scction of Vctcrinary Parasitology,Dcpartment of Aninlal Husbandry and Veternary Medincine,Guangxi Agricultural College.\n【CateGory Index】： S852.731\n1 ZHANG Yiqiang,HUANG Weiyi (College of Animal Science and Technology,Guangxi Univ.,Nanning 530005,China);Corrections and additions to a list of parasites for livestock and poultry in Guangxi Zhuang Autonomous Region[J];广西农业生物科学;2001-03\n1 K'UNG FAN-YAO AND YANG NIAN-HE(Peking Agricultural College);STRONGYLID PARASITES OF DONKEYS IN PEKING Ⅲ. CYLICOCYCLUS PEKINGENSIS, sp. nov.[J];动物学报;1964-03\n1 ZHANG Lu-Ping(College of Biological Science,Hebei Normal University,Shijiazhuang 050016) KONG Fan-Yao(College of Veterinary Medicine,China Agricultural University,Beijing 100094);REVIEW OF THE SYSTEMATICS OF CYATHOSTOMINEA (NEMATODA:STRONGYLIDAE)[J];动物分类学报;2002-03\n2 Zhang Shunxiang Zhang Yiqiang (Dept.of Animal Husbandry and Veterinary);A NEW SPECIES OF THE GENUS CYLICOCYCLUS FROM GUANGXI,CHINA[J];广西农学院学报;1991-02\n1 Zhang Shunxiang Zhang Yiqiang (Dept.of Animal Husbandry and Veterinary);A NEW SPECIES OF THE GENUS CYLICOCYCLUS FROM GUANGXI,CHINA[J];广西农学院学报;1991-02\n2 Zhang Bilian Wei Huifeng Xie Zhongdong Zhang Wei Lu Mingxin;AN INVESTIGATION ON THE PARASITIC HELMINTH OF DUCKS IN GUANGXI[J];广西农学院学报;1987-01\n3 Xu Lisheng Wang Aijun Li Yizhou;A Critical Study of the Oocysts of Three Important Species of Eimeria in Buffalloes of Guangxi Province[J];中山大学学报(自然科学版);1986-02\n4 Wang Xiyun ( The Academy of Sciences of Jiongxi Province );STUDIES ON THE TREMATODE FAMILY ECHINOSTOMATIDAE DIETZ, 1909 FROM FOWLS IN NANCHANG AND NANNING, WITH DESCRIPTIONS OF FOUR NEW SPECIES[J];畜牧兽医学报;1985-01\n5 (Peking Agricultural College)(Kuanghsi Agricultural College)K’ung Fan-yao Chang Yi-ch’iang;SOME PARASITIC NEMATODES FROM KUANGHSI[J];畜牧兽医学报;1965-01\n1 ZHANG Yiqiang (College of Animal Science and Technology,Guangxi University,Nanning 530005, China);A addendum to the Insect Catalogue of Guangxi[J];广西农业生物科学;2004-02\n1 K'UNG FAN-YAO & YANG NIAN-HE (Peking Agricultural College);STRONGYLID PARASITES OF DONKEYS IN PEKING. IP[J];动物学报;1963-01\n2 K'UNG PAK-YAO, YEH CH-'I-EN, and LIU KUEI-YING;STRONGYLID PARASITES OF DONKEYS IN PEKING.I.[J];动物学报;1959-01


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url: =Li, Qiyue; Li, Jie; Wang Jianping, Zhao, Baohua; Qu, Yugui. A Pipelined Processor Architecture for Regular Expression String Matching., Microprocessors and Microsystems.\nZhong chu; Qiyue Li; Jie Li; Jianping Wang. “A Programmable Controller Architecture for Regular Expression String Matching”, in the 24th Chinese Control and Decision Conference(2012 CCC).\nLi, Jie; Li, Qiyue; Qu, Yugui; Zhao, Baohua. An Energy-Efficient MAC Protocol Using Dynamic Queue Management for Delay-Tolerant Mobile Sensor Networks., Sensors, 2011, 11, 1847-1864.\nLI Qiyue, LI Jie, WANG Jianping, QIAN Zituo, SUN Wei. “AE-MAC: An Adaptive and Energy-efficient MAC Protocol For Delay-tolerant Mobile Sensor Networks”. Proceedings of 2011 International Conference on Instrumentation, Measurement, Circuits and Systems(ICIMCS 2011)\nJie LI, Qi-yue LI, Bao-hua ZHAO, Yu-gui QU. “A Queue Management MAC protocol for Delay-Tolerant Mobile Sensor Networks”. the 2nd IEEE International Conference on Advanced Computer Control(ICACC 2010).\nLI Jie, QU Yu-gui and ZHAO Bao-hua. An Energy-Efficient MAC Protocol for Delay-Tolerant Mobile Sensor Networks, published in The Chinese Journal of Beijing University of Posts and Telecommunications. vol.32, Page(s):1-4, April 2009.


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Products/Services:Animal ear tag,tag,Veterinary medicine,animal health care product,dairy equipment Business Type:Manufacturer Year Established:1995 Employees Total:11 - 50 Contact Information Country/Region:India Address:GUJARAT Contact Name:Narendra Panara Contact Now Shandong Mingyuan Imp.&Exp.Co.,Ltd Products/Services:Veterinary Medicine,Animal Medicine,Animal Business Type:Manufacturer Year Established:2001 Employees Total:51 - 100 Contact Information Country/Region:China Address:Shandong Contact Name:Zhao Chen Contact Now Hebei Yinuo Animal Husbandary Science and Technology Co., LTD Products/Services:veterinary medicine,veterinary raw materials,animal drugs,veterinary pharmaceuticals Business Type:Manufacturer Year Established:1998 Employees Total:101 - 500 Contact Information Country/Region:China Address:Hebei Contact Name:AbbyLi Contact Now Shanghai Gongyi Veterinary Medicines Plant Products/Services:veterinary medicine,veterinary drug,veterinary pharmaceutical,injection solution Business Type:Manufacturer Year Established:1972 Employees Total:101 - 500 Contact Information Country/Region:China Address:Shanghai Contact Name:Shelly Chen Contact Now Jiangxi Teli Anaesthesia & Respiration Equipment Co.,Ltd Products/Services:medical ventilator,respiratory equipment,veterinary medicine,surgical equipment Business Type:Manufacturer Year Established:1993 Employees Total:51 - 100 Contact Information Country/Region:China Address:Jiangxi Contact Name:Mary Lei Contact Now Beach Veterinary Products/Services:veterinary,medicine Business Type:Buyer Year Established:2004 Employees Total:1 - 5 Contact Information Country/Region:United States Address:CA Contact Name:Suresh Shah Contact Now Zhejiang Medicines & Health Products I/E Co. 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url: =Study on control performance of digital piston pump based on virtual prototype technology--《Journal of Zhejiang University(Engineering Science)》2010年01期\nStudy on control performance of digital piston pump based on virtual prototype technology\nZHANG Bin1,XU Bing1,YANG Hua-yong1,YANG Qiang2,LUO De-gang2(1.State Key Laboratory of Fluid Power Transmission and Control,Zhejiang University,Hangzhou 310027,China;2.Guizhou Liyuan Hydraulic Com.Ltd,Guiyang 550018,China)\nIn order to develop a new type of digital hydraulic pump and study its control characteristics,with the high-speed on/off valve control,a new type of control mode for digital piston pump was developed to realize different functions by changing a controller program.The dynamic and hydraulic models were established by analyzing the control principle of this digital pump.An interface was designed to connect the two models,and a virtual prototype of this digital pump was built in the virtual prototype platform.The flow control,pressure control and power control of this digital pump were studied in two ways:the simulation of the virtual prototype and the experiments of the physics prototype.The results showed that accurate pressure and flow control can be realized in less than 2 s,and accurate constant power control can be performed.So the digital pump is convenient to meet different control requirements by using defining way.Besides,the virtual prototype technology can well predict the pump performance and would be a good choice in designing and optimizing the digital pumps.\n【Fund】： 国家“十一五”科技支撑计划资助项目(2006BAF01B01 2006BAF01B04);; 国家“863”高技术研究发展计划资助项目(2007AA041803);; 上海市数字化汽车车身工程重点实验室开放课题基金资助项目(MSV-2009-02).\n1 ZENG Qingliang;LIU Jilong;ZHANG Haizhong;Electromechanical Control and Intelligent Equipment Institute,Shandong University of Science and Technology;;Study on Constant Power Characteristics of Tandem Axial Piston Pump[J];机床与液压;2015-23\n2 BAI Jing;QIN Xiansheng;WU Binyi;Northwestern Polytechnical University;;The implication of digital hydraulic drive technology in bionic legged robot[J];机械设计与制造工程;2015-02\n3 DENG Qian-kun;ZHANG Bin;YANG Hua-yong;The State Key Laboratory of Fluid Power Transmission and Control, Zhejiang University;;Study on the Electronic Servo Control Variable Displacement Pump Through Co-Simulation[J];液压气动与密封;2015-01\n4 LIU Ming-ming;LIU Hong-hui;ZHANG Shuai;JIANG Wen-xin;DU Le-pu;Civil Aviation Institute of Shenyang Aerospace University;;Character study on the pressure and flow pulsation of the aero-motor fuel pump[J];青岛理工大学学报;2014-04\n5 FENG Zhi-Heng 1,CAO Hua-Jun 2(1.Guangxi Liugong Machinery Co.,Ltd.,Liuzhou Guangxi 545007,China;2.The State Key Laboratory of Mechanical Transmisson of Chongqing University,Chongqing 400030,China);Dynamic Modeling and Solution of Rigid-flexible Coupling Problem in Rhombic Drive Mechanism of Stirling Engine[J];机电产品开发与创新;2013-04\n6 TONG Shuiguang WANG Xiangbing ZHONG Wei ZHANG Jian (Institute of Thermal Science and Power System,Zhejiang University,Hangzhou 310027);Dynamic Characteristics Analysis on Axial Piston Pump Based on Virtual Prototype Technology[J];机械工程学报;2013-02\n7 REN Bin ZHANG Shuyou TAN Jianrong(The State Key Lab of Fluid Power Transmission and Control,Zhejiang University,Hangzhou 310027);Solution of Rigid-flexible Coupling Problem in Digital Prototyping of Double Toggle Mold Closing Device[J];机械工程学报;2012-03\n8 WANG Hai-wei~1,YANG Hui-xia~2,LIU Geng~1,WU Li-yan~1 (1.School of Mechatronics,Northwestern Polytechnical University,Xi'an 710072,China; 2.Aviation Equipment Institute,Qing'an Group Corporation,Xi'an 710077,China);Parameter revising method for a rigid-flexible coupled virtual prototype of a multibody system containing impact[J];振动与冲击;2011-12\n9 De-sheng WEN1,Zhi-li WANG 1,Jun GAO1,Yong ZHANG1,Shi-jun LV1,Tetsuhiro TSUKIJI2(1College of Mechanical Engineering,Yanshan University,Qinhuangdao 066004,China)(2College of Engineering and Applied Science,Sophia University,Tokyo 102-8554,Japan);Output speed and flow of double-acting double-stator multi-pumps and multi-motors[J];Journal of Zhejiang University-Science A(Applied Physics & Engineering);2011-04\n1 Tang Hongbin;Wang Shengxue;Tan Jian;College of Automobile and Mechanical Engineering,Changsha University of Science and Technology;Key Laboratory of Lightweight and Reliability Technology for Engineering Vehicle,College of Hunan Province;;Analysis of Piston Pump Leakage Fault Characteristic Based on Rigid-flexible-fluid Coupling Model[A];[C];2017\n1 YANG Zhi-wei,XU Bing,ZANG Bin (The Key State Lab og Fluid!Power Transmission and Control, Zhejiang University, Hangzhou 310027, China);Simulation of axial piston pump characteristic based on virtual prototype technology[J];液压气动与密封;2006-03\n2 LI Yu gui 1 ,YANG Xiao ming 1 ,GAO Xue jie 2 (Taiyuan Heavy Machinery Institute,Taiyuan 030024,China;2. Shanxi Linfen Railway Branch Bureau,Linfen 041000,China);Study on Static Characteristic of PWM High Speed on/off Valve[J];太原重型机械学院学报;2002-01\n1 YANG Shujun;WANG Nan;WANG Qing;Department of Vehicle and Energy,Yanshan University;;Experimental Study of the Static Characteristics of the High-speed Switch Valve[J];机床与液压;2015-23\n2 TAN Juan;ZHU Yu-quan;HUANG Zheng-dong;Department of Mechanical and Electronic Engineer, Wuhan University of Technology Huaxia College;School of Mechanical Science & Engineering,Huazhong University of Science and Technology;;Simulation Research of a Piston Pump Characteristic Based on AMESim[J];液压气动与密封;2015-10\n3 LI Tao-tao;HUANG Jia-hai;QUAN Long;WANG Sheng-guo;Key Lab of Advanced Transducers and Intelligent Control System,Ministry of Education and Shanxi Province,Taiyuan University of Technology;Technology Center of Taiyuan Heavey Machinery Group Yuci Hydraulic Industry;;Characteristic Test of High-speed On-off Solenoid Valve[J];液压与气动;2015-08\n4 Zhu Jianxin;Zhu Zhenxin;Dai Peng;Yu Guangmiao;State Key Laboratory of High-performance Complex Manufacturing,Central South University;Sunward Intelligent Equipment Co. ,Ltd;;Analyzing and Optimizing Response Performances of Load Sensitive Pump[J];机械科学与技术;2015-06\n5 Ding Xiaoning;Jia Yuehu;Liu Wei;Cheng Xuhua;;Research of Variable Displacement Piston Pump Based on Digital Compensation Control[J];流体传动与控制;2015-03\n6 XU Shang-wu;SUI An-dong;SUN Xiu-ling;Yantai Eddie Hydraulic Technology Co., Ltd.;School of Mechatronics and Automobile Engineering of Yantai University;;FEM Simulation of Axial Piston Pump/Motor Cylinder Assembly Based on NX Software[J];液压气动与密封;2015-03\n7 ZHANG Erping;LI Bo;LIU Zhifeng;CHENG Huanbo;Liugong Machinery Co. ,Ltd.;School of Mechanical and Automotive Engineering,Hefei University of Technology;;Establishment of Finite Element Model and Strength Calculation for Sliding Shoe of Axial Plunger Pump[J];机床与液压;2015-04\n8 SU Ming;LIU Yugang;School of Mechanical & Electrical Engineering,Guizhou Normal University;Key Simulation Laboratory of Mechanical & Control Engineering,Guizhou Normal University;;Research on Static Characteristic of High Speed On-Off Solenoid Valve[J];机床与液压;2014-17\n9 QUAN Ling-xiao;YAN Gui-shan;YU Bin;KONG Xiang-dong;WANG Qian;The Engineering Research Center of State and Local Joint on Advanced Manufacturing Technology and Equipment Forming;Hebei Provincial Key Laboratory of Heavy Machinery Fluid Power Transmission and Control,Yanshan University Qinhuangdao;Unloading Department of SDIC Jingtang Port Coal Company;;Multidisciplinary Co-simulation Analysis for Variable Servo Mechanism of Axial Piston Pump on Control Characteristic[J];液压与气动;2014-09\n10 Jiang Tuo;Liu Zhifeng;Fang Qingguan;Chen Huanbo;Li Bo;;Strength Analysis of Cylinder Block for Axial Piston Pump Based on FEA[J];流体传动与控制;2014-03\n1 CHEN Jia;XING Ji-feng;ZENG Xiao-hua;College of Power,Naval University of Engineering;;Test and Control System Design of Integrated Digital Hydraulic Actuator[J];液压与气动;2014-07\n2 JIN Yingcun,CHEN Liang(China Ship Development and Design Center,Wuhan Hubei 430064,China);Simulation Study of Position Control System by Proportional Valve of Mechanical Feedback[J];机床与液压;2013-10\n3 XU Bing,ZHANG Jun-hui,YANG Hua-yong,YE Shao-gan(State Key Laboratory of Fluid Power Transmission and Control,Zhejiang University,Hangzhou 310027,China);Simulation on noise reduction of tandem axial piston pump utilizing indexing angle[J];浙江大学学报(工学版);2013-01\n4 XU Bing1,LIU Wei1,2,YANG Hua-yong1,ZHANG Sheng-feng1(1.State Key Laboratory of Fluid Power Transmission and Control,Zhejiang University,Hangzhou 310027,China; 2.Zoomlion Heavy Industry Science and Technology Co.,Ltd.,Changsha 410013,China);Experiment study on flow compensation of electro-hydraulic flow matching control system in hydraulic excavator[J];浙江大学学报(工学版);2012-08\n5 HAN Huixian1,CAO Xianli2(1.Hunan Mechanical & Electrical Polytechnic,Changsha Hunan 410151,China; 2.SANY Heavy Industry Co.,Ltd,Changsha Hunan 410100,China);Analysis of Excavator Positive Control Hydraulic System[J];机床与液压;2012-08\n6 FANG Xiao-yu1,ZHAO Hong-qiang1,2,WEN Guo-chen1(1.State Key Laboratory of High Performance Complicated Manufacturing,Central South University,Changsha 410083,China; 2.Hunan Sunward Intelligent Machinery Co.Ltd.,Changsha 410100,China);Simulation research on constant power variable pump based on AMESim[J];工程设计学报;2011-06\n7 ;Structure and Control Principles of K3V Series Hydraulic Pump[J];工程机械;2011-12\n8 LIU Shanzeng1 ZHU Zhencai1 YU Yueqing2 LIU Chusheng1 ZHANG Lianjie1(1.School of Mechanical and Electrical Engineering,China University of Mining and Technology,Xuzhou 221116; 2.College of Mechanical Engineering and Applied Electronics Technology, Beijing University of Technology,Beijing 100124);Frequency Analysis of a Spatial Rigid-flexible Coupling Parallel Manipulator[J];机械工程学报;2011-23\n9 YANG Ming,WANG Hong-jia,YANG Yang,XU Dian-guo(Dept.of Electrical Engineering,Harbin Institute of Technology, Harbin 150001,Heilongjiang,China);Miniature Servo System for Joint Drive of Humanoid Robot[J];电气传动;2011-10\n10 LIU Ming-ming,SHI Hong,HUANG Xiao-fei,LI Ang(School of Aero Dynamics and Energy Engineering,Shenyang Aerospace University,Liaoning Shenyang 110136);Analysis on the effect of piston inclination angle on the aero-engine plunger pump[J];沈阳航空航天大学学报;2011-05\n1 WEN De-sheng;LIU Qiao-yan;LIU Zhong-xun;GAO Jun-feng;ZHOU Rui-bin;School of Mechanical Engineering,Yanshan University;;Rotor radial force of double-stator single-acting motor[J];吉林大学学报(工学版);2015-06\n2 Chen Xuefeng;Xu Yansheng;Hu Jianguo;Xu Zhongming;Yin Xiaochun;Department of Mechanical & Electrical Engineering,Shunde Polytechnic;Key Laboratory of Polymer Processing Engineering Ministry of Education(South China University of Technology);;The Influence of Clamping Speed on Vibration Spectrum Characteristics of Toggle Clamping System[J];现代塑料加工应用;2015-05\n3 LIU Qiao-yan;LI Xi-tian;GAO Jun-feng;WEN Jia;TSUKIJI Tetsuhiro;WEN De-sheng;School of Mechanical Engineering,Yanshan University;The Ministry of transport and maritime security center in Beihai,Qinhuangdao navigation mark;Department of Engineering and Applied Science,Sophia University;;The Overview of Proportional Multi-pump and Multi-motor Transmission System[J];液压气动与密封;2015-05\n4 CHEN Xuefeng;XU Yansheng;HU Jianguo;XU Zhongming;YIN Xiaochun;Department of Mechanical & Electrical Engineering,Shunde Polytechnic;The Key Laboratory of Polymer Processing Engineering of Ministry of Education,South China University of Technology;;Characteristics of Double-toggle Clamping Units with Diagonal-five Points of Plastics Injection Machines[J];中国塑料;2015-04\n5 WEN De-sheng;ZHANG Kai-ming;ZHANG San-xi;ZHENG Zhen-quan;YANG Jie;Hebei Provincial Key Laboratory of Heavy Machinery Fluid Power Transmission and Control,Yanshan University;;Theoretical Analysis on the Inside and Outside Gear Motor[J];北京理工大学学报;2015-01\n6 Wang Hongxiang;Ma Ruixiang;Zhao Kaifeng;Guo Sheng;Liaoning University of Technology,Faculty of Mechanical Engineering and Automation;Shenyang XINSIWEI Cnc Machine Tool Co.,Ltd;;Error Compensation for Container Flooring Drilling Detection[J];工程与试验;2014-04\n7 WEN Desheng;LIU Qiaoyan;LIU Zhongxun;CHEN Gong;YANG Xiaoyong;DU Yongshuai;School of Mechanical Engineering,Yanshan University;;Output Characteristics of Mix Type Multi-Pump and Multi-Motor Driving System[J];西安交通大学学报;2014-12\n8 ZHU Qiao-qiao;ZHANG Ben-xi;Department Mechanical Engineering,Zhejiang University;Zhejiang Sound machinery manufacture Co.,Ltd.;;Transitional structure design and analysis on cross head link of clamping mechanism of injection molding machine[J];机电工程;2014-10\n9 GONG Miao;WANG Li-wen;L Yong;College of Aeronautical Automation,CAUC;Aviation Special Ground Equipment Research Base,CAAC;Shanghai Aircraft Manufacturing Co.,Ltd.;;Dynamic characteristics research of deicing vehicle working arm[J];中国民航大学学报;2014-05\n10 WEN De-sheng;ZHENG Zhen-quan;WANG Yuan;YANG Jie;ZHANG Kai-ming;ZHANG San-xi;Hebei Provincial Key Laboratory of Heavy Machinery Fluid Power Transmission and Control;;Analysis of rotational speed and torque of differential connection of asymmetric multi-speed hydraulic motor[J];吉林大学学报(工学版);2014-05\n1 Wu Shijing Wang Xiaosun Hu Jianzheng Gong Zhibo Wuhan University, Wuhan, 430072;Research and Application of Dynamic VP in Vehicle Planetary Transmission System[J];中国机械工程;2005-06\n2 LI Yu gui,YANG Xiao ming, HUANG Qing xue, LIANG Tian cai (Taiyuan Heavy Machinery Institute,Taiyuan 030024,China);The application of high speed on/off valve in the rectify a deviation system for high speed strip steel[J];山西机械;2000-02\n3 School of Mechanical Engineering, Shanghai Jiaotong University, China;Investigation on the Mechanism of Switching Characteristic of High Speed On Off Solenoid Valve[J];上海交通大学学报;1998-12\n4 Gao Jianchen Liang Zhaofeng Wu Pingdong ( Beijing Institute of Technology );FUZZY CONTROLLER FOR THE HIGH SPEED ON/OFFSERVO POSITION CONTROL SYSTEM[J];机械工程学报;1997-02\n5 Jia Pengguang ;Lu Weihua;Analysis and Study to Static and Dynamic Characterisstics for a Digital Speed Control Valve Made in Japan[J];重庆大学学报(自然科学版);1994-02


url: =Yu, X (33)\nEssex, M (8)\nLee, T H (8)\nYu, X F (7)\nYu, X. (7)\nYu, X J (6)\nKohn, D B (5)\nMertz, J E (4)\nYu, X M (4)\nAhuja, R. (3)\nXu, S.F. (3)\nYu, Q C (3)\nYu, X-J (3)\nYu, X. H. (3)\nYu, X.C. (3)\nBahner, I (2)\nGalloway, D A (2)\nHe, X (2)\nHua, S (2)\nJenison, S A (2)\nKhamboonruang, C (2)\nKong, P. P. (2)\nLyu, X (2)\nMa, L (2)\nMai, C (2)\nMarincola, F M (2)\nMatsuda, Z (2)\nPepper, K A (2)\nReznikoff, W S (2)\nShao, Y (2)\n1. Superconductivity in Strong Spin Orbital Coupling Compound Sb2Se3 Kong, P. P. | Sun, F. | Xing, L. Y. | Zhu, J. | Zhang, S. J. | Li, W. M. | Liu, Q. Q. | Wang, X. C. | Feng, S. M. | Yu, X. H. | Zhu, J. L. | Yu, R. C. | Yang, W. G. | Shen, G. Y. | Zhao, Y. S. | Ahuja, R. | Mao, H. K. | Jin, C. Q.\nScientific Reports 2014;4:6679.\n2. Clinical analysis of osteosarcoma patients treated with high-dose methotrexate-free neoadjuvant chemotherapy Xu, M. | Xu, S.F. | Yu, X.C.\n3. Expression pattern of tumour-associated antigens in hepatocellular carcinoma: association with immune infiltration and disease progression Liang, J | Ding, T | Guo, Z-W | Yu, X-J | Hu, Y-Z | Zheng, L | Xu, J\n4. Association between daily cigarette consumption and hypertension moderated by CYP2A6 genotypes in Chinese male current smokers Liu, T | Tyndale, RF | David, SP | Wang, H | Yu, X-Q | Chen, W | Wen, X-Z | Chen, W-Q\nJournal of human hypertension 2012;27(1):24-30.\ncigarette smoking; CYP2A6; genetic polymorphisms; interaction\n5. Combined effects of goserelin and tamoxifen on estradiol level, breast density, and endometrial thickness in premenopausal and perimenopausal women with early-stage hormone receptor-positive breast cancer: a randomised controlled clinical trial Yang, H | Zong, X | Yu, Y | Shao, G | Zhang, L | Qian, C | Bian, Y | Xu, X | Sun, W | Meng, X | Ding, X | Chen, D | Zou, D | Xie, S | Zheng, Y | Zhang, J | He, X | Sun, C | Yu, X | Ni, J\n6. Assessment of an Anti-Alpha-Toxin Monoclonal Antibody for Prevention and Treatment of Staphylococcus aureus-Induced Pneumonia Hua, L. | Hilliard, J. J. | Shi, Y. | Tkaczyk, C. | Cheng, L. I. | Yu, X. | Datta, V. | Ren, S. | Feng, H. | Zinsou, R. | Keller, A. | O'Day, T. | Du, Q. | Cheng, L. | Damschroder, M. | Robbie, G. | Suzich, J. | Stover, C. K. | Sellman, B. R.\nAntimicrobial Agents and Chemotherapy 2014;58(2):1108-1117.\n7. Successful management of a childhood osteosarcoma with epiphysiolysis and distraction osteogenesis Xu, S.F. | Yu, X.C. | Xu, M. | Chen, X.\nCurrent Oncology 2014;21(4):e658-e662.\nIn an 11-year-old boy with osteosarcoma in the proximal tibia (type iii), 2 cycles of dia chemotherapy (cisplatin, ifosfamide, doxorubicin) were administered preoperatively while epiphysiolysis was performed. Clinical response was determined to be complete by radiography and histopathology. Marginal excision was then performed with preservation of the proximal tibial epiphysis. Metaphyseal reconstruction was performed using distraction osteogenesis. Six cycles of dia chemotherapy were administered postoperatively. Twenty months later, the patient had developed no complications and experienced full bone healing, with no limb discrepancy.\nIn selected adolescent patients with osteosarcoma, in whom the tumour is in full contact with the epiphysis, epiphyseal preservation by epiphysiolysis and reconstruction by distraction osteogenesis can provide an excellent outcome, resulting in a stable reconstruction that functionally restores the native limb.\nOsteosarcoma; epiphysis preservation; epiphysiolysis; distraction osteogenesis; limb function; quality of life\n8. Silencing of miR-148a in cancer-associated fibroblasts results in WNT10B-mediated stimulation of tumor cell motility Aprelikova, O | Palla, J | Hibler, B | Yu, X | Greer, YE | Yi, M | Stephens, R | Maxwell, GL | Jazaeri, A | Risinger, JI | Rubin, JS | Niederhuber, J\nThe tumor microenvironment has an important role in cancer progression. Here we show that miR-148a is downregulated in 15 out of 16 samples (94%) of cancer-associated fibroblasts (CAFs) compared with matched normal tissue fibroblasts (NFs) established from patients with endometrial cancer. Laser-capture microdissection of stromal cells from normal tissue and endometrial cancer confirmed this observation. Treatment of cells with 5-aza-deoxycytidine stimulated the expression of miR-148a in the majority of CAFs implicating DNA methylation in the regulation of miR-148a expression. Investigation of miR-148a function in fibroblasts demonstrated that conditioned media (CM) from CAFs overexpressing miR-148a significantly impaired the migration of five endometrial cancer cell lines without affecting their growth rates in co-culture experiments. Among predicted miR-148a target genes are two WNT family members, WNT1 and WNT10B. Activation of the WNT/β-catenin pathway in CAFs was confirmed by microarray analysis of gene expression and increased activity of the SuperTOPFIash luciferase reporter. We found elevated levels of WNT10B protein in CAFs and its level decreased when miR-148a was re-introduced by lentiviral infection. The 3′-UTR of WNT10B, cloned downstream of luciferase cDNA, suppressed luciferase activity when co-expressed with miR-148a indicating that WNT10B is a direct target of miR-148a. In contrast to the effect of miR-148a, WNT10B stimulated migration of endometrial cancer cell lines. Our findings have defined a molecular mechanism in the tumor microenvironment that is a novel target for cancer therapy.\ncancer-associated fibroblasts; endometrial cancer; microRNA; miR-148a; WNT10B\n9. Knockdown of the gene encoding Drosophila tribbles homologue 3 (Trib3) improves insulin sensitivity through peroxisome proliferator-activated receptor-γ (PPAR)-γ activation in a rat model of insulin resistance Weismann, D. | Erion, D. M. | Ignatova-Todorava, I. | Nagai, Y. | Stark, R. | Hsiao, J. J. | Flannery, C. | Birkenfeld, A. L. | May, T. | Kahn, M. | Zhang, D. | Yu, X. X. | Murray, S. F. | Bhanot, S. | Monia, B. P. | Cline, G. W. | Shulman, G. I. | Samuel, V. T.\nInsulin action is purportedly modulated by Drosophila tribbles homologue 3 (TRIB3), which in vitro prevents thymoma viral proto-oncogene (AKT) and peroxisome proliferator-activated receptor (PPAR)-γ activation. However, the physiological impact of TRIB3 action in vivo remains controversial.\nWe investigated the role of TRIB3 in rats treated with either a control or Trib3 antisense oligonucleotide (ASO). Tissue-specific insulin sensitivity was assessed in vivo using a euglycaemic–hyperinsulinaemic clamp. A separate group was treated with the PPAR-γ antagonist, bisphenol-A-diglycidyl ether (BADGE) to assess the role of PPAR-γ in mediating the response to Trib3 ASO.\nTrib3 ASO treatment specifically reduced Trib3 expression by 70 to 80% in liver and white adipose tissue. Fasting plasma glucose, insulin concentrations and basal rate of endogenous glucose production were unchanged. However, Trib3 ASO increased insulin-stimulated whole-body glucose uptake by ~50% during the euglycaemic–hyperinsulinaemic clamp. This was attributable to improved skeletal muscle glucose uptake. Despite the reduction of Trib3 expression, AKT2 activity was not increased. Trib3 ASO increased white adipose tissue mass by 70%, and expression of Ppar-γ and its key target genes, raising the possibility that Trib3 ASO improves insulin sensitivity primarily in a PPAR-γ-dependent manner. Co-treatment with BADGE blunted the expansion of white adipose tissue and abrogated the insulin-sensitising effects of Trib3 ASO. Finally, Trib3 ASO also increased plasma HDL-cholesterol, a change that persisted with BADGE co-treatment.\nAntisense oligonucleotide; Euglycaemic–hyperinsulinaemic clamp; Insulin sensitivity; PPAR gamma; TRIB3\n10. CREAM: a database for chemotherapy resistance-associated miRSNP Dai, E | Lv, Y | Meng, F | Yu, X | Zhang, Y | Wang, S | Liu, X | Liu, D | Wang, J | Li, X | Jiang, W\nCell Death & Disease 2014;5(5):e1272-.\n11. Clinical evaluation of the normalized metal artefact reduction algorithm caused by dental fillings in CT Gong, X-Y | Meyer, E | Yu, X-J | Sun, J-H | Sheng, L-P | Huang, K-H | Wu, R-Z\nDentomaxillofacial Radiology 2013;42(4):20120105.\nThe aim of this study was to evaluate the performance of a normalized metal artefact reduction (NMAR) algorithm in patients with high-density dental fillings in CT images, and compare the results with weighted filtered back-projection (WFBP) and linear interpolation metal artefact reduction (MARli) algorithms.\nA total of 15 patients who had dental fillings were included in this study. The CT raw data sets were processed on an offline workstation. For each data set, one image series was reconstructed with WFBP, one with MARli and one with NMAR. Two observers qualitatively graded the severity of metal artefacts and their impacts on surrounding and distant soft tissue using a five-point scale. Six regions of interest were selected to measure the CT values and the standard deviation (SD) for quantitatively evaluating the effects of artefact reduction.\nA total of 217 slices with metal artefacts from 15 patients were included in the qualitative analysis. The average score (mean ± SD) with the WFBP and MARli algorithms was 2.24 ± 1.06 and 2.71 ± 0.73, respectively. Image artefacts were significantly reduced using the NMAR algorithm compared with the other two algorithms, with an average score of 1.70 ± 0.83. The mean CT value in the most hypodense streak artefacts around the metal fillings was significantly improved with both MARli and NMAR. The mean SDs of measured CT values from surrounding or distant soft tissues were lower in NMAR images than in WFBP and MARli images.\nThe NMAR algorithm can significantly reduce the artefacts caused by dental fillings, compared with the WFBP and linear interpolation algorithms.\ndental filling; metal artefact reduction; CT; X-ray; normalized metal artefact reduction\n12. Suppression of tumor angiogenesis by targeting the protein neddylation pathway Yao, W-T | Wu, J-F | Yu, G-Y | Wang, R | Wang, K | Li, L-H | Chen, P | Jiang, Y-N | Cheng, H | Lee, H W | Yu, J | Qi, H | Yu, X-J | Wang, P | Chu, Y-W | Yang, M | Hua, Z-C | Ying, H-Q | Hoffman, R M | Jeong, L S | Jia, L-J\n13. Roles of Wnt/β-catenin signaling in the gastric cancer stem cells proliferation and salinomycin treatment Mao, J | Fan, S | Ma, W | Fan, P | Wang, B | Zhang, J | Wang, H | Tang, B | Zhang, Q | Yu, X | Wang, L | Song, B | Li, L\nCell Death & Disease 2014;5(1):e1039-.\nThe Wnt1 protein, a secreted ligand that activates Wnt signaling pathways, contributes to the self-renewal of cancer stem cells (CSCs) and thus may be a major determinant of tumor progression and chemoresistance. In a series of gastric cancer specimens, we found strong correlations among Wnt1 expression, CD44 expression, and the grade of gastric cancer. Stable overexpression of Wnt1 increased AGS gastric cancer cells' proliferation rate and spheroids formation, which expressed CSC surface markers Oct4 and CD44. Subcutaneous injection of nude mice with Wnt1-overexpressing AGS cells resulted in larger tumors than injection of control AGS cells. Salinomycin, an antitumor agent, significantly reduced the volume of tumor caused by Wnt1-overexpressing AGS cells in vivo. This is achieved by inhibiting the proliferation of CD44+Oct4+ CSC subpopulation, at least partly through the suppression of Wnt1 and β-catenin expression. Taken together, activation of Wnt1 signaling accelerates the proliferation of gastric CSCs, whereas salinomycin acts to inhibit gastric tumor growth by suppressing Wnt signaling in CSCs. These results suggest that Wnt signaling might have a critical role in the self-renewal of gastric CSCs, and salinomycin targeting Wnt signaling may have important clinical applications in gastric cancer therapy.\nWnt signaling; gastric cancer stem cells; salinomycin\n14. Paediatric bacterial keratitis cases in Shanghai: microbiological profile, antibiotic susceptibility and visual outcomes Hong, J | Chen, J | Sun, X | Deng, S X | Chen, L | Gong, L | Cao, W | Yu, X | Xu, J\nThe purpose of this study was to review the microbiological profile, in vitro antibiotic susceptibility and visual outcomes of paediatric microbial keratitis in Shanghai, China over the past 6 years.\nMedical records of patients aged ≤16 years were reviewed, who were diagnosed as having bacterial keratitis between 1 January 2005 and 31 December 2010. Bacterial culture results and in vitro antibiotic susceptibility were analysed. A logistic regression analysis was conducted to evaluate the relationship between visual impairment and possible risk factors.\nEighty consecutive cases of paediatric bacterial keratitis cases were included, among which 59 were identified as having positive culture. Staphylococcus epidermidis was the most commonly isolated organism (n=23; 39.0%), followed by Streptococcus pneumoniae (n=11; 18.6%) and Pseudomonas aeruginosa (n=6; 10.2%). Antibiotic sensitivities revealed that tested bacteria had low resistance rates to fluoroquinolones and aminoglycosides (8.3–18.4% and 12.5–24.4%, respectively). Multivariate logistic regression analysis proved that visual impairment was significantly associated with Gram-negative bacterial infection (odds ratio (OR)=7.626; P=0.043) and an increasing number of resistant antibiotics (OR=0.385; P=0.040).\nS. epidermidis was the most common isolated organism in Shanghai paediatric keratitis. The fluoroquinolones and aminoglycosides remained good choices for treating these patients. Gram-negative bacterial infection and an increasing number of resistant antibiotics were associated with worse visual prognoses in paediatric keratitis.\nbacterial keratitis; antibiotics; paediatrics; prognosis; susceptibility\n15. CD147 induces UPR to inhibit apoptosis and chemosensitivity by increasing the transcription of Bip in hepatocellular carcinoma Tang, J | Guo, Y-S | Zhang, Y | Yu, X-L | Li, L | Huang, W | Li, Y | Chen, B | Jiang, J-L | Chen, Z-N\nCell Death and Differentiation 2012;19(11):1779-1790.\nThe unfolded protein response (UPR) is generally activated in solid tumors and results in tumor cell anti-apoptosis and drug resistance. However, tumor-specific UPR transducers are largely unknown. In the present study, we identified CD147, a cancer biomarker, as an UPR inducer in hepatocellular carcinoma (HCC). The expression of the major UPR target, Bip, was found to be positively associated with CD147 in human hepatoma tissues. By phosphorylating FAK and Src, CD147-enhanced TFII-I tyrosine phosphorylation at Tyr248. CD147 also induced p-TFII-I nuclear localization and binding to the Bip promoter where endoplasmic reticulum (ER) stress response element 1 (ERSE1) (−82/−50) is the most efficient target of the three ERSEs, thus increasing transcription of Bip. Furthermore, by inducing UPR, CD147 inhibited HCC cell apoptosis and decreased cell Adriamycin chemosensitivity, thus decreasing the survival rate of hepatoma-bearing nude mice. Together, these results reveal pivotal roles for CD147 in modulating the UPR in HCC and raise the possibility that CD147 is a target that promotes HCC cell apoptosis and increases the sensitivity of tumors to anti-cancer drugs. Therefore, CD147 inhibition provides an opportunity to enhance the efficacy of existing agents and represents a novel target for HCC treatment.\nCD147; unfolded protein response (UPR); hepatocellular carcinoma (HCC); Bip; apoptosis; chemosensitivity\n16. Gene Profile Identifies Zinc Transporters Differentially Expressed in Normal Human Organs and Human Pancreatic Cancer Yang, J. | Zhang, Y. | Cui, X. | Yao, W. | Yu, X. | Cen, P. | Hodges, S.E. | Fisher, W.E. | Brunicardi, F.C. | Chen, C. | Yao, Q. | Li, M.\nCurrent molecular medicine 2013;13(3):401-409.\nPancreatic cancer; profile; zinc transporter; ZIP4\n17. Denosumab and giant cell tumour of bone—a review and future management considerations Xu, S.F. | Adams, B. | Yu, X.C. | Xu, M.\nCurrent Oncology 2013;20(5):e442-e447.\nGiant cell tumour of bone (gctb) is one type of giant-cell-rich bone lesion characterized by the presence of numerous multinucleated osteoclast-type giant cells. Giant cells are known to express rankl (receptor activator of nuclear factor κB ligand) and are responsible for the aggressive osteolytic nature of the tumour. No available treatment option is definitively effective in curing this disease, especially in surgically unsalvageable cases. In recent years, several studies of denosumab in patients with advanced or unresectable gctb have shown objective changes in tumour composition, reduced bony destruction, and clinical benefit.\nDenosumab is a fully human monoclonal antibody that targets and binds with high affinity and specificity to rankl. Several large phase iii studies have shown that denosumab is more effective than bisphosphonates in reducing skeletal morbidity arising from a wide range of tumours and that it can delay bone metastasis. The relevant articles are reviewed here. The controversies related to the future use of denosumab in the treatment of gctb are discussed.\nDenosumab; giant cell tumour of bone; receptor activator of nuclear factor κB ligand; rankl; bone turnover\n18. Rapid reuptake of granzyme B leads to emperitosis: an apoptotic cell-in-cell death of immune killer cells inside tumor cells Wang, S | He, M-f | Chen, Y-h | Wang, M-y | Yu, X-m | Bai, J | Zhu, H-y | Wang, Y-y | Zhao, H | Mei, Q | Nie, J | Ma, J | Wang, J-f | Wen, Q | Ma, L | Wang, Y | Wang, X-n\n19. Involvement of Src tyrosine kinase and protein kinase C\n20. Neoalbaconol induces energy depletion and multiple cell death in cancer cells by targeting PDK1-PI3-K/Akt signaling pathway Deng, Q | Yu, X | Xiao, L | Hu, Z | Luo, X | Tao, Y | Yang, L | Liu, X | Chen, H | Ding, Z | Feng, T | Tang, Y | Weng, X | Gao, J | Yi, W | Bode, A M | Dong, Z | Liu, J | Cao, Y\n21. Genetic analysis of the ELOVL6 gene\npolymorphism associated with type 2 diabetes mellitus Liu, Y. | Wang, F. | Yu, X.L. | Miao, Z.M. | Wang, Z.C. | Chen, Y. | Wang, Y.G.\nBrazilian Journal of Medical and Biological Research 2013;46(7):623-628.\nRecent animal studies have indicated that overexpression of the elongation of\nlong-chain fatty acids family member 6 (Elovl6) gene can cause\ninsulin resistance and β-cell dysfunction. These are the major factors involved\nin the development of type 2 diabetes mellitus (T2DM). To identify the\nrelationship between single nucleotide polymorphisms (SNP) of\nELOVL6 and T2DM pathogenesis, we conducted a case-control\nstudy of 610 Han Chinese individuals (328 newly diagnosed T2DM and 282 healthy\nsubjects). Insulin resistance and islet first-phase secretion function were\nevaluated by assessment of insulin resistance in a homeostasis model (HOMA-IR)\nand an arginine stimulation test. Three SNPs of the ELOVL6 gene\nwere genotyped with polymerase chain reaction-restriction fragment length\npolymorphism, with DNA sequencing used to confirm the results. Only genotypes TT\nand CT of the ELOVL6 SNP rs12504538 were detected in the\nsamples. Genotype CC was not observed. The T2DM group had a higher frequency of\nthe C allele and the CT genotype than the control group. Subjects with the CT\ngenotype had higher HOMA-IR values than those with the TT genotype. In addition,\nno statistical significance was observed between the genotype and allele\nfrequencies of the control and T2DM groups for SNPs rs17041272 and rs6824447.\nThe study indicated that the ELOVL6 gene polymorphism\nrs12504538 is associated with an increased risk of T2DM, because it causes an\nElongation of long-chain fatty acids family member 6; Single nucleotide polymorphism; Type 2 diabetes mellitus; Insulin resistance; β-cell function\n22. Superconductivity in Topological Insulator Sb2Te3 Induced by Pressure Zhu, J. | Zhang, J. L. | Kong, P. P. | Zhang, S. J. | Yu, X. H. | Zhu, J. L. | Liu, Q. Q. | Li, X. | Yu, R. C. | Ahuja, R. | Yang, W. G. | Shen, G. Y. | Mao, H. K. | Weng, H. M. | Dai, X. | Fang, Z. | Zhao, Y. S. | Jin, C. Q.\nScientific Reports 2013;3:2016.\n23. Loss of connective tissue growth factor as an unfavorable prognosis factor activates miR-18b by PI3K/AKT/C-Jun and C-Myc and promotes cell growth in nasopharyngeal carcinoma Yu, X | Zhen, Y | Yang, H | Wang, H | Zhou, Y | Wang, E | Marincola, F M | Mai, C | Chen, Y | Wei, H | Song, Y | Lyu, X | Ye, Y | Cai, L | Wu, Q | Zhao, M | Hua, S | Fu, Q | Zhang, Y | Yao, K | Liu, Z | Li, X | Fang, W\nCell Death & Disease 2013;4(6):e672-.\n24. Loss of connective tissue growth factor as an unfavorable prognosis factor activates miR-18b by PI3K/AKT/C-Jun and C-Myc and promotes cell growth in nasopharyngeal carcinoma Yu, X | Zhen, Y | Yang, H | Wang, H | Zhou, Y | Wang, E | Marincola, F M | Mai, C | Chen, Y | Wei, H | Song, Y | Lyu, X | Ye, Y | Cai, L | Wu, Q | Zhao, M | Hua, S | Fu, Q | Zhang, Y | Yao, K | Liu, Z | Li, X | Fang, W\nCell Death & Disease 2013;4(5):e634-.\nConnective tissue growth factor (CTGF) has different roles in different types of cancer. However, the involvement and molecular basis of CTGF in tumor progression and prognosis of human nasopharyngeal carcinoma (NPC) have almost never been reported. In this study, we observed that downregulated CTGF expression was significantly associated with NPC progression and poor prognosis. Knockdown of CTGF markedly elevated the ability of cell proliferation in vivo and in vitro. Subsequently, we discovered that the reduction of CTGF increased the expression of miR-18b, an oncomir-promoting cell proliferation. Further, we discovered that attenuated CTGF-mediated upregulation of miR-18b was dependent on the increased binding of transcription factors Jun proto-oncogene (C-Jun) and v-Myc myelocytomatosis viral oncogene homolog (C-Myc) to miR-18b promoter region via phosphoinositide 3-kinase (PI3K)/AKT pathway. Finally, we further found that miR-18b directly suppressed the expression of CTGF in NPC. In clinical fresh specimens, miR-18b was widely overexpressed and inversely correlated with CTGF expression in NPC. Our studies are the first to demonstrate that reduced CTGF as an unfavorable prognosis factor mediates the activation of miR-18b, an oncomir directly suppresses CTGF expression, by PI3K/AKT/C-Jun and C-Myc and promotes cell growth of NPC.\nCTGF; NPC; miR-18b; PI3K/AKT\n25. Association of Suboptimal Health Status and Cardiovascular Risk Factors in Urban Chinese Workers Yan, Yu X. | Dong, Jing | Liu, You Q. | Yang, Xing H. | Li, Man | Shia, Gilbert | Wang, Wei\nJournal of Urban Health : Bulletin of the New York Academy of Medicine 2011;89(2):329-338.\nSuboptimal health status (SHS) has become a new public health challenge in urban China. Despite indications that SHS may be associated with progression or development of chronic diseases such as cardiovascular and metabolic diseases, there are few reports on SHS investigations. To explore the relationship between SHS and traditional cardiovascular risk factors, a cross-sectional study was conducted in a sample of 4,881 workers employed in 21 companies in urban Beijing. Blood pressure, glucose, lipid levels (total cholesterol, high-density lipoprotein [HDL] cholesterol, low-density lipoprotein [LDL] cholesterol and triglycerides), cortisol, and body mass index were measured. SHS score was derived from data collection in the SHS questionnaire (SHSQ-25). Univariate analysis and linear two-level model were used to analyze the association of SHS with the cardiovascular risk factors. Serum cortisol level was much higher among the SHS high-score group than that among the low SHS score group (204.31 versus 161.33 ng/ml, P < 0.001). In a linear two-level model, we found correlation between SHS and systolic blood pressure, diastolic blood pressure, plasma glucose, total cholesterol, and HDL cholesterol among men, and correlation between SHS and systolic blood pressure, diastolic blood pressure, total cholesterol, triglyceride, and HDL cholesterol among women after controlling for age, education background, occupation, smoking, and physical activity. SHS is associated with cardiovascular risk factors and contributes to the development of cardiovascular disease. SHS should be recognized in the health care system, especially in primary care.\nSuboptimal health status; Cardiovascular disease; Risk factors


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url: =Home > Electronic Components > Wireless Communication > Chrome Audio\nChrome Audio was founded in 2001 and was one of Australia's first direct online retailers of audio cables, hifi and accessories. We have since grown from a small wholesale supplier of mid to high end audio cabling and equipment to two online stores and one of Australia's leading retailers of audio accessories.\nChrome Audio was founded in 2001 and was one of Australia's first direct online retailers of audio cables, hifi and accessories. We have since grown from a small wholesale supplier of mid to high end audio cabling and equipment to two online stores and one of Australia's leading retailers of audio accessories. - View less\nContact Chrome Audio\nChrome Audio (Head office) Update these details\nTel: 0409 967 085\nAudio | Audio Cables | Audio Visual | Audio Visual Accessories | Audio Visual Cables | Audio Connectors | Audio Amplifiers | Audio Equipment | Audio Instrumentation | Audio Interfaces | Audio Products | Audio Systems | Audio Transformers | Audio Visual Aids | Audio Visual Products | Intercom Systems


url: =International Workshop on Engineering and Applications of Nanocarbon Materials\n主办单位：山东大学, Rice University\n协办单位： Rice University (US), Shandong University (China), Tsinghua University (China), Beijing University (China), Chinese University of Science and Technology (China), Institute of Metal Research, CAS (China), etc.\n学术主席：Prof. P.M. Ajayan (Rice University)\n执行主席：慈立杰教授 (山东大学教授)； Prof. Jun Lou (Rice University)\n李雪松博士 (Laslumin LLC, NY, USA)\nProf. Jonghwan Suhr (Sungkyunkwan University, Korea)\nProf. Zheng Liu (Nanyang Technological University, Singapore)\n目前确定的大会报告：解思深院士 ，成会明院士, Prof. P.M.Ajayan, Prof. Rodney Ruoff, Prof. Young Hee Lee, Prof. Mauricio Terrones,等\n其他报告人包括：Prof. Kenji Hata, Prof. Daniel Wagner, Prof. Humberto Terrones, Prof. Hua Zhang, Prof. Manikoth Shaijumon, Prof. Mainak Majumder, Prof. Youngjoon Jung, Prof. Bingqing Wei, Prof. Jonghwan Suhr, Prof. Feng Ding等（持续更新中）\n主办单位 山东大学, Rice University\n联系人 nanoC2015 group


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