url: =Development,innovation and prospect steel-making technology in China--《Steelmaking》2007年02期\nDevelopment,innovation and prospect steel-making technology in China\nLIU Liu1,LAN De-nian2,XIAO Zhong-min3(1.The Process Department of Central Iron & Steel Research Institute, Beijing 100081,China;2.Chinese Association for Iron & Steel Industry,Beijing 100711,China;3.Wuhan Iron and Steel Corporation,Wuhan 100083,China)\nThe development of steel-making technology in the last 57 years in China is reviewed in this paper.The technical progresses in steel production,steel-making process-optimization,ultra-clean-steel production,new steel grades development,energy saving and environment protection have been systematically summarized.Three important new technologies independently developed in China are described in detail,including the slag-splashing technology and combined-blowing technology for long-campaign converter,the high efficiency steel-making technology for oxygen-blowing converter as well as the EAF steel-making technology with melting iron of blast furnace.The prospect of advanced steel-making plants in 21 century is put up.\n1 He Tao-tao;Wen Hua-bei;Tian Lu;Hunan Ramon Tech.Co.LTD;;Intelligent Molten Steel Temperature and Oxygen Content Measuring Device Based on STM32 Microprocessor[J];仪表技术与传感器;2014-01\n2 Liu Chao;Xinxing Ductile Iron Pipes Co., Ltd.;;Development, Innovation and Prospect of Converter Steelmaking Technologies in China[J];特钢技术;2013-04\n3 HE Yu-ming,HU Bing(Chongqing Iron and Steel Co.,Ltd.,Chongqing 401258,China);Design innovation and production practice for steel-making process in CISC[J];炼钢;2013-04\n4 Xu Hongbo;Analyze of big arm crooked problem about scratch dregs' machine 11C01[J];CAD/CAM与制造业信息化;2012-10\n5 DUAN Fei-hu1,LIN Teng-chang1,SHEN Jing-xia1,2,ZHU Rong1(1.School of Metallurgical and Ecological Engineering,University of Science and Technology Beijing,Beijing 100083,China;2.Laiwu Iron and steel Group,Laiwu 271104,China);Contrast Study on Smelting Special Steel of Converter and Electric Furnace[J];工业加热;2012-02\n6 Sun Ligang Zhang Jun Guo Jing(CSP Plant of Baotou Steel(Group) Corporation);LF IMPROVEMENT AND PROCESS OPTIMIZATION OF CSP IN BAOTOU STEEL[J];上海金属;2011-06\n7 CHEN Jing-feng(Shanxi Taigang Stainless Corporation Limited,Taiyuan 030003,China);Optimization and practice of production process in 180 t top-bottom combined blown converter[J];炼钢;2011-04\n8 Tang Bogang (Central Research Institute of Building and Construction,Beijing 100088,China);Some suggestions of modern steels progress on welding materials[J];焊接;2009-12\n9 ZHENG Li-ning1,HUANG Zhu-ping1,TONG Pu-qiao2,CHEN Feng2(1.Jiangsu Shagang Group,Zhangjiagang 215625,Jiangsu,China; 2. Metallurgical Department,Central Iron and Steel Research Institute Group,Beijing 100081,China);Technical Revamping of 180 t Converters for Long Life Combined-Blowing at Hongfa Steelmaking Plant[J];钢铁;2008-08\n1 LIU Liu(Metallurgical Department, Central Iron and Steel Research Institute, Beijing 100081);Research on the Intensified Smelting Techniques for Combined- blowing Converter[J];钢铁;2004-09\n1 Zhu Guoqiang;Wang Peng;Wang Pengfei;Qi Zhiyu;General Steelmaking Plant of Angang Steel Co., Ltd.;;Optimization and Practice of Bottom Blowing Process for 260 t Converter in Ansteel[J];鞍钢技术;2016-06\n2 TIAN Yong;WANG Peng;ZHANG Zhiwen;QI Zhiyu;TIAN Wenge;Steelmaking Plant,Angang Steel Co.,Ltd.;;Blowing process and effect in 260 t BOFs with exposed visible bottom tuyeres[J];炼钢;2016-05\n3 LIN Ying;LI Yong;WU Wei;ZHU Qi-zhu;WEI Zhi-qiang;Metallurgical Technology Institute,Central Iron and Steel Research Institute;Steelmaking Work,Fushun New Steel Co.,Ltd.;;Effect of bottom-blowing gas on properties of twisted steel[J];中国冶金;2016-01\n4 LIU Fuhai;BAI Ruiguo;GAO Hai;School of Metallurgical and Ecological Engineering,University of Science and Technology Beijing;Beijing Key Laboratory of Special Melting and Preparation of High-End Metal Materials,University of Science and Technology Beijing;Chengde Iron and Steel Company,Hebei Iron and Steel Co. Ltd.;;Research on Ladle Dephosphorization Process Based on the Induction Furnace Orthogonal Experiment[J];工业加热;2015-01\n5 JIAO Yu-li;Shandong Province Metallurgical Engineering Co., Ltd.;;High Carbon Technology With Single Slag Process in Combined Blowing Converter[J];钢铁;2014-10\n6 Wang Duogang;Yu Dajun;Technology Center of Meishan Iron & Steel Co.;Steelmaking Plant of Meishan Iron & Steel Co.;;Analysis on Influencing Factors of Lime Utilization in Converter[J];梅山科技;2014-05\n7 WU Wei1,ZHU Yong-chun2,PAN Shu-min2,LIU Bin2,FENG Chun-song2,TONG Pu-qiao1(1.Metallurgical Technology Research Department of Central Iron and Steel Research Institute,Beijing 100081,China; 2.The Steelmaking Work of Hanbao Iron and Steel Co.,Ltd.,Hansteel Group,Handan 056002,Hebei,China);Combined Blowing and Slag Splashing Process for Large Converter[J];中国冶金;2013-08\n8 YANG Li-bin1,LIU Liu1,ZHUANG Hui2,DAI Ping2,WANG Zhong-gang2(1.Central Iron and Steel Research Institute,Beijing 100081,China; 2.Laiwu Iron & Steel Group,Laiwu 271104,China.);Research of slagless steelmaking and technology control in converter[J];炼钢;2013-03\n9 Zhao Yugang,Peng Suyun,Zhang Junguo(Production and Manufacture department,Tangshan Iron and Steel Company,Hebei Iron and Steel Group,Tangshan,Hebei,063016);ANALYSIS ABOUT FAST SLAG MAKING PROCESS IN STEEL-MAKING IN 150 t CONVERTER OF TANG STEEL[J];河北冶金;2013-04\n10 LI Yong1,3,WU Wei2,ZHU Qi-zhu3,WEI Zhi-qiang3 (1.School of Materials and Metallurgy,Northeastern University,Shenyang 110006,Liaoning,China; 2.Institute for Metallurgical Technology,Central Iron and Steel Research Institute,Beijing 100081,China; 3.Steelmaking Plant,Fushun New Steel Co Ltd,Fushun 113001,Liaoning,China);Contrast of Metallurgical Results Between Top Blowing and Combined Blowing Converter[J];钢铁研究学报;2011-12\n1 WENG Jia-min1 ,CHEN Zhi-wu2 (1. Department of Electric Information, Henan Institute of Engineering, Zhengzhou 450005, China; 2. College of Electric and Information Engineering, Zhengzhou University of light Industry, Zhengzhou 450011, China);Design of Dynamic Automatic Weighing System Based on STM32F105[J];仪表技术与传感器;2012-11\n2 YE Wei ZOU Zhong - ping SU Li LIN Xi - ping (CISDI Engineering Co.,Ltd.) ZHANG Yong (Chongqing Iron & Steel Co.,Ltd.);"One Ladle from BF to BOF" Process Design for Hot Metal Transportation in Chongqing Iron & Steel Co.,Ltd.[J];炼铁;2012-02\n3 ZHANG Fu-ming1,CUI Xing-chao1,ZHANG De-guo1, LUO Bo-gang2,WEI Gang2,HAN Li-min1(1.Beijing Shougang International Engineering Technology Co.,Ltd., Beijing 100043,China;2.Shougang Jingtang Iron and Steel United Co.,Ltd.,Tangshan 063200,China);Process flow and its application practice at Shougang Jingtang new generation steelmaking plant[J];炼钢;2012-02\n4 YANG Wen-yuan1,ZHANG Xian-gui2,YANG Yong1,LIU Lu-chang2,GAO Wei-tao1(1.Central Iron and Steel Research Institute,Beijing 100081,China; 2.Wuhan Iron and Steel(Group) Corporation,Wuhan 430080,Hubei,China);The Study Overview of Utilizing Scrap in Convertor Steelmaking[J];中国冶金;2012-02\n5 SUN Qi-fu1,2,SUN Yun-qiang1,2,YAO Ai-qin1,2(1.National Key Laboratory for Electronic Measurement Technology,Taiyuan 030051,China;2.North University of China,Taiyuan 030051,China);Design and Application of General Intelligent Instrument Based on STM32[J];仪表技术与传感器;2010-10\n6 ZHAO Jun1,2,TANG Guangbo2,LIU Zhengdong2,XIANG Jinzhong1(1.Physical Science and Technology College,Yunnan University,Kunming 650091,China;2.Institute of Structural Materials,Central Iron and Steel Research Institute,Beijing 100081,China);Study on Microstructure Evolution of Micro-alloyed Steel During Hot Delivery and Hot Charging[J];热加工工艺;2010-12\n7 Feng Jie1,2,Bao Yanping1,Yue Feng1,Wu Xun1,Tang Dechi1(1.School of Metallurgical and Ecological Engineering,University of Science and Technology Beijing,Beijing 100083,China;2.School of Materials Science and Engineering,Hebei University of Science and Technology,Shijiazhuang 050035,Hebei,China);Analysis of Controlling Oxygen Activity in IF Steel at Blowing End-point of BOF Steelmaking[J];钢铁钒钛;2010-01\n8 Xia Jinfeng1 Li Qiang1 Jiang Danyu2 (1Department of chemistry,East China Normal University,Shanghai 200062 2Shanghai Institute of ceramics,Chinese Academy of Sciences,Shanghai 200050);Development of Oxygen Sensor Technique on Liquid Steel[J];现代技术陶瓷;2009-04\n9 YIN Rui-yu(Central Iron and Steel Research Institute,Beijing 100081,China);Integrated Technology of the Platform for Clean Steel Production——An Important Direction of the Technology Progress in Steelmaking[J];钢铁;2009-07\n10 HUANG Fu-xiang1,2,SUI Yong-li 2,ZENG Hui-lin1,2(1. School of Material Science and Engineering,Tianjin University,Tianjin 300072,China;2. Pipeline Research Institute of CNPC,Langfang 065001,China);Research on X80 Pipeline Steel Semi-automatic Welding for West to East Gas Pipeline Ⅱ Project[J];压力容器;2009-05\n1 NING Lin-xin;XIE Jia-ying;ZHANG Li-jun;WANG Feng-qin;Metallurgical Process Department,Research Institute of Technology,Shougang Group Corporation;;Numerical simulation of purging plug distribution of 100t top-bottom combined blown converter[J];中国冶金;2018-07\n2 HE Yu-ming;Chongqing Iron and Steel Co.,Ltd.,the First Steelmaking Plant;;Analysis of the influence of dynamic roll gap and reduction on the direct and quality of slab CC[J];连铸;2018-01\n3 Xu Huibin;Wu Guangfeng;Yang Donghua;School of Materials Science and Engineering,Chongqing University of Technology;;Reformation on Teaching Content on Welding Metallurgy[J];山东化工;2017-20\n4 Sun He;Li Yongqiang;HBIS Group Chengsteel Company;;Technical Progress of Converter Steelmaking and Application Analysis of New Technology[J];山西冶金;2017-04\n5 Qi Ziyi;Gao Kun;Zhao Baofang;Li Yong;Li Wei;Information Engineering School of North China University of Science and Technology;Metallurgy and Energy School of North China University of Science and Technology;;Research on application of RBF neural network in endpoint prediction of converter steelmaking[J];无线互联科技;2017-04\n6 HE Yu-ming;The First Steelmaking Plant of Chongqing Iron and Steel Co.,Ltd.;;Breakout prevention technology for large slab continuous casting machine[J];连铸;2017-01\n7 Wang Xusheng;Jia Jinsuo;Information Engineering School of North China University of Science & Technology;;Research on end point prediction of converter steelmaking based on support vector machine[J];无线互联科技;2017-02\n8 LIU Fang;MCC Capital Engineering & Research Incorporation Limited;;Application and majorization of converter bottom blowing in Qian'an steelmaking[J];重型机械;2017-01\n9 ZHAO Jia-you;MAO Qian-min;JIN Rong-tai;College of Metrology and Measurement Engineering,China Jiliang University;;Device of Induction Motor Speed Measurement and Rotor Faults Monitoring[J];仪表技术与传感器;2015-12\n10 Li Pengju;Liu Hui;Wang Bin;Wang Long;Xia Yidan;Faculty of Information Engineering and Automation,Kunming University of Science and Technology;;Endpoint determination of the basic oxygen furnace based on flame dynamic deformation characteristics[J];仪器仪表学报;2015-11\n1 Sun Zhengmao Song Zhan (AISC Equipment Supply Department) Zhang Ping Jiang Shaohai Sheng Yan (Anshan Heat Energy Researeh Institute);Optimum Design of Spray Nozzle of Oxygen Lance for Converter and its Application[J];鞍钢技术;2000-09


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url: =Copyright © http://www.msb365.com/en/ Suzhou Qu style soft installed Design Co., Ltd. Specializing in Suzhou soft design,Suzhou villa design,Suzhou high-end custom ,Welcome to inquire! Su ICP, No. 18000302 Powered by Clouds platform Technical Support: Xiangyun platform


url: =Temple Religious Sites attractions - 5 great attractions in Rome - Travel with Trip.com\nRome Religious Sites\n487m from city centre\n"There are two temples on the opposite side of the Truth Square, one is the circular temple of Hercules the Victor, the other is the rectangular temple of Portunus, and the temple of Hercules the Victor has a circle on it. Like a hat. The circular temple is surrounded by Greek-style columns, and there are still remnant frescoes on the altar. Hercules is synonymous with Hercules in the Western world, but the temple where he is worshipped is more compact."\n"If you didn't read the introduction, you wouldn't know that this attraction is called Xuanmiao. The three pillars in the Roman ruins look really tattered, and you can't see the original shape. Now only these three pillars are left."\nRanked #4 in Agrigento Local History\n47.2km from Rome ·\n241km from Rome ·\nSelected for Naples Important Religious Institutions\n267.3km from Rome ·\n"Ruins and temples of ancient Greek cities. I like big stone ruins! And I'm leaving Europe soon. I haven't seen the temple yet, so this is a must for me. The 3 temples in paestum are well preserved, and it’s very convenient to go there, there are not too many people, it is perfect for me~"\nGreece Travel | Kampot Travel | EL Nido Travel | Geelong Travel | Zhengzhou Travel | Den Helder Travel | Falmouth Travel | Queenstown Travel | Fukuoka Travel | Bowral Travel | Berwick Travel | Marsala Travel | Cerveteri Travel | Los Angeles Travel | Frankfurt Travel | Smith County Travel | Klaipeda county Travel | Charlevoix Regional County Municipality Travel | Murray County Travel | South Oxfordshire District Travel | Barre Travel | Maebashi Travel | New Plymouth Travel | Flint Travel | Setagaya Travel | Grodna District Travel | Cholula Travel | Garfield County Travel | Saint George's Travel | Gorod Tobolsk Travel


url: =Journal of Animal Science and Biotechnology | DeepDyve\nXu, Bocheng; Fu, Jie; Zhu, Luoyi; Li, Zhi; Jin, Mingliang; Wang, Yizhen\n2021 Journal of Animal Science and Biotechnology\nBackgroundAntibiotic growth promoters are widely used to improve weight gain. However, the abuse of antibiotics can have many negative effects on people. Developing alternatives to antibiotics is an urgent need in livestock production. We aimed to perform a meta-analysis and network meta-analysis...\nThere is growing interest among nutritionists in feeding reduced protein diets to broiler chickens. Although nearly a century of research has been conducted providing biochemical insights on the impact of reduced protein diets for broilers, practical limitation still exists. The present review...\nShi, Lijun; Wu, Xin; Yang, Yuze; Ma, Zhu; Lv, Xiaoqing; Liu, Lin; Li, Yanhua; Zhao, Feng; Han, Bo; Sun, Dongxiao\nBackgroundPeople are paying more attention to the healthy and balanced diet with the improvement of their living standards. Milk fatty acids (FAs) have been reported that they were related to some atherosclerosis and coronary heart diseases in human. In our previous genome-wide association study...\nWang, Liqi; He, Ting; Zhang, Xin; Wang, Yubo; Qiu, Kai; Jiao, Ning; He, Linjuan; Yin, Jingdong\nBackgroundLong non-coding RNAs (lncRNAs) are emerging key regulators involved in a variety of biological processes such as cell differentiation and development. The balance between myogenesis and adipogenesis is crucial for skeletal muscle homeostasis in humans and meat quality in farm animals....\nZhu, Tao; Mao, Jiangdi; Zhong, Yifan; Huang, Congxiang; Deng, Zhaoxi; Cui, Yanjun; Liu, Jianxin; Wang, Haifeng\nBackgroundThis study investigated the protective effects of L. reuteri ZJ617 on intestinal and liver injury and the underlying mechanisms in modulating inflammatory, autophagy, and apoptosis signaling pathways in a piglet challenged with lipopolysaccharide (LPS).MethodsDuroc × Landrace × Large...\nHu, Wenping; Dong, Xinlong; Tian, Zhilong; Zhang, Zhuangbiao; Tang, Jishun; Liang, Benmeng; Liu, Qiuyue; Chu, Mingxing\nBackgroundJUNO and IZUMO1 are the first receptor-ligand protein pairs discovered to be essential for sperm-oocyte fusion; their interaction is indispensable for fertilization.MethodsPCR was used to clone the full-length DNA sequence of the Juno gene in sheep. The single nucleotide polymorphism...\nKwak, Min-Jin; Park, Min-Young; Choi, Yong-Soon; Cho, Junghwan; Pathiraja, Duleepa; Kim, Jonggun; Lee, Hanbae; Choi, In-Geol; Whang, Kwang-Youn\nBackgroundGut is a crucial organ for the host’s defense system due to its filtering action of the intestinal membrane from hazardous foreign substances. One strategy to strengthen the gut epithelial barrier function is to upregulate beneficial microflora populations and their metabolites....\nLiu, Yan; Tang, Jiayong; He, Ying; Jia, Gang; Liu, Guangmang; Tian, Gang; Chen, Xiaoling; Cai, Jingyi; Kang, Bo; Zhao, Hua\nBackgroundChronic heat stress (CHS) disrupts hepatic metabolic homeostasis and jeopardizes product quality of pigs. Selenium (Se) may regulate the metabolic state through affect selenoprotein. Thus, we investigate the protective effect of dietary hydroxy-4-methylselenobutanoic acid (HMSeBA) on...\nShiasi Sardoabi, R.; Alikhani, M.; Hashemzadeh, F.; Khorvash, M.; Mirzaei, M.; Drackley, J. K.\nBackgroundIn recent years, there has been an increasing interest in using high quantities of milk or milk replacer (MR) in heat-stressed calves to alleviate the negative effects of high environmental temperatures on their performance. However, observations have indicated a decline in growth...\nMelatonin improves the first cleavage of parthenogenetic embryos from vitrified–warmed mouse oocytes potentially by promoting cell cycle progression\nPan, Bo; Qazi, Izhar Hyder; Guo, Shichao; Yang, Jingyu; Qin, Jianpeng; Lv, Tianyi; Zang, Shengqin; Zhang, Yan; Zeng, Changjun; Meng, Qingyong; Han, Hongbing; Zhou, Guangbin\nBackgroundThis study investigated the effect of melatonin (MT) on cell cycle (G1/S/G2/M) of parthenogenetic zygotes developed from vitrified-warmed mouse metaphase II (MII) oocytes and elucidated the potential mechanism of MT action in the first cleavage of embryos.ResultsAfter vitrification and...


url: =maize flour machine, maize milling plant, wheat flour machine products,China maize flour machine, maize milling plant, wheat flour machine supplier\nFood online > Products > Food Processing Machinery > Production Line > maize flour machine, maize milling plant, wheat flour machine\nShijiazhuang Huanpai Machine Co.,Ltd is a professional manufacturer of all types of flour milling machine for wheat/maize/corn, Our production capacity is from 5 to to 1000 ton per day.\nWe can design and manufacture of various types of machinery according to customer requirements .\nExtraction rate (When the volume weight of wheat is over 770g/h)\nSingle production: F1 flour is 63~73% F2 flour is 72~77% F3 flour is 82%\nCombined production: The total extraction of F1 flour and F3 flour is over 72-78%, of which F1 flour is 28% and F3 flour 48%\nThe total extraction of F2 flour and F3 flour is over 76%, of which F2 flour is 43% and F3 flour is 33%\nThe total extraction of F1 flour and F32flour is over 6-76%, of which F1 flour is 35% and F2 flour is 40%\n50T wheat/corn flour milling machine with price\nfull automatic maize flour milling machine/corn flour milling machine/ maze grits machine\nName:\tHuanpai Machine Co., Ltd\nMain Products:\tflour milling machine for wheat/corn/maize seed processing machine\nAddress:\tRoom B-104, Kela Gongguan, No.182,Zhonghua street,Shijiazhuang City,China\nShijiazhuang Huanpai Machine Co., Ltd is a comprehensive high-tech enterprise, and speciallized in the research and manufacture of complete sets of wheat flour milling machine, maize/corn flour milling machine, oil food processing equipment & seed processing machine that suit for diferent requirements of domestic and foreign market.\nWin Tone Maize Milling Plant Corn Processing Plant\nflour milling machine/wheat flour processing milling machine with big or small sacle machinery\nWheat Flour Milling Machine 50 ton per day\nWheat Flour Milling Machine 50t/24h for Africa Market\ncomplete line for Wheat Flour Milling Machines with suitable price for Africa\nmaize flour milling machine maize flour milling plant maize flour machine maize flour maize flour milling process maize milling machine wheat flour milling machine flour flour milling machine maize milling plant maize flour mill plant wheat flour milling plant flour milling machine corn maize flour maize flour processing maize flour machinery View all\nMain Products:flour milling machine for wheat/corn/maize seed processing machine\nTo:Huanpai Machine Co., Ltd\nContact: Mr.LV Vivian\nTel: 86 - 311 - 13722990009\nFax: 0086 - 311 - 87820202


url: =Caravan passing through Loess canyon and plateau, south of Fu Xian, Shaanxi - siris_arc_388450|Smithsonian Institution Archives\nCaravan passing through Loess canyon and plateau, south of Fu Xian, Shaanxi\nID: SIA RU007263 [SIA2008-3135]\nCreator: Sowerby, Arthur de Carle 1885-1954\nCitation: Smithsonian Institution Archives, Record Unit 7263, Arthur de Carle Sowerby Papers, Image No. SIA2008-3135\nSmithsonian Institution Archives, Record Unit 7263, Arthur de Carle Sowerby Papers, Image No. SIA2008-3135\nSIA RU007263 [SIA2008-3135]


url: =Study of the Virtual Maintenance Training System for Large Complex Equipment--《Acta Armamentarii》2006年01期\n《Acta Armamentarii》 2006-01\nStudy of the Virtual Maintenance Training System for Large Complex Equipment\nSU Qun-xing~1,LIU Peng-yuan~2 (1.Nanjing University of Science and Technology,Nanjing 210094,Jiangsu,China;2.Ordnance Engineering College,Shijiazhuang 050003,Hebei,China)\nA method of constructing certain missile virtual maintenance training system was proposed based on virtual reality technology,virtual prototype technology and process simulation technology.The system consists of virtual prototype and virtual maintenance simulation control.The second part is made up of virtual environment generation and output,human-computer interaction,maintenance mission control,virtual prototype and tools action and state control.The functions of each part and module were studied.Furthermore,the description method of maintenance knowledge based on maintenance knowledge description net(MKDN) and the simulation control flow of immersed virtual maintenance training system were presented.The methods and simulation control flow offered were successfully applied to certain missile virtual maintenance training system.\n【CateGory Index】： TJ02\n1 WANG Qiang, SONG Jian-she, CAO Ji-ping, YE Qing (Missile Project Research Institute, Second Artillery Engineering College, Xi’an 710025, China);Complex Equipment Virtual Maintenance Training Technology[J];Ordnance Industry Automation;2009-12\n2 WANG Xiao-guang1,SU Qun-xing1,GU Hong-qiang2(1.Wuhan Ordnance Noncommissioned Officer School,Wuhan 430075,China;2.Ordnance Engineering College,Shijiazhuang 050003,China);Modeling Method for Geometry Attribute Model of Virtual Maintenance Prototype[J];Ordnance Industry Automation;2010-03\n3 MA Shi-ning,SUN Xiao-feng(Academy of Armored Force Engineering,National Key Laboratory for Remanufacturing,Beijing 100072,China);Development of equipment green maintenance[J];Heat Treatment of Metals;2008-01\n4 WANG Xiao-guang1,SU Qun-xing2,GU Hong-qiang1(1.Mechanical Engineering College,Shijiazhuang Hebei 050003,China;2.Wuhan Ordnance Noncommissioned Officer School,Wuhan Hubei 430075,China);Modeling based on P-Agent for virtual maintenance prototype interaction[J];Journal of Computer Applications;2009-10\n5 Liu Jia1) Liu Yi2)1)(College of Aerospace Engineering,Nanjing University of Aeronautics and Astronautics,Nanjing 210016)2)(College of Aerospace Engineering and Applied Mechanics,Tongji University,Shanghai 200092);A Survey of Virtual Maintenance Technology[J];Journal of Computer-Aided Design & Computer Graphics;2009-11\n6 WANG Xiao-guang1,SU Qun-xing2,GU Hong-qiang1(1.Department of Missile Engineering,Ordnance Engineering College,Shijiazhuang Hebei 050003,China; 2.Wuhan Ordnance Noncommissioned Officer School,Wuhan Hubei 430075,China);A Method of Behavior Modeling for Virtual Maintenance Prototype Based on Puny-Agent[J];Computer Simulation;2010-01\n7 ZHU Wen-hua, SU Yu-peng, HU Gui-hua, YU Tao (CIMS and Robot Center, Shanghai University, Shanghai 200072, China);Studies on Virtual Equipment Simulation Based on Virtual Code[J];Journal of System Simulation;2008-22\n8 ZHU Guo-tao,TIAN Tao,WANG Zhi-le (Qingdao Branch,Naval Aeronautical Engineering Institute,Qingdao Shandong 266041,China);Design and Implementation for a type of Ammunition's Virtual Maintenance Training System[J];Journal of System Simulation;2008-S1\n9 WANG Wen-yun,TANG Jin-guo,SUN Yuan,SHENG Hui,LIU Qi (Scientific Research Department of Naval Aeronautical Engineering Institute,Yantai 264001,China);Development of Missile Techno-Preparing Interactive Training System[J];Journal of System Simulation;2008-S1\n10 WANG Xiao-guang1, SU Qun-xing2, GU Hong-qiang 1 (1.Ordnance Engineering college, Shijiazhuang 050003, China; 2.Wuhan Ordnance Noncommissioned Officer School, Wuhan 430075, China);The Method of Virtual Maintenance Prototype Modeling For Large Complex Equipment[J];Journal of System Simulation;2009-S1\n1 JIA Pai, XU Xiao-Gang (Dept. of Equipment System & Automatization, Dalian Naval Academy, Dalian 116018, China);Study on the Scene Design of the Virtual Maintenance Training System[A];[C];2008\n2 MA Shi-ning SUN Xiao-feng (Academy of Armored Force Engineering ,National Key Laboratory For Remanufacturing,Beijing 100072,China);Development of equipments'green maintenance[A];[C];2007\n1 LIU Pengyuan，ZHANG Xien， LIU Yuhai (Ordnance Engineering College, Shijiazhuang 050003);Research and Realization of Operating Response Mechanism Based on Knowledge in Virtual Maintenance Training[J];Computer Engineering;2003-01\n2 ZHANG Guo-jun HE Jia-bing ZHU Hai-ping (State Key Lab of Digital Manufacturing and Equipment Technology,School of Mechanical Science and Engineering,Huazhong University of Science and Technology,Wuhan 430074,Hubei,China);Study on Manufacturing System Modeling Based on Improved Stochastic Statechart[J];Journal of Beijing University of Technology;2006-08\n3 JIANG Wei, JIN Guobin(Shanghai University, Shanghai 200072, China);The Application of Petri Nets in Packaging and Printing Production[J];Packaging Engineering;2005-01\n4 ZHANG Lun-yan,YAN Jian-jun,GUO Zhong-fu(School of Mechanical Engineering and Automation,Beihang University,Beijing 100083,China);Study of Cellular Manufacturing System Hierarchy Modeling Based on Simulation[J];Group Technology & Production Modernization;2006-01\n5 ZHANG Jun-yi,XIE Li-yang,WANG Zheng (School of Mechanical Engineering & Automation,Northeastern University,Shenyang 110004,China.);Analysis of Multitask Reliability for Manufacturing Systems Based on ESPN[J];Journal of Northeastern University(Natural Science);2008-07\n9 ZHU Luo-feng,SUN You-chao (College of Civil Aviation,Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China);Research and Realization on Operating Response Model of Virtual Maintenance Training System[J];Aircraft Design;2009-01\n10 XU Jin~1,ZHENG Ying-wen~1,CHEN Peng~2(1.Institute of Automation,Fuzhou University,Fuzhou,Fujian 350002,China;2.The IT Department of Longyan Telecom Co.Ltd,Longyan,Fujian 36400,China);Annealing variable hybrid genetic algorithm for workload allocations in discrete manufacturing systems[J];Journal of Fuzhou University(Natural Science Edition);2006-01\n2 Liu Chang1,2 Shi Haibo1 (1 Shenyang Inst. of Automation, Chinese Academy of Sciences, Shenyang 110016, China; 2 Graduate Sch. of the Chinese Academy of Sciences, Beijing 100039, China);Research on Manufacturing Process Model Based on Timed Petri Nets[A];[C];2008\n1 Gu Mei(CAD Research Center, North China Univ. of Tech., 100041, Beijing, China);Research and Practice of Computer Aided Curved Surface Design[J];Journal of North China University of Technology;1996-01\n2 WANG Tao, LAI Xi-de, LIU Xiao-bing, TAO Chun-hua (Dept. of Energy & Environmental Engineering, Sichuan University, Chengdu 610039, China);Simulation System for Overhauling of Hydroelectric Generating Set Based on Virtual Reality Technique[J];Ordnance Industry Automation;2003-06\n3 SONG Zhi-dang1, WANG Yu-sen2 (1. College of Engineering, PLA Second Artillery Forces, Xi’an 710025, China; 2. Equipment Academe of PLA Second Artillery Forces, Beijing 100085, China);Diagnosis Approach Based on Minimal Cut Sets of Fault Trees[J];Ordnance Industry Automation;2004-06\n4 LIU Cheng-wu, HUANG Xian-xiang, LI Sheng-chao, CAI Wei (Staff Room 202, The Second Artillery Engineering College, Xi’an 710025, China);Fault Diagnosis System for Large-Scale Weapon Equipment Based on Wireless Network[J];Ordnance Industry Automation;2006-06\n5 YANG Yu-hang,LI Zhi-zhong,FU Kun,DONG Wei,ZHENG Li(Department of Industrial Engineering,Tsinghua University,Beijing 100084,China);Missile Maintenance Training System Based on Virtual Reality Technology[J];Acta Armamentarii;2006-02\n6 XIE Pu,SU Qun-xing,GU Hong-qiang (Ordnance Engineering College,Shijiazhuang 050003,Hebei,China);Research on Scene Graph of Virtual Maintenance Training System of Armament[J];Acta Armamentarii;2006-04\n7 WANG Fei YANG Xiang long FENG Yun cheng (Beijing University of Aeronautics and Astronautics, School of Management);Virtual Reality Simulation and Its Application on Aircraft Assembling[J];Journal of Beijing University of Aeronautics and Astronautics;2001-02\n8 WU Wei SUI Ai na (Beijing University of Aeronautics and Astronautics, Dept. of Computer Science and Engineering);Virtual Assembly Model with Mixed Control of Position/Force[J];Journal of Beijing University of Aeronautics and Astronautics;2001-04\n9 Liu Jie Peng Xiaoyuan Liu Li (School of Automation Science and Electrical Engineering, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);Research on dynamic virtual prototyping of aircraft[J];Journal of Beijing University of Aeronautics and Astronautics;2003-07\n10 Lü Chuan Xu Hongqiang Ma Lin Zhou Dong (Dept. of System Engineering of Engineering Technology, Beijing University of Aeronautics and Astronautics, Beijing 100083, China);Animating virtual human for maintenance simulation with mixing control[J];Journal of Beijing University of Aeronautics and Astronautics;2005-05\n1 LI Lin1 WU Wei-ling1 HUANG Quan-xin2 (1.Qingdao Branch of Naval Aeronautical Engineering Academy,Qingdao Shandong,266041,China,2.Unit 91006,Hefei Anhui,231614,China);Survey of Virtual Maintenance[J];Science & Technology Information;2009-33\n2 ZHU Wen-hua,WANG Hai-dong,SU Yu-peng,HU Gui-hua (CIMS and Robot Center,Shanghai University,Shanghai 200072,China);Studies on Modeling and Simulation of PECVD Process[J];Journal of System Simulation;2009-21\n1 LIU Yuhai, ZHANG Xi'en (Teaching and Research Section of Missile Engineering , Ordnance Engineering College, Shijiazhuang050003);Study on Use of Virtual Reality Technology in Equipment Service[J];Computer Engineering;2001-08\n2 Zhou Yanxun(Dening Institute of Control and Electronic Technology, Beijing 100038);A SURVEY ON VIRTUAL REALITY[J];COMPUTER SIMULATION;1996-01


url: =Distance between Guangzhou and Xinyang\nDistance from Guangzhou to XinyangDistance is 1000 kilometers or 621 miles or 540 nautical milesThe distance is the theoretical air distance (great circle distance). Flying between the two locations' airports can be a different distance, depending on airport location and actual route chosen.Map – Shortest path between Guangzhou and XinyangLocation for GuangzhouLocation for XinyangThe map is using a projection that makes land and oceans much wider near the south and north poles. The heading/course/bearing during a flight varies in most cases. Map based on image from NASA.Heading from GuangzhouLatitude: 23° 08' NorthLongitude: 113° 16' EastInitial heading:4.4°NorthFinal heading:4.7°NorthSee other cities near GuangzhouCalculate distance from Guangzhou to another locationHeading from XinyangLatitude: 32° 07' NorthLongitude: 114° 04' EastInitial heading:184.7°SouthFinal heading:184.4°SouthSee other cities near XinyangCalculate distance from Xinyang to another locationFind distance between other locationsFind distance between two other locationsModify From or To locationLocal time comparisonLocationLocal timeGuangzhou (China - Guangdong)Thursday, May 5, 2016 at 5:33:40 PMXinyang (China - Henan)Thursday, May 5, 2016 at 5:33:40 PMOther time conversionsConvert time between Guangzhou and XinyangFind suitable time to call between Guangzhou and XinyangAdvertising


url: =Zhejiang UE Furniture CHART | Chart | Markets Insider\nZhejiang UE Furniture CHART\n17.41 CNY -0.76 (-4.18%)\nMarkets Insider Zhejiang UE Furniture Co Ltd Chart Analysis Tool\nUse Market Insider's Zhejiang UE Furniture Co Ltd chart to find out about Zhejiang UE Furniture Co Ltd's stock price history. You can also get the latest Zhejiang UE Furniture Co Ltd stock price chart for today and find all time hight Zhejiang UE Furniture Co Ltd stocke prices as well.\nPerform technical analysis for Zhejiang UE Furniture Co Ltd stock. Compare stocks with the Zhejiang UE Furniture Co Ltd stock chart over time. Choose your preferred exchange and stock chart history to customize and make sure to use the chart for Zhejiang UE Furniture Co Ltd stock mountain, candlestick, line charts options too.\nGO IN-DEPTH ON Zhejiang UE Furniture STOCK


url: =8 December 2015 An optimized structure on FPGA of key point description in SIFT algorithm\nSoutheast Unv. (China)\nJinlong Peng , En Zhu , Yuxin Zou\nProceedings Volume 9875, Eighth International Conference on Machine Vision (ICMV 2015); 987519 (2015) https://doi.org/10.1117/12.2228710\nChenyu Xu, Chenyu Xu, Jinlong Peng, Jinlong Peng, En Zhu, En Zhu, Yuxin Zou, Yuxin Zou, "An optimized structure on FPGA of key point description in SIFT algorithm", Proc. SPIE 9875, Eighth International Conference on Machine Vision (ICMV 2015), 987519 (8 December 2015); doi: 10.1117/12.2228710; https://doi.org/10.1117/12.2228710\nChenyu Xu, Jinlong Peng, En Zhu, Yuxin Zou, "An optimized structure on FPGA of key point description in SIFT algorithm," Proc. SPIE 9875, Eighth International Conference on Machine Vision (ICMV 2015), 987519 (8 December 2015);


url: =Title IX | CUPA-HR\nCUPA-HR Submits Comments on Proposed Rule Amending Title IX Regulations\nOn January 30, CUPA-HR submitted comments on the U.S. Department of Education’s proposed rule aimed at changing how colleges and universities must handle allegations of sexual assault and harassment under Title IX of the Education Amendments of 1972. Title IX prohibits discrimination on the basis of sex in education programs and activities that receive federal... View Article\nFacing the Challenges of DOE’s Recent Title IX “Interim Guidance”\nWebinars CUPA-HR > Title IX “Facing the Challenges of DOE's Recent Title IX ‘Interim Guidance’” Wednesday, October 11 | 1:00-2:00 p.m. ET Sponsored by Watch Now WATCH NOW WITH CLOSED CAPTIONING Webinar Materials Presentation Slides Webinar Q&A - Answers to Questions Asked During the Webinar The U.S. Department of Education recently announced new "interim guidance" to... View Article


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=Fa xue : Faxue yuekan (Work) - Biddle Law Library- University of Pennsylvania Law School\nFa xue : Faxue yuekan\nThe work Fa xue : Faxue yuekan represents a distinct intellectual or artistic creation found in Biddle Law Library- University of Pennsylvania Law School. This resource is a combination of several types including: Work, Language Material, http://bibfra.me/vocab/marc/Collection, Continuing Resources.\nThe Resource Fa xue : Faxue yuekan\nLaw science monthly\nFa xue (Shanghai, China : 1982)\nFa xue (Shanghai, China : 1957)\nTable of contents also in English, 1982-Feb. 1983\nContext of Fa xue : Faxue yuekan\n
 Data from Fa xue : Faxue yuekan - Biddle Law Library- University of Pennsylvania Law School
\nData Citation of the Work Fa xue : Faxue yuekan


url: =Shape Data | bVisual - for people interested in Microsoft Visio\nPosted in SQL Server, Visio, Visio 2016. Tags: GraphDatabase, JSON, Shape Data, ShapeSheet, SQL Server, Visio. 6 Comments »


url: =Traffic Efficiency and Safety in Mixed Traffic Flow Environments 2020 | Hindawi\nBaoshan Huang2 | Xiaoming Chen3 | Chengxiang Zhuge4 | Meng Meng5\n2University of Tennessee, Tennessee, USA\n3Traffic Engineers, Inc., Texas, USA\n4The Hong Kong Polytechnic University, Hong Kong\n5University of Bath, London, UK\nThe roadways are used simultaneously by passenger cars, trucks, buses, cyclists, pedestrians, etc. This creates a mixed traffic flow environment in which all the traffic participants share the available infrastructure. In addition, there is an increasing number of automated vehicles (AVs) appearing on roadways that are interacting with conventional traffic, which is forming a new type of mixed traffic flow environment.\nThere is a need for investigating the resulting effects of mixed traffic, and advanced research should be conducted to explore the traffic efficiency and safety in mixed traffic flow environment. Developing better traffic efficiency and safety methodologies, technologies, and policies are critical importance to reduce the traffic congestion, crashes, traffic-related air pollution, and improve the operation reliability of the mixed traffic flow. Enabled by emerging sensing technologies, big data analytics, and recent advances in driving experiments, traffic efficiency and safety research will greatly enhance our scientific understanding of the new interactions and phenomena in a mixed traffic flow environment.\nThe aim of this Special Issue is to collate original research and review articles with a focus on addressing the crucial aspects of traffic efficiency and safety issues in a mixed traffic flow environment, with particular emphasis on the interactions between motorized vehicles and non-motorized vehicles, passenger cars and trucks, conventional vehicles, and AVs. The Special Issue also welcomes scientific research that develops and refines methodologies and technologies using new sources of data, such as data from GPS, naturalistic driving, connected vehicles, social media, and smart phones.\nSafety and efficiency performance assessment of mixed traffic flow\nSafety and efficiency modelling of mixed traffic flow\nThe resulting effects of mixed traffic flow environment\nPrediction of mixed traffic flow\nData-driven traffic efficiency and safety monitoring, assessment, and improvement\nMethodological advancement in mixed traffic flow theory\nInnovative traffic efficiency and safety data collection, analyzing, and molding using advanced technologies\nAdvanced traffic safety and traffic flow efficiency management strategies and policies\nTravel behaviors and activities modelling\n- Article ID 6624452\nShengyou Wang | Chunfu Shao | ... | Yan Zheng\n- Article ID 8849234\nThe Impact of Pedestrian and Nonmotorized Vehicle Violations on Vehicle Emissions at Signalized Intersections in the Real World: A Case Study in Beijing\nJianchang Huang | Guohua Song | ... | Lei Yu\n- Article ID 6652278\nDetermining the Operator for the Public Toll Road\nBin Shang | Qiang Sun | ... | Jiancong Chang\n- Article ID 8816540\nZijia Zhong | Joyoung Lee | Liuhui Zhao\n- Article ID 8897325\nTraffic Speed Forecast in Adjacent Region between Highway and Urban Expressway: Based on MFD and GRU Model\nYuan Gao | Jiandong Zhao | ... | Bin Jia\n- Article ID 8818496\nModeling Drivers’ Stopping Behaviors during Yellow Intervals at Intersections considering Group Heterogeneity\nJuan Li | Hui Zhang | ... | Xuan Zhang\n- Article ID 8878346\nExpansion of the Fundamental Diagram from a Microscopic Multilane Modeling Framework of Mixed Traffic\nMudasser Seraj | Jiangchen Li | Tony Z. Qiu\n- Article ID 8892693\nA Discretionary Lane-Changing Decision-Making Mechanism Incorporating Drivers’ Heterogeneity: A Signalling Game-Based Approach\nHaipeng Shao | Miaoran Zhang | ... | Yifan Dong\n- Article ID 8850591\nAn Approach for Handling Uncertainties Related to Behaviour and Vehicle Mixes in Traffic Simulation Experiments with Automated Vehicles\nJohan Olstam | Fredrik Johansson | ... | Markus Friedrich\n- Article ID 8830731\nZhaoyue Zhang | An Zhang | ... | Shanmei Li


url: =Blog-a-bing. Blog-a-boom.: Personalize Pasko with Midnight Snacks


url: =Shop Zildjian Drums | Mooloolaba Music\nA0022 18" A Zildjian Crash Ride Cymbals\nA0024 20" A Zildjian Crash Ride Cymbals\nA0036 22" A Zildjian Medium Ride Cymbals\nA0037 24" A Zildjain Medium Ride Cymbals\nA0042 20" A Zildjian Ping Ride Cymbals\nA0115 12" A Zildjian New Beat Hihat Bottom Cymbals\nA0123 14" A Zildjian Mastersound Hihats - Pair Cymbals\nA0124 14" A Zildjian Mastersound Hihat - Top Cymbals\nA0125 14" A Zildjian Mastersound Hihat - Bottom Cymbals\nA0132 13" A Zildjian New Beat Hihat - Bottom Cymbals\nA0134 14" A Zildjian New Beat Hihat - Top Cymbals\nA0135 14" A Zildjian New Beat Hihat - Bottom Cymbals\nA0137 15" A Zildjian New Beat Hihat - Top Cymbals\nA0138 15" A Zildjian New Beat Hihat - Bottom Cymbal\nA0223 16" A Zildjian Thin Crash Cymbals\nA0224 17" A Zildjian Thin Crash Cymbals\nA0225 18" A Zildjian Thin Crash Cymbals\nA0226 19" A Zildjian Thin Crash Cymbals\nA0227 20" A Zildjian Thin Crash Cymbals\nA0230 16" A Zildjian Medium Thin Crash Cymbals\nA0231 17" A Zildjian Medium Thin Crash Cymbals\nA0232 18" A Zildjian Medium Thin Crash Cymbals\nA0233 19" A Zildjian Medium Thin Crash Cymbals\nA0234 20" A Zildjian Medium Thin Crash Cymbals\nA0240 16" A Zildjian Medium Crash Cymbals\nA0242 18" A Zildjian Medium Crash Cymbals\nA0250 16" A Zildjian Rock Crash Cymbals\nA0252 18" A Zildjian Rock Crash Cymbals\nA0266 16" A Zildjian Fast Crash Cymbals\nA0268 18" A Zildjian Fast Crash Cymbals\nA0277 17" A Zildjian Heavy Crash Cymbals\nA0279 19" A Zildjian Heavy Crash Cymbals\nA0344 18" A Zildjian China Low Cymbals\nA0354 18" A Zildjian China High Cymbals\nA0419 18" A Zildjian Classic Orchestral Selection Suspended Cymbals\nA0429 20" A Zildjian Symphonic French Tone - Pair Band & Orchestral Cymbals\nA0444 16" A Zildjian Concert Stage - Pair Band & Orchestral Cymbals\nA0449 20" A Zildjian Symphonic Viennese Tone - Pair Band & Orchestral Cymbals\nA0452 14" A Zildjian Stadium Series Medium Pair Band & Orchestral Cymbals\nA0454 18" A Zildjian Concert Stage - Pair Band & Orchestral Cymbals\nA0466 20" A Zildjian Concert Stage - Pair Band & Orchestral Cymbals\nA0468 16" A Zildjian Stadium Series Medium Pair Band & Orchestral Cymbals\nA0471 14" A Zildjian Z-Mac W/Gromets - Pair Band & Orchestral Cymbals\nA0473 19" A Zildjian Stadium Series Medium Heavy - Pair Band & Orchestral Cymbals\nA0475 16" A Zildjian Z-Mac W/Gromets - Pair Band & Orchestral Cymbals\nA0477 18" A Zildjian Z-Mac W/Gromets - Pair Band & Orchestral Cymbals\nA0479 20" A Zildjian Z-Mac W/Gromets - Pair Band & Orchestral Cymbals\nA0483 18" A Zildjian Stadium Series Medium Pair Band & Orchestral Cymbals\nA0485 20" A Zildjian Stadium Medium - Pair Band & Orchestral Cymbals\nA0487 16" A Zildjian Stadium Series Medium Heavy Pair Band & Orchestral Cymbals\nZildjian has become synonymous with setting the standard for high quality, high performance musical instruments since 1623. As the world's leading maker of cymbals, drumsticks and percussion mallets, Zildjian produces instruments that are in all corners of the globe. Zildjian has become the standard to which all others instruments are measured.


url: =Reburning for NO_x Control--《Energy Conservation Technology》2009年02期\nReburning for NO_x Control\nJIANG Jian(Harbin Hatou Investment Co.,Ltd.,Harbin 150010,China)\nNOx control through coal reburning is a promising technique.Reburning is an in-furnace NOx control technology that uses fuel injected above the main firing system to reduce NO formed in the main heat release zone.Bench-and pilot-scale work done over the past several years suggests that NOx reductions up to sixty percent are possible using reburning under the right conditions.The practical implementation of reburning technology depends upon the ability to contact the reburning fuel with NO formed in the cyclone barrel at the optimum stoichiometry for the maximum time.Thus,reburning effectiveness in practical systems is determined by the performance of the mixing system.\n1 Hu Ya-qin (Department of Chemical Engineering, Datong Vocational College, Datong, Shaixi, China, 037008);Reburning Technology of Micro-Pulverized Coal[J];Journal of Datong Rocotional College;2005-03\n2 MA Jin-feng~(1,2),CHEN Hai-geng~1,MENG Guang-bo~2,WANG Shu-qun~2(1.School of Materials and Metallury,Northeasten University,Shenyang 110004,China;2.Department of Power Engineering,Shenyang Institute of Engineering,Shenyang 110136,China);Analysis on reburning technology of micronized coal and its low NO_x emission[J];Journal of Shenyang Electric Power Institute;2005-04\n3 ZENG Qing-guang1, WANG Yang1, DONG Jian-xun1, YI Lei1, ZHU Tian-xu1, CHEN Jian2, RUAN Guo-rong2, XU Jian-feng2, FENG Yu-long2, DING Jie-kang2 (1. The State Engineering Technology Research Center of Combustion of Power Plant, Shenyang 110034, China; 2. Huaneng Power International, Inc, ChangXing Power Plant, Changxing 313100, China);Study on fuel-staged combustion with conventional pulverized-coal as refuel[J];Electric Power;2005-04\n1 ;Numerical simulation of the best mixture ratio of coal and air in fuel staging combustion[J];Electric Power Environmental Protection;2007-06\n2 DAI Ji-bang1,JIN Jing1,LI Li1,LI Shan-shan2,FAN Jun-jie1(1.College of Dynamic Engineering,University of Shanghai for Science and Technology,Shanghai 200093,China;2.Zhejiang University Wangxin Engine-electricity Ltd,Hangzhou 310007,China);Experiment Study of Burnout About Micronized Coal as Reburning Fuel[J];Boiler Technology;2007-01\n3 ZHANG LI-li,HU Man-yin(School of Environment Science and Engineering,North China Electric Power University,Baoding 071003,China);Study on reburning using straw for nitrogen oxides reduction[J];Energy Research and Information;2007-03\n1 ;Analysis on the influence factors of advanced reburning technology[J];Electric Power Environmental Protection;2004-01\n2 YAN Weiping1, GAO Zhengyang1, LIU Zhong1, WANG Chunchang2(1.North China Electric Power University, Baoding 071003, China;2.Thermal Power Research Institute of SPC, Xi′an 710032, China);Experiments on Dependence of NO Reduction on Pulverized-coal Finesse in Reburning[J];Electric Power Science and Engineering;2003-02\n3 JIN Jing,ZHANG Zhong-xiao,LI Rui-yang,ZHONG Hai-qing (College of Power Engineering, Shanghai University of Science & Technology, Shanghai 200093, China);Research on Nitrogen Oxides Release Performance of Superfine Pulverized Coal Combustion[J];Power Engineering;2004-05\n4 Liu Zhen-qi;Application Experiences of Low NO_xPulverized-coal Burners in China[J];BOILER TECHNOLOGY;1998-09\n5 ZHONG Hai qing, JIN Jing, CHEN Zhan jun (Department of Power Engineering, University of Shanghai for Science & Technology, Shanghai 200093, China);Investigation of Micronized Coal Reburning Technology[J];Boiler Technology;2003-06\n7 Liang Xiujun,etc.;Analysis on Reaction Mechanism of HCN and NH_3 During Coal Reburning[J];North China Electric Power;2004-04\n9 Bi Yusen;PRESENT STATUS OF LOW-NO_x COMBUSTION TECHNOLOGY[J];THERMAL POWER GENERATION;2000-02\n10 XU Zhang et al;TEST AND STUDY ON NO_x REDUCTION WITH MICRONIZED COALDUST REBURNING[J];Thermal Power Generation;2004-02


url: =Improve Medical Record Writing Quality with Two Methods from Four Aspects--《Hospital Management Forum》2012年11期\n《Hospital Management Forum》 2012-11\nImprove Medical Record Writing Quality with Two Methods from Four Aspects\nZHOU Li-ping ZHOU Hong-zhu XIA Zhi-wei The Third Hospital of Peking University\nMedical record writing quality is the guarantee of medical quality and medical safety and the cornerstone to steady and fast development of hospital clinical medical work.However,the clinicians tend to pay little attention to the medical record writing quality and ignore the timely modification to medical record.This paper discusses the root causes of this phenomenon and puts forward corresponding management countermeasures.Conclusion Knowledge,awareness,volition and will are four influencing factors of clinicians' attitudes toward medical record writing.Medical record writing quality can be effectively improved by following measures: increasing clinicians' knowledge of medical record writing specifications through training and examination,strengthening clinicians' awareness of medical record writing through notification and inspection,affirming clinicians' volition through rewarding and punishing,developing clinicians' will to write high quality medical record and decreasing objective difficulty in medical record writing though improving objective conditions.\n1 DENG Ming-de,HE Lei,MA Ming-jing,LI Ying,TAO Yue-ying,QIAO Qiao(Section of Quality Control,Xinqiao Hospital,Third Military Medical University,Chongqing 400037);Quality Control of Medical Record in the Teaching Hospital[J];Hospital Administration Journal of Chinese People's Liberation Army;2013-06\n1 Chen Chuanben,Chen Shaoxiong,Quality Control Office of Fujian Provincial Tumor Hospital,Fuzhou 350014,China;Practice and Experience on Strengthening Quality Control of Medical Records[J];Chinese Medical Record;2010-05\n2 CAI Min,HU Xue-ling,HUANG Chun-mei(Affiliated Sanshui Hospital,Guangdong Medical College,Foshan 528100,China);Our Experience in Raising the Teaching Quality of Interns' Medical Record Writing[J];Northwest Medical Education;2011-03\n1 Yong Juan,Medical Record Department of the Union Hospital of Affiliated TongJi Medical College of Hua Zhong Science and Technology University,Wuhan 430022,Hubei Province,China;Analysis of Defects of 426 Informed Consent Forms[J];Chinese Medical Record;2011-02\n2 Zhou Jilan,Bao Qing,Outpatient and Emergency Office of Xinhua Hospital Affiliated to Medical College of Shanghai Transportation University,Shanghai 200092,China;Cases Analysis on Outpatient and Emergency Medical Records Writing Quality[J];Chinese Medical Record;2012-05\n3 Gu Yaming,Yang Yin,Zhang Dongling,Ji Baoyi,Department of Quality Control,Nanjing Children Hospital Affiliated to Nanjing Medical University,Nanjing 210008,Jiangsu Province,China;Combination with Examination and Management to Enhance Medical Records Quality[J];Chinese Medical Record;2012-11\n4 Song Shuquan,The Department of Cardiovascular,Blue Ocean Hospital,Chengdu 610011,Sichuan Province,China;Continuous Improvement Strategy and Effect Analysis of Running Medical Records of Cardiology Department[J];Chinese Medical Record;2013-05\n5 Tao Chunmu,Wu Lingyu,Xu Lifang Department of Science and Teaching,Jingjiang People's Hospital,Jingjiang 214500,China;The role of quality control teaching method in improving interns' medical record writing[J];China Medical Education Technology;2013-03\n1 YANG Mei-hua1,YUE Hai-yan2,ZHANG Bao-hua3(1.Department of Medical Affair and Education,Eastern Hepatobiliary Surgery Hospital,Second Military Medical University,Shanghai 200438;2.Department of Gastroenterology,No.455 Hospital of PLA,Shanghai 200052;3.Department of Laparoscopy,Eastern Hepatobiliary Surgery Hospital,Second Military Medical University,Shanghai 200438);Experience of Teaching Advanced-study Doctors in the Department of Hepatobiliary Surgery[J];Hospital Administration Journal of Chinese People's Liberation Army;2012-02\n1 ;Exploration on monitoring the quality of running record case at actual time[J];Acta Academiae Medicinae CPAPF;2006-06\n2 CHEN Min,LIU Fang,YANG Tian-gui,et al.(West China Hospital,Sichuan University,Chengdu 610041,China);MEDOTH AND REALIZATION OF THE MANAGEMENT OF MEDICAL RECORDS MONITORING[J];Modern Preventive Medicine;2008-05\n3 Guo Xiaoning,Wang Xingyue,Cao Yu,et al.West China Hospital,Sichuan University,Chengdu,610041,PRC;The Discussing of the Strategies for the Existing Problems in the Resident Training Program[J];Chinese Hospital Management;2004-08\n4 HAN Chen-guang,LI Yu-ming,WANG Zuo-yu,et al. First-Affiliated Hospital of Medical College of Chinese People's armed Police Force,Tianjin,300162,PRC;Reflection of Doctor-patient Communication,Know and Agreement in Record Management[J];Chinese Hospital Management;2006-08\n5 CHEN Zhongqiang Affiliated 3rd Hospital,Peking University,No.49,Hua Yuan Bei Road,Haidian District,Beijing,100083,PRC.;Hospital and patient communication to build harmonious medical service[J];Chinese Hospitals;2007-07


url: =Emelianov, Stanislav Y. (1)\nMa, Li L. (1)\nMehrmohamamdi, Mohammad (1)\nQu, Min (1)\nRomanovicz, Dwight K. (1)\nSokolov, Konstantin V. (1)\n1. Pulsed magneto-motive ultrasound imaging to detect intracellular trafficking of magnetic nanoparticles Mehrmohamamdi, Mohammad | Qu, Min | Ma, Li L. | Romanovicz, Dwight K. | Johnston, Keith P. | Sokolov, Konstantin V. | Emelianov, Stanislav Y.


url: =CSIRO Data Access Portal - Parkes observations for project PX501 semester 2018OCTS_04\nParkes observations for project PX501 semester 2018OCTS_04\nLi, Di; Green, James; Hobbs, George; Toomey, Lawrence; Cameron, Andrew; Dempsey, James; Wang, Jingbo; Kaczmarek, Jane; Dai, Shi; Zhang, Lei; Wang, Shen; Zhu, Weiwei; Pan, Zhichen; Miao, Chenchen; Yuan, Mao (2018): Parkes observations for project PX501 semester 2018OCTS_04. v1. CSIRO. Data Collection. https://doi.org/10.25919/5c42cdbea69e2\nParkes observations for project PX501 semester 2018OCTS_21....\nParkes observations for project PX501 semester 2018OCTS_34....


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url: =Yanzhao historical literature [a version of a printed(Chinese Edition) de BU XIANG: paperback - liu xing\nPortada BU XIANG Yanzhao historical literature [a version of a printed(Chinese ...\nYanzhao historical literature [a version of a printed(Chinese Edition)\nShip out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Yanzhao historical literature [a version of a printedFour Satisfaction guaranteed,or money back. N° de ref. de la librería EH052072\nTítulo: Yanzhao historical literature [a version of ...


url: =Effects of cytokines on the expression of CD40 and CD40 ligand in cultured human monocytes/macrophages--《Academic Journal of Second Military Medical University》2001年02期\n《Academic Journal of Second Military Medical University》 2001-02\nEffects of cytokines on the expression of CD40 and CD40 ligand in cultured human monocytes/macrophages\nYAN Jin Chuan 1, WU Zong Gui 1, CHEN Jin Ming 1, HUANG Chao 2, ZHANG Ling Zhen 2, LI Li 2, ZHONG Ren Qian 2 ( 1. Department of Cardiovasology, Changzheng Hospital, Second Military Medical University, Shanghai 200003, China; 2. Department\nObjective: To investigate the effect of cytokines (IFN γ,TNF and IL 1) on the expression of CD40 and CD40 ligand (CD40L) in monocytes/macrophages. Methods: The mRNA expression of CD40 and CD40L was measured by RT PCR and the CD40,CD40L expression on the monocytes/macrophages were detected by flow cytometric analysis. Results: IFN γ,TNF and IL 1 could not only significantly up regulate the mRNA levels of CD40 and CD40L in cultured monocytes/macrophages, but also increase the expression of CD40 and CD40L. Antioxidant VitE could reduce the expression of CD40 and CD40L induced by IFN γ,TNF and IL 1. Conclusion: IFN γ,TNF and IL 1 can stimulate high expression of CD40 and CD40L . Antioxidant VitE can partially inhibit the expression of CD40 and CD40L induced by cytokines in cultured monocytes/macrophages. [\n【Fund】： 国家重点基础研究 (973 )项目! (G2 0 0 0 0 5 690 3 )\n1 Yan Jinchuan,Wu Zonggui,Huang Zuo et al .Changzheng Hospital, Second Military Med ical University, Shanghai 200003;THE CLINICAL SIGNIFICANCE OF HIGH EXPRESSION OF CD40L IN PATIENTS WITH ACUTE CORONARY SYNDROMES[J];Medical Journal of Chinese People's Liberation Army;2001-07\n2 YAN Jin-Chuan, WU Zhong-Gui, ZHANG Ling-Zhen, LI Li, ZHONG Ren-Qian,and KONG Xian-Tao (Department of Cardiology,Changzheng Hospital,the Second Military Medical University, Shanghai 200003,China);The Relation of High Expression of CD40 Ligand with Unstable Angina[J];Chinese Journal of Arteriosc Lerosis;2001-05\n3 YAN Jin Chuan, WU Zong Gui, CHEN Jin Ming 1, LI Li, ZHONG Ren Qian 1 (Dept of Cardiovasology, the Affiliated Zhongda Hospital, Southeast College, Nanjing 210009);Effects of cytokines on the expression of CD40 and CD40 ligand in cultured human umbilical vein endothelial cells[J];Chinese Pharmacological Bulletin;2003-02\n1 WU Zong Gui 1, YAN Jin Chuan 1, ZHANG Ling Zhen 2, LI Li 2, ZHONG Ren Qian 2 (1. Department of Cardiovasology, Changzheng Hospital, Second Military Medical University, Shanghai 200003,China; 2. Department of Laboratory Diagnosis) [;Effects of oxidized low density lipoprotein and antioxidant vitamin E on the expression of CD40 and CD40 ligand in cultured human monocytes[J];Academic Journal of Second Military Medical University;2001-02\n2 YAN Jin Chuan 1, WU Zong Gui 1, ZHANG Ling Zhen 2, LI Li 2, FAN Jie 3, LING Ling 3, HAN Wen Yu 3, ZHANG Suo Long 3 (1. Department of Cardiovasology, Changzheng Hospital, Second Military Medical University, Shanghai 200003, China; 2. Departmen;Effects of oxLDL and simvastatin on PKC activity and level of cytosolic free Ca~(2+) in cultured human umbilical vein endothelial cells[J];Academic Journal of Second Military Medical University;2001-02\n3 ZHU Zhi-yun(Department of Medicine,The Second Hospital of Guangzhou Medical College,Guangzhou 510260,China);Clinical Studies on Plasma Adiponectin Level,Tumor Necrosis Factor-alpha in Patients with Primary Hypertension[J];Journal of Hubei University for Nationalities(Medical Edition);2009-01\n4 YAN Jin-Chuan, WU Zong-Gui, HE Song-Qing, FAN Jie, and LING Ling (Department of Cardiovasology, Chang Zheng Hospital, Second Military Medical University, Shang hai 200003; 1.Department of Cardiovasology, The Fourth People 's Hospital of Zhenjiang, Zhe;Effect of Vitamin E on the Cytotoxicity and Proliferation Induced by Oxidized Low density Lipoprotein in Cultured Rat Aortic Smooth Muscle Cells[J];Chinese Journal of Arteriosc Lerosis;2001-04\n5 YAN Jin-chuan,Fan Jie,LING Ling et al (Department of Cardiovasology,the Fourth People's Hospital of Zhenjiang,Zhenjiang,Jiangsu 212001,China);Effect of vitamin E on the cytotoxicity and proliferation of cultured umbilical vein endothelial cells induced by oxidized low density lipoprotein[J];EDITORIAL DEPARTMERT OF CHINESE JOURNAL OF GERIATRIC CARDIOVASCULAR AND CEREBROVASCULAR DISEASE;2000-05\n6 GAO Jingsheng,YUAN Lei,HAO Bing,et al(Department of Cardiology,Kailuan Hospital Affiliated to North China Coal Medical College,Tangshan 063000,China);Change and significance of inflammatory factors in diabetic patients with acute myocardial infarction[J];Journal of North China Coal Medical College;2007-04\n7 DU Deng gui,HE Hai ming,SHI Gen lin (Department of Cardiology,Jiangsu Provincial Corp Hospital,Chinese People′s Armed Police Force,Yangzhou Jiangsu 225003,China);Study of serum TNF,IL-6 levels in patients with coronary heart disease and their relationship[J];Chinese Heart Journal;2001-03\n8 YAN Jin Chuan, WU Zong Gui, CHEN Jin Ming 1, LI Li, ZHONG Ren Qian 1 (Dept of Cardiovasology, the Affiliated Zhongda Hospital, Southeast College, Nanjing 210009);Effects of cytokines on the expression of CD40 and CD40 ligand in cultured human umbilical vein endothelial cells[J];Chinese Pharmacological Bulletin;2003-02\n9 YAN Jin-chuan 1, WU Zong-gui 1, HE Song-qing 1, LING Ling 2, HAN Wen-yu 2, FAN Jie 2, ZHANG Suo-long 2 ( 1Department of Cardiovasology, Changzheng Hospital,Second Military Medical University, Shanghai 200003,China;? 2?Department of Cardi;Effects of oxidized low density lipoprotein and vitamin E on the levels of IL-6,IL-8 and TNF-α in cultured human umbilical vein endothelial cells[J];Chinese Journal of Pathophysiology;2001-10\n10 YAN Jin-chuan 1, WU Zong-gui 1, ZHANG Ling-zhen 2, LI Li 2, FAN Jie 3, LING Ling 3, HAN Wen-yu 3, ZHANG Suo-long 3 (? 1?Department of Cardiovasology, 2 Department of Experimental Research, Changzheng Hospital, Second Military Medic;Effect of OX-LDL and simvastatin on PKC activity and cytosolic free Ca~(2+) in cultured rat aortic smooth muscle cells[J];Chinese Journal of Pathophysiology;2002-04\n1 XIAO Tie hui, WANG Zong ren, LI Jing hua, MA Shi ping, MA Jing, XIA Tian,LI Jun chang (Xijing Hospital, the 4th Militity Medical University,PLA,Shaanxi Xi′an 710032, China);EFFECT OF QIDAN TONGMAI TABLET ON BLOOD LIPID, HEMORRHEOLOGY AND RED BLOOD CELL MEMBRANE FLUIDITY IN RATS WITH HYPERLIPEMIA[J];Journal of Anhui Traditional Chinese Medical College;2002-01\n2 WU Zong Gui 1, YAN Jin Chuan 1, ZHANG Ling Zhen 2, LI Li 2, ZHONG Ren Qian 2 (1. Department of Cardiovasology, Changzheng Hospital, Second Military Medical University, Shanghai 200003,China; 2. Department of Laboratory Diagnosis) [;Effects of oxidized low density lipoprotein and antioxidant vitamin E on the expression of CD40 and CD40 ligand in cultured human monocytes[J];Academic Journal of Second Military Medical University;2001-02\n3 MA Shi Ping, ZHANG Mei, WANG Zong Ren Department of Traditional Chinese Medicine, Xijing Hospital, Fourth Military Medical University, Xi'an 710033, China;Effect of Huoxue Tongmai Tablet on blood- lipid and hemorheology in patients with hypertension[J];JOURNAL OF THE FOURTH MILITARY MEDICAL UNIVERSITY;2000-03\n4 MA Shi Ping 1, WANG Zong Ren 1, LONG Yin 1,XING LI 1,LI Jun Chang 1,FANG Kun Quan 2 1Department of Traditional Chinese Medicine, Xijing Hospital, 2Department of Pharmacology, Faculty of Preclinical Medicine,Fourth Military Medical U;Pharmacological effects of Qidan tongmai tablet on hyperlipemia[J];JOURNAL OF THE FOURTH MILITARY MEDICAL UNIVERSITY;2000-04\n5 HANG Li 1, MA Jing 1, WANG Zong Ren 1, YANG Xi Zhong 2, MA Shin Pin 1, LI Meng Meng 3, XIAO Tie Hui 1, LI Jing Hua 1, ZHENG Jin 1 1Department of Traditional Chinese Medicine, 2Department of Pharmaceutics, 3Department of Anesthesiology, Xijing Hospital, Fourth Military Medical University, Xian 710033, Chain;Effects of Qidantongmai tablet on acute myocardial ischemia injury in rats[J];Journal of The Fourth Military Medical University;2003-05\n6 ZHENG Jin 1, WANG Zong Ren 1, MA Ai Ling 1, LIU Qiang 2, SU Ming Quan 3, FANG Kun Quan 4, MA Shi Ping 1, MA Jing 1, YUE Qiao Hong 3 1Department of Traditional Chinese Medicine, 3Department of Clinical Laboratory, 4Department of Pharmacy,Xijing Hospital, Fourth Military Medical University, Xian 710033, China, 2Department of Hematology,Tangdu Hospital, Fourth Military Medical University, Xian 710038, China;Effects of Qidantongmai tablets on CD40 expression of aorta and monouncleus cells in atherosclerosis rats[J];Journal of The Fourth Military Medical University;2004-06\n7 Wu Wenxin; Zhu Guangjin; Duan Yanping (Institute of Basic Medical Sciences. CAMS.Beijing 100005);Changes of Fibrinolytic Factors Expression of Coronary Arteries in Acute Myocardial Infarction[J];BASIC MEDICAL SCIENCES AND CLINICS;1997-01\n8 WANG Chuiling, LI Jianxian, LIU Yuan, et al The first Affilited Hospital of Shanxi medical University,Taiyuan(030001)$$$$;The Effects and Mechanism of Fluvastatin on Renal Fibratic Rats[J];Chinese Journal of Integrated Traditional and Western Nephrology;2001-06\n9 SUN Xuefeng, ZHOU Xijing, WANG Lining Department of Nephrology, First Affilliated Hospital,Sun Yat-sen University of Medical Sciences, Guangzhou (510080);Proteinuria Aggravate Hypercoagulation in Patients with Diabetic Nephropathy[J];Chinese Journal of Integrated Traditional and Western Nephrology;2002-06\n10 JIANG Yu； LIU Bing-Wen； FAN Ping； LIU Yu andZHANG Rong-Jue(Apolipoprotein Research Unit, Institute of Biochemistry and Molecular Biology, West China University of Medical Sciences, Chengdu 610041, China);Oxidative Modification of Plasma Low Density Lipoprotein, Very Low Density Lipoprotein and High Density Lipoprotein in Endogenous Hypertriglyceridemia[J];Chinese Journal of Arteriosc Lerosis;1997-02\n1 He Shuxian Ye Xiulin Chen Chao The People's Hospital of Futian District,Shenzhen,Guangdong Province,518033;Effects of Therapy of Activating Blood to Resolve Stasis on Serum sCD40L in Acute Coronary Syndrome(ACS)[J];Guangxi Journal of Traditional Chinese Medicine;2007-02\n2 WU Xin-hua1, ZHANG Hua2, FU Hai-qing1, LI Ze1, WU Zong-gui2 (1. Department of Cadre Ward, PLA 425 hospital, Sanya, Hainan 572008 China; 2. Department of cardiology, Changzheng hospital, Second Military Medical University, Shanghai 200003 China);Correlation between Peroxisome Proliferator-activated receptor gamma and CD40/CD40L in patients with acute coronary syndrome[J];Hainan Medical Journal;2007-01\n3 ;Effect of the Method of Heat-clearing,Detoxicating and Promoting Blood Flow to Dissolve Blood Stasis on the sCD40L in Blood Serum of the Patient With Acute Coronary Artery Syndrome[J];Guiding Journal of TCM;2006-07\n4 PENG Dao Quan, ZHAO Shui Ping, LI Jiang, and ZHOU Hong Nian (Department of Cardiology, the Second Xiang Ya Hospital of Central South University, Changsha 410011, China);The Relation of Soluble Serum CD40 Ligand Level and Acute Coronary Syndrome[J];Chinese Journal of Arteriosc Lerosis;2002-02\n5 CHU Luo-Xiang,JIAN De-Qian,and LIU Zhao-Yun(Department of Cardiology,the Second Xiangya Hospital of Central South University,Changsha 410011,China);The Effects of Pioglitazone on the Expression of CD40L in High-Cholesterol Diet Rabbit Aorta[J];Chinese Journal of Arteriosclerosis;2006-06\n6 ZHANG Zhi-Hui1,LI Xu-Ping2,ZHOU Sheng-Hua2,and QI Shu-Shan2(1.Department of Cardiology,Third Xiangya Hospital,Central South University,Changsha 410013;2.Department of Cardiology,Second Xiangya Hospital,Central South University,Changsha 410011,China);Relation of CD40 Ligand,Pregnancy-Associated Plasma ProteinA and Malondialdehyde-Modified Low Density Lipoprotein to Angiographic Morphology of Coronary Lesions in Patients with Coronary Heart Disease[J];Chinese Journal of Arteriosclerosis;2007-02\n7 CHEN He,WANG Qi-xian,DENG Dong-bo,ZHU yan-xia,FANG Qin(Dept.of Cardiology,The 1st Affiliattd Hospital of Kunming Medical College,Kunming 650032,China);Serum Soluble CD40L Level and its Application in Coronary Heart Disease[J];Journal of Kunming Medical College;2006-01\n8 CHEN Ying-min, SONG Wei, LIU Jian-ping, XU Jin, ZANG Min-hua, DING Hong-yi, XIE Xiu-lan, XU Yi-min, WANG Bin-yao (Department of Cardiology, Renji Hospital, Shanghai Second Medical University, Shanghai200001, China);Effect of Tong-Xin-Luo Therapy on Serum sCD40L in Patients with Acute Coronary Syndromes[J];Acta Universitatis Medicinalis Secondae Shanghai;2005-07\n9 LIN Tao,MA Yi-tong(Department of Cardiology,The First Affiliated Hospital of Xinjiang Medical University,Urümuqi 830054,China);Progress in Studies of Cardiac Markers and Their Clinical Application in ACS[J];Advances in Cardiovascular Diseases;2008-04\n10 WU Zhi-ting,MEI Yong-jun,CAO Ping-liang,et al. Jiangxi Cardiovascular Research Institute/JiangXi Provincial People`s Hospital,Nanchang 330006,China;The relationship between soluble CD40 ligand,myeloperoxidase,high sensitivity C-reactive protein and acute coronary syndrom[J];Chinese Journal of Cardiovascular Review;2008-10


url: =Résultats Guangzhou R&F U19 : calendrier et scores des matchs de Guangzhou R&F U19\nCalendrier des matchs en direct de Guangzhou R&F U19\n08:30 08:3013.05.18 Warriors 1 - 4 Guangzhou R&F U19\n08:30 08:3029.04.18 Wofoo Tai Po FC 2 - 0 Guangzhou R&F U19\n08:30 08:3022.04.18 Rangers 1 - 3 Guangzhou R&F U19\n08:30 08:3031.03.18 Guangzhou R&F U19 1 - 3 TSW Pegasus\n13:00 13:0009.03.18 Eastern Football Team 5 - 0 Guangzhou R&F U19\n07:30 07:3004.03.18 Guangzhou R&F U19 2 - 2 Rangers\n13:00 13:0026.02.18 Kitchee FC 3 - 1 Guangzhou R&F U19\n10:30 10:3003.02.18 Hong Kong Sapling 0 - 3 Guangzhou R&F U19\n07:30 07:3028.01.18 Guangzhou R&F U19 0 - 2 Wofoo Tai Po FC\n07:30 07:3009.12.17 Guangzhou R&F U19 1 - 2 Eastern Football Team\n07:30 07:3025.11.17 Guangzhou R&F U19 1 - 3 Kitchee FC\n07:30 07:3018.11.17 Guangzhou R&F U19 1 - 0 Warriors\n07:30 07:3005.11.17 Guangzhou R&F U19 2 - 1 Hong Kong Sapling\n11:30 11:3009.09.17 TSW Pegasus 3 - 2 Guangzhou R&F U19\n11:30 11:3024.09.17 Guangzhou R&F U19 1 - 2 Warriors\n10:30 10:3010.02.18 Rangers 1 - 2 Guangzhou R&F U19\n10:30 10:3016.12.17 Kitchee FC 1 - 0 Guangzhou R&F U19\n10:30 10:3002.12.17 Guangzhou R&F U19 1 - 2 TSW Pegasus\n08:30 08:3006.05.17 Guangzhou R&F U19 0 - 3 Rangers\n08:30 08:3008.04.17 Guangzhou R&F U19 0 - 0 Hong Kong Sapling\n10:30 10:3019.03.17 Guangzhou R&F U19 1 - 3 TSW Pegasus\n10:30 10:3005.03.17 Guangzhou R&F U19 0 - 4 Eastern Football Team\n13:00 13:0024.02.17 South China 1 - 0 Guangzhou R&F U19\n13:00 13:0017.02.17 Hong Kong FC 3 - 4 Guangzhou R&F U19\n13:00 13:0009.02.17 Eastern Football Team 6 - 1 Guangzhou R&F U19\n07:30 07:3005.02.17 Wofoo Tai Po FC 2 - 1 Guangzhou R&F U19\n10:30 10:3008.01.17 Kitchee FC 5 - 0 Guangzhou R&F U19\n13:00 13:0008.12.16 Guangzhou R&F U19 1 - 0 Hong Kong FC\n13:00 13:0002.12.16 Rangers 1 - 0 Guangzhou R&F U19\n07:30 07:3020.11.16 Guangzhou R&F U19 0 - 2 Kitchee FC\n13:00 13:0001.11.16 Guangzhou R&F U19 0 - 2 South China\n11:30 11:3023.10.16 Guangzhou R&F U19 0 - 2 Wofoo Tai Po FC\n14:00 14:0030.09.16 TSW Pegasus 1 - 2 Guangzhou R&F U19\n08:30 08:3024.09.16 Hong Kong Sapling 2 - 0 Guangzhou R&F U19\n07:30 07:3018.12.16 Hong Kong Sapling 1 - 0 Guangzhou R&F U19\n11:30 11:3018.09.16 Guangzhou R&F U19 0 - 1 Hong Kong Sapling\n07:30 07:3012.02.17 Eastern Football Team 7 - 1 Guangzhou R&F U19\nCalendrier football et scores en direct de Guangzhou R&F U19. Les résultats et les prochains matchs de Guangzhou R&F U19 (Guangzhou R&F U19) sont disponibles en live. Si vous souhaitez parier sur Guangzhou R&F U19 (Chine) il vous suffit de regarder les derniers résultats de cette équipe.


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url: =已选条件： 出版年: 2018 × 机构: 机械工程学院 × 机构: 能源与动力工程... × 文献类型: 期刊论文 ×\n4. On the mechanics of curved flexoelectric microbeams EI SCOPUS SCIE\n5. Analysis of a hydraulic coupling system for dual oscillating foils with a parallel configuration EI SCOPUS SCIE\n6. Experimental study of surface integrity and fatigue life in the face milling of Inconel 718 SCOPUS SCIE\n11. Flow pattern identification for two-phase flow in a U-bend and its contiguous straight tubes EI SCOPUS SCIE\n12. Segmented heating carbonization of biomass: Yields, property and estimation of heating value of chars EI SCOPUS SCIE\n作者：Qi, Jianhui; Zhao, Jianli; Xu, Yang; Wang, Yongjia; Han, Kuihua\n作者机构：[Qi, Jianhui; Zhao, Jianli; Han, Kuihua] Shandong Univ, Sch Energy & Power Engn, Jinan 250061, Shandong, Peoples R China.; [Qi, Jianhui] Univ Queensland, Sch Mech & Min Engn, Brisbane, Qld 4072, Australia.; [Xu, Yang] Shandong Special Equipment Inspect Inst, Jinan 250101, Shandong, Peoples R China.; [Wang, Yongjia] Huadian Elect Power Res Inst, Shandong Branch, Jinan 250014, Shandong, Peoples R China.\n13. A novel boiler cold-end optimisation system based on bypass flue in coal-fired power plants: Heat recovery from wet flue gas EI SCOPUS SCIE\n作者：Yan, Min; Zhang, Liang; Shi, Yuetao; Zhang, Liqiang; Li, Yuzhong; Ma, Chunyuan\n作者机构：[Yan, Min; Zhang, Liqiang; Li, Yuzhong; Ma, Chunyuan] Shandong Univ, Sch Energy & Power Engn, Natl Engn Lab Coal Fired Pollutants Emiss Reduct, Jinan 250061, Shandong, Peoples R China.; [Zhang, Liang] Jinan Daneng Energy Saving & Power Technol Co Ltd, Jinan 250061, Shandong, Peoples R China.; [Shi, Yuetao] Shandong Univ, Sch Energy & Power Engn, Jinan 250061, Shandong, Peoples R China.\n15. Angle-dependent tribological properties of AlCrN coatings with microtextures induced by nanosecond laser under dry friction EI SCOPUS SCIE\n16. Study on cutting burr and tool failure during high-speed milling of compacted graphite iron by the coated carbide tool EI SCOPUS SCIE\n17. Effects of poor sleep quality on brain functional connectivity revealed by wavelet-based coherence analysis using NIRS methods in elderly subjects SCOPUS SCIE SSCI\n作者：Bu, Lingguo; Wang, Dawei; Huo, Congcong; Xu, Gongcheng; Li, Zengyong; Li, Jianfeng\n作者机构：[Bu, Lingguo; Huo, Congcong; Xu, Gongcheng; Li, Jianfeng] Shandong Univ, Sch Mech Engn, Key Lab High Efficiency & Clean Mech Mfg, Jinan 250061, Shandong, Peoples R China.; [Wang, Dawei] Shandong Univ, Qilu Hosp, Dept Radiol, Jinan 250012, Shandong, Peoples R China.; [Li, Zengyong] Natl Res Ctr Rehabil Tech Aids Beijing, Beijing Key Lab Rehabil Tech Aids Old Age Disabil, Beijing 100176, Peoples R China.; [Li, Zengyong] Minist Civil Affairs, Key Lab Rehabil Aids Technol & Syst, Beijing 100176, Peoples R China.\n18. Parameter estimation for chaotic systems via a hybrid flower pollination algorithm EI SCIE\n19. Linear stability of thermal-bioconvection in a suspension of gyrotactic micro-organisms EI SCOPUS SCIE


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url: =BetExplorer - Super League 2007 stats, Soccer - China - tables, results\nBeijing Guoan - Shandong Luneng 1:0 14.11.2007\nDalian Shide - Qingdao Jonoon 3:2 14.11.2007\nHenan Jianye - Tianjin Teda 0:0 14.11.2007\nShenzhen - Changchun Yatai 1:4 14.11.2007\nWuhan Zall - Beijing Renhe 2:1 14.11.2007\nXiamen Lanshi - Guangzhou R&F 0:0 14.11.2007\nZhejiang Greentown - Liaoning 0:0 14.11.2007\nBeijing Renhe - Henan Jianye 0:0 10.11.2007\nChangchun Yatai - Wuhan Zall 4:0 10.11.2007\nGuangzhou R&F - Shenzhen 2:0 10.11.2007\nLiaoning - Dalian Shide 2:1 10.11.2007\nQingdao Jonoon - Xiamen Lanshi 2:0 10.11.2007\nShandong Luneng - Zhejiang Greentown 1:1 10.11.2007\nTianjin Teda - Shanghai Shenhua 0:0 10.11.2007\nBeijing Guoan - Tianjin Teda 2:0 04.11.2007\nHenan Jianye - Changchun Yatai 3:2 04.11.2007\nShanghai Shenhua - Beijing Renhe 1:1 04.11.2007\nShenzhen - Qingdao Jonoon 2:2 04.11.2007\nWuhan Zall - Guangzhou R&F 0:0 04.11.2007\nXiamen Lanshi - Liaoning 1:3 04.11.2007\nZhejiang Greentown - Dalian Shide 1:1 04.11.2007\nShandong Luneng - Dalian Shide 1:1 01.11.2007\nBeijing Renhe - Beijing Guoan 0:0 31.10.2007\nGuangzhou R&F - Henan Jianye 2:1 31.10.2007\nLiaoning - Shenzhen 1:1 31.10.2007\nQingdao Jonoon - Wuhan Zall 1:0 31.10.2007\nShanghai Shenhua - Changchun Yatai 2:2 31.10.2007\nZhejiang Greentown - Xiamen Lanshi 2:1 31.10.2007\nSelect team Beijing Guoan Beijing Renhe Changchun Yatai Dalian Shide Guangzhou R&F Henan Jianye Liaoning Qingdao Jonoon Shandong Luneng Shanghai Shenhua Shenzhen Tianjin Teda Wuhan Zall Xiamen Lanshi Zhejiang Greentown\nHelp: This page serves to display overall, home, away, form and other Soccer tables relating to Super League 2007 which is sorted in China category of BetExplorer sports stats service. Apart from Soccer tables, statistics and results, you can see archive odds of previous games in Super League 2007. The tabs on top of page let you see complete results of Super League 2007, fixtures and league stats informing of trends for the whole competition. Use Soccer item in the main navigation to browse through other Soccer leagues and to find more competitions from China category, including history results, tables and statistics.


url: =au:"Wang, Chenhui" (5)\nA broadly neutralizing humanized ACE2-targeting antibody against SARS-CoV-2 variants.\nDu, Yanyun; Shi, Rui; Zhang, Ying; Duan, Xiaomin; Li, Li; Zhang, Jing; Wang, Fengze; Zhang, Ruixue; Shen, Hao; Wang, Yue; Wu, Zheng; Peng, Qianwen; Pan, Ting; Sun, Wanwei; Huang, Weijin; Feng, Yue; Feng, Hui; Xiao, Junyu; Tan, Wenjie; Wang, Youchun; Wang, Chenhui; Yan, Jinghua.\nNat Commun ; 12(1): 5000, 2021 08 17.\nArticle in English | MEDLINE | ID: covidwho-1361637\nThe successive emergences and accelerating spread of novel severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) lineages and evolved resistance to some ongoing clinical therapeutics increase the risks associated with the coronavirus disease 2019 (COVID-19) pandemic. An urgent intervention for broadly effective therapies to limit the morbidity and mortality of COVID-19 and future transmission events from SARS-related coronaviruses (SARSr-CoVs) is needed. Here, we isolate and humanize an angiotensin-converting enzyme-2 (ACE2)-blocking monoclonal antibody (MAb), named h11B11, which exhibits potent inhibitory activity against SARS-CoV and circulating global SARS-CoV-2 lineages. When administered therapeutically or prophylactically in the hACE2 mouse model, h11B11 alleviates and prevents SARS-CoV-2 replication and virus-induced pathological syndromes. No significant changes in blood pressure and hematology chemistry toxicology were observed after injections of multiple high dosages of h11B11 in cynomolgus monkeys. Analysis of the structures of the h11B11/ACE2 and receptor-binding domain (RBD)/ACE2 complexes shows hindrance and epitope competition of the MAb and RBD for the receptor. Together, these results suggest h11B11 as a potential therapeutic countermeasure against SARS-CoV, SARS-CoV-2, and escape variants.\nAngiotensin-Converting Enzyme 2/drug effects , Angiotensin-Converting Enzyme 2/immunology , Antibodies, Neutralizing/administration & dosage , COVID-19/drug therapy , SARS-CoV-2/drug effects , Animals , Antibodies, Monoclonal/administration & dosage , Antibodies, Monoclonal/immunology , Antibodies, Neutralizing/immunology , COVID-19/immunology , COVID-19/mortality , COVID-19/virology , Chlorocebus aethiops , Disease Models, Animal , Epitopes , Female , HEK293 Cells , Haplorhini , Humans , Macaca fascicularis , Male , Mice , Mice, Inbred BALB C , Pandemics , SARS-CoV-2/immunology , SARS-CoV-2/isolation & purification , Vero Cells , Virus Activation\nSARS-CoV-2 Induces Lymphocytopenia by Promoting Inflammation and Decimates Secondary Lymphoid Organs.\nXiang, Qun; Feng, Zeqing; Diao, Bo; Tu, Chao; Qiao, Qinghua; Yang, Han; Zhang, Yi; Wang, Gang; Wang, Huiming; Wang, Chenhui; Liu, Liang; Wang, Changsong; Liu, Longding; Chen, Rong; Wu, Yuzhang; Chen, Yongwen.\nFront Immunol ; 12: 661052, 2021.\nArticle in English | MEDLINE | ID: covidwho-1229177\nWhile lymphocytopenia is a common characteristic of coronavirus disease 2019 (COVID-19), the mechanisms responsible for this lymphocyte depletion are unclear. Here, we retrospectively reviewed the clinical and immunological data from 18 fatal COVID-19 cases, results showed that these patients had severe lymphocytopenia, together with high serum levels of inflammatory cytokines (IL-6, IL-8 and IL-10), and elevation of many other mediators in routine laboratory tests, including C-reactive protein, lactate dehydrogenase, α-hydroxybutyrate dehydrogenase and natriuretic peptide type B. The spleens and hilar lymph nodes (LNs) from six additional COVID-19 patients with post-mortem examinations were also collected, histopathologic detection showed that both organs manifested severe tissue damage and lymphocyte apoptosis in these six cases. In situ hybridization assays illustrated that SARS-CoV-2 viral RNA accumulates in these tissues, and transmission electronic microscopy confirmed that coronavirus-like particles were visible in the LNs. SARS-CoV-2 Spike and Nucleocapsid protein (NP) accumulated in the spleens and LNs, and the NP antigen restricted in angiotensin-converting enzyme 2 (ACE2) positive macrophages and dendritic cells (DCs). Furthermore, SARS-CoV-2 triggered the transcription of Il6, Il8 and Il1b genes in infected primary macrophages and DCs in vitro, and SARS-CoV-2-NP+ macrophages and DCs also manifested high levels of IL-6 and IL-1ß, which might directly decimate human spleens and LNs and subsequently lead to lymphocytopenia in vivo. Collectively, these results demonstrated that SARS-CoV-2 induced lymphocytopenia by promoting systemic inflammation and direct neutralization in human spleen and LNs.\nCOVID-19/immunology , Lymph Nodes/immunology , Lymphopenia/immunology , SARS-CoV-2/immunology , Spleen/immunology , Angiotensin-Converting Enzyme 2/immunology , COVID-19/complications , COVID-19/pathology , Coronavirus Nucleocapsid Proteins/immunology , Cytokines/immunology , Female , Humans , Inflammation/immunology , Inflammation/pathology , Lymph Nodes/ultrastructure , Lymphopenia/etiology , Lymphopenia/pathology , Middle Aged , Phosphoproteins/immunology , RNA, Messenger/immunology , Retrospective Studies , SARS-CoV-2/pathogenicity , SARS-CoV-2/ultrastructure , Spleen/ultrastructure\nDiao, Bo; Wang, Chenhui; Wang, Rongshuai; Feng, Zeqing; Zhang, Ji; Yang, Han; Tan, Yingjun; Wang, Huiming; Wang, Changsong; Liu, Liang; Liu, Ying; Liu, Yueping; Wang, Gang; Yuan, Zilin; Hou, Xiaotao; Ren, Liang; Wu, Yuzhang; Chen, Yongwen.\nNat Commun ; 12(1): 2506, 2021 05 04.\nArticle in English | MEDLINE | ID: covidwho-1216457\nIt is unclear whether severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) can directly infect human kidney, thus leading to acute kidney injury (AKI). Here, we perform a retrospective analysis of clinical parameters from 85 patients with laboratory-confirmed coronavirus disease 2019 (COVID-19); moreover, kidney histopathology from six additional COVID-19 patients with post-mortem examinations was performed. We find that 27% (23/85) of patients exhibited AKI. The elderly patients and cases with comorbidities (hypertension and heart failure) are more prone to develop AKI. Haematoxylin & eosin staining shows that the kidneys from COVID-19 autopsies have moderate to severe tubular damage. In situ hybridization assays illustrate that viral RNA accumulates in tubules. Immunohistochemistry shows nucleocapsid and spike protein deposits in the tubules, and immunofluorescence double staining shows that both antigens are restricted to the angiotensin converting enzyme-II-positive tubules. SARS-CoV-2 infection triggers the expression of hypoxic damage-associated molecules, including DP2 and prostaglandin D synthase in infected tubules. Moreover, it enhances CD68+ macrophages infiltration into the tubulointerstitium, and complement C5b-9 deposition on tubules is also observed. These results suggest that SARS-CoV-2 directly infects human kidney to mediate tubular pathogenesis and AKI.\nAcute Kidney Injury/etiology , COVID-19/complications , Kidney Tubules/virology , SARS-CoV-2/pathogenicity , Acute Kidney Injury/epidemiology , Acute Kidney Injury/pathology , Acute Kidney Injury/virology , Adult , Aged , Aged, 80 and over , Angiotensin-Converting Enzyme 2/metabolism , Antigens, Viral/genetics , Antigens, Viral/metabolism , COVID-19/epidemiology , COVID-19/virology , China/epidemiology , Female , Humans , Immunity, Innate , Kidney Function Tests , Kidney Tubules/metabolism , Kidney Tubules/pathology , Male , Middle Aged , Pandemics , Retrospective Studies , SARS-CoV-2/genetics , SARS-CoV-2/isolation & purification , Viral Proteins/genetics , Viral Proteins/metabolism , Young Adult\nThymosin Alpha 1 Reduces the Mortality of Severe Coronavirus Disease 2019 by Restoration of Lymphocytopenia and Reversion of Exhausted T Cells.\nLiu, Yueping; Pan, Yue; Hu, Zhenhong; Wu, Ming; Wang, Chenhui; Feng, Zeqing; Mao, Congzheng; Tan, Yingjun; Liu, Ying; Chen, Li; Li, Min; Wang, Gang; Yuan, Zilin; Diao, Bo; Wu, Yuzhang; Chen, Yongwen.\nClin Infect Dis ; 71(16): 2150-2157, 2020 11 19.\nArticle in English | MEDLINE | ID: covidwho-1153175\nBACKGROUND: Thymosin alpha 1 (Tα1) had been used in the treatment of viral infections as an immune response modifier for many years. However, clinical benefits and the mechanism of Tα1 treatment for COVID-19 patients are still unclear. METHODS: We retrospectively reviewed the clinical outcomes of 76 severe COVID-19 cases admitted to 2 hospitals in Wuhan, China, from December 2019 to March 2020. The thymus output in peripheral blood mononuclear cells from COVID-19 patients was measured by T-cell receptor excision circles (TRECs). The levels of T-cell exhaustion markers programmed death-1 (PD-1) and T-cell immunoglobulin and mucin domain protein 3 (Tim-3) on CD8+ T cells were detected by flow cytometry. RESULTS: Compared with the untreated group, Tα1 treatment significantly reduced the mortality of severe COVID-19 patients (11.11% vs 30.00%, P = .044). Tα1 enhanced blood T-cell numbers in COVID-19 patients with severe lymphocytopenia. Under such conditions, Tα1 also successfully restored CD8+ and CD4+ T-cell numbers in elderly patients. Meanwhile, Tα1 reduced PD-1 and Tim-3 expression on CD8+ T cells from severe COVID-19 patients compared with untreated cases. It is of note that restoration of lymphocytopenia and acute exhaustion of T cells were roughly parallel to the rise of TRECs. CONCLUSIONS: Tα1 treatment significantly reduced mortality of severe COVID-19 patients. COVID-19 patients with counts of CD8+ T cells or CD4+ T cells in circulation less than 400/µL or 650/µL, respectively, gained more benefits from Tα1. Tα1 reversed T-cell exhaustion and recovered immune reconstitution through promoting thymus output during severe acute respiratory syndrome-coronavirus 2 infection.\nCOVID-19/mortality , Lymphopenia/metabolism , SARS-CoV-2/pathogenicity , Thymalfasin/metabolism , Adult , Aged , CD4-Positive T-Lymphocytes/metabolism , CD8-Positive T-Lymphocytes/metabolism , COVID-19/virology , Female , Humans , Male , Middle Aged , Retrospective Studies , Thymalfasin/genetics , Thymus Gland/metabolism\nDiao, Bo; Wang, Chenhui; Tan, Yingjun; Chen, Xiewan; Liu, Ying; Ning, Lifen; Chen, Li; Li, Min; Liu, Yueping; Wang, Gang; Yuan, Zilin; Feng, Zeqing; Zhang, Yi; Wu, Yuzhang; Chen, Yongwen.\nFront Immunol ; 11: 827, 2020.\nArticle in English | MEDLINE | ID: covidwho-332452\nBackground: The outbreak of coronavirus disease 2019 (COVID-19) caused by severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) has posed great threat to human health. T cells play a critical role in antiviral immunity but their numbers and functional state in COVID-19 patients remain largely unclear. Methods: We retrospectively reviewed the counts of T cells and serum cytokine concentration from data of 522 patients with laboratory-confirmed COVID-19 and 40 healthy controls. In addition, the expression of T cell exhaustion markers were measured in 14 COVID-19 cases. Results: The number of total T cells, CD4+ and CD8+ T cells were dramatically reduced in COVID-19 patients, especially in patients requiring Intensive Care Unit (ICU) care. Counts of total T cells, CD8+ T cells or CD4+ T cells lower than 800, 300, or 400/µL, respectively, were negatively correlated with patient survival. T cell numbers were negatively correlated to serum IL-6, IL-10, and TNF-α concentration, with patients in the disease resolution period showing reduced IL-6, IL-10, and TNF-α concentrations and restored T cell counts. T cells from COVID-19 patients had significantly higher levels of the exhausted marker PD-1. Increasing PD-1 and Tim-3 expression on T cells was seen as patients progressed from prodromal to overtly symptomatic stages. Conclusions: T cell counts are reduced significantly in COVID-19 patients, and the surviving T cells appear functionally exhausted. Non-ICU patients with total T cells counts lower than 800/µL may still require urgent intervention, even in the immediate absence of more severe symptoms due to a high risk for further deterioration in condition.\nBetacoronavirus/physiology , Coronavirus Infections/immunology , Pneumonia, Viral/immunology , COVID-19 , Coronavirus Infections/blood , Coronavirus Infections/pathology , Cytokines/blood , Humans , Lymphocyte Count , Pandemics , Pneumonia, Viral/blood , Pneumonia, Viral/pathology , SARS-CoV-2 , T-Lymphocytes/immunology


url: =Mike Sutter | on December 31, 2017\nOne of several small dining rooms at King's Hwy Brew & Q.\nThe smoker pit and seating area behind King's Hwy Brew & Q.\nThe menu at King's Hwy Brew & Q.


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