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url: =Experimental Research on Acoustic Emission Characteristics of Burst-Prone Rocks--《Chinese Journal of Underground Space and Engineering》2008年01期\nYUAN Zi-qing1,TANG Li-zhong1(College of Resources and Safety Engineering,Central South University,Changsha 410083,China)\nThrough the acoustic emission(AE) experiments for the failure process of the burst-prone quartzitic diorites under uniaxial compression,the characteristics of spectrum of AE signal and the relations among AE counts,energy,AE rate,energy rate,strain and time are analyzed in detail.The results show that the rock deformation proceeds in three stages: consolidation stage,elastic stage and non-elastic stage.During the early stage of consolidation stage and elastic stage,AE counts and energy increase linearly with the increase of stress.Before the stress is near the peak,the stress experiences a drop-stabilization-raise stage,and the rate of AE energy unconventionally increase and stop at the failure of rock.AE sequence expresses a pre-main-after shock model.Different stress level have different characteristic of spectrum.As the stress is increasing,AE spectrum develops from low frequency to high frequency and the sub-main frequency appears.AE counts and energy concentrate on the high frequency part.The study is in some degree useful to rock-bursting prediction of this kind of rock.\n【Fund】： 国家自然科学基金重大项目(50490274);; "十五"国家科技攻关项目(2004BA615A-04)\n1 Sun Zaiming1,Sun Qiang2(1.Department of Civil Engineering and Architecture,Shaanxi Railway Institute,Weinan,Shaanxi, 714000,China;2.School of Resources and Earth Science,China University of Mining and Technology, Xuzhou,Jiangsu 221116,China);The Stability of Mine Pillar Based on Whole Stress-Strain Process[J];Chinese Journal of Underground Space and Engineering;2013-03\n2 Li Hegui;Zhang Ru;Gao Mingzhong;Wu Gang;Zhang Yanfei;State Key Laboratory of Hydraulics and Mountain River Engineering,Sichuan University;College of Hydraulic and Hydroelectric Engineering,Sichuan University;Headmaster's Office,Sichuan University;;Advances in Technology of Acoustic Emission of Rock[J];Chinese Journal of Underground Space and Engineering;2013-S1\n3 LI Xin;ZHOU Zong-hong;JIN Xiao-chuan;ZHANG Ya-qi;Kunming University of Science and Technology;;Research on acoustic emission characteristics of dolomites based on uniaxial compression test[J];Journal of Safety Science and Technology;2013-10\n4 ZHANG Yanbo;LI Jian;LIU Xiangxin;TIAN Baozhu;College of Mining Engineering,North China University of Science and Technology;Hebei Province Mining Industry Develops with Safe Technology Priority Laboratory;;Experimental Study for Influence of Water on AE Characteristics of Rock Burst in Granite Roadway[J];Mining Research and Development;2015-06\n5 ZHANG Fengwu1,GUO Chenye2,3,SHEN Dafu2,ZHOU Dongping2,3,JIANG Yongdong4 (1.Chongqing Energy Invesment Group,Chongqing 400060,China; 2.Science and Technology Co.Ltd,Chongqing Energy Investment Group,Chongqing 400060,China; 3.Chongqing Institute of Gas Energy,Chongqing 400060,China; 4.Key Lab for Development of Southwestern Resources and Environmental Disaster Control Engineering,Ministry of Education,Chongqing University,Chongqing 400030,China);Acoustic Emission Characteristics of Weak Impact-prone T_3xj~6 Sandstone[J];Journal of Shandong University of Science and Technology(Natural Science);2011-06\n1 LIANG Zheng zhao 1, TANG Chun an 1, HUANG Ming li 2, FU Yu fang 1 (1. Center for Rockburst & Induced Seismicity Research, Northeastern University, Shenyang 110004, China; 2. Institute of Rock & Soil Research, Chinese Academy of Sciences, Wuhan 4;Numerical Simulation of Patterns of Acoustic Emission in Rock Failure Process[J];JOURNAL OF NORTHEASTERN UNIVERSITY;2002-10\n3 Zhang Zhizhen1,2,Gao Feng1,2,Xu Xiaoli3(1.State Key Laboratory for Geomechanics and Deep Underground Engineering,China University of Mining & Technology,Xuzhou 221008,China;2.School of Mechanics and Civil Engineering,China University of Mining & Technology,Xuzhou,Jiangsu 221116,China;3.School of Architecture and Civil Engineering,Nantong University,Nantong,Jiangsu 226019,China);Acoustic Emission Characteristics and Thermodynamic Coupling Model of Granite under Uniaxial Compression[J];Chinese Journal of Underground Space and Engineering;2010-01\n5 XUE Yun-liang,LI Shu-lin Wingdingsj,LIN Feng,XU Hong-bin School of Architectural and Civil Engineering,Xiamen University,Xiamen 361005,China;Coupling constitutive relations of AE parameter versus stress and strain for rock-like materials[J];Journal of University of Science and Technology Beijing;2011-06\n6 SU Hui1,2),LI Chang-hong1) 1) School of Civil and Environmental Engineering,University of Science and Technology Beijing,Beijing 100083,China 2) School of Hydraulic and Hydro-power,Hebei University of Engineering,Handan 056021,China;Mesoscopic numerical simulation of acoustic emission experiment in rock compression failure under different confining pressures[J];Journal of University of Science and Technology Beijing;2011-11\n7 Xuebin Wang;Shuhong Dai;Long Hai Department of Mechanics and Engineering Sciences, Liaoning Technical University, Fuxin 123000, China;Quantitative calculation for the dissipated energy of fault rock burst based on gradient-dependent plasticity[J];北京科技大学学报(英文版);2004-03\n8 WANG Qi-sheng1,WAN Guo-xiang2,LI Xi-bing3(1.Department of civil engineering,Jiaying university,Meizhou 514015,Guangdong,China;2.School of Physics and optic information technology,Jiaying university,Meizhou 514015,Guangdong,China;3.School of Resources and Safety Engineering,Central South University,Changsha 410083,Hunan,China);Acoustic emission experiment of rock failure under coupled static-dynamic load[J];Explosion and Shock Waves;2010-03\n2 XUE Yunliang,LI Shulin,LIN Feng,XU Hongbin School of Architectural and Civil Engineering,Xiamen University,Xiamen 361005,China;Study on coupling constitutive relation between AE parameter and stress-strain of rock-like materials[A];[C];2010\n3 QIAO Wei LI Wenping (College of Mineral Resource and Geoscience,CUMT,Xuzhou 221008);DISTRIBUTION LAW OF IN-SITU STRESS FIELD IN ENGINEERING SUBZONE OF DEEP COAL MINE AND APPLICATION IN FORECAST OF OUTBURST[A];[C];2008\n4 ZHU Wci-shen GUO Yan-shuang LI Shu-cai LIN Chun-jin WEN Nuan-dong YANG Lei (Geotechnical & Structural Engineering Research Center,Shandong University,Ji'nan,250061,China);Study on acoustic emission properties of bending fracture of specimen with edge flaw[A];[C];2007\n5 ZHOU Zhong-liang TU Xiao-li (College of resource and Civil Engineering Northeastern University,Shenyang 110004 China);Study on acoustic emission characteristics of marble failure in uniaxial compression[A];[C];2007\n6 ZHOU Zhong-liang TU Xiao-li (College of resource and Civil Engineering Northeastern University,Shenyang 110004 China);Study on acoustic emission characteristics of marble failure in uniaxial compression[A];[C];2007\n7 Li Yanqing~1 Xu Chong~2 (1.Huainan Mining Group,Huainan,232046,China;2.Institute of Geology and Geophysics,Chinese Academy of Sciences,Beijing 100029 ,China);Research on Surrounding Rock Failure Process Based on Micro-damage[A];[C];2008\n8 XIANG Tian-bing FENG Xia-ting CHEN Bing-rui JIANG Quan (State Key Laboratory of Geomechanics and Geotechnical Engineering, Institute of Rock and Soil Mechanics, Chinese Academy of Sciences, Wuhan 430071, China);True triaxial and acoustic emission experimental study of failure process of hard rock under excavating and supporting stress paths[A];[C];2008\n9 WANG Ming-wu~1 LI Li~2 JIN Ju-liang~1 (1. School of Civil Engineering, Hefei University of Technology, Hefei, 230009, China; 2. School of Resources and Environmental Engineering, Hefei University of Technology, Hefei, 230009, China);An improved set pair analysis model for the prediction of rockburst[A];[C];2008\n10 Wu Ding Hong Lu Ye Hai (Institute of Rock falls and Landslides Hubei Provice);STUDY OF ACOUSTIC EMISSION CHARCATERISTICS ON ROCKS[A];[C];1996\n1 LIU Bao-xian1,2 ZHAO Bao-yun1 JIANG Yong-dong2(1.School of Architecture and Civil Engineering,Xihua University,Chengdu 610039,China;2 Key Laboratory for the Exploitation of Southwestern Resources & the Environmental Disaster Control Engineering Under the Ministry of Education,Chongqing University,Chongqing 400044,China);Study of Deformation-damage and Acoustic Emission Character of Coalrock under Uniaxial Compression[J];Chinese Journal of Underground Space and Engineering;2007-04\n4 HU Wei-dong1,YANG Jia-song2,CHEN Shou-gen3(1.China Railway Siyuan Survey and Design Group Co.,Ltd,Wuhan 430063;2.2nd Engineering Co.Ltd,Chinese Railway Second Bureau,Chengdu 610031;3.Southwest Jiaotong University,Chengdu 610031);Rockburst Analysis and Prevention Measures at Jinping Auxiliary Tunnels(Western Side)[J];Chinese Journal of Underground Space and Engineering;2009-04\n7 Lv Guichun,Zou Yinhui,Kang Jianning (Chongqing Branch,China Coal Research Institute,Chongqing 400037,China);Research on Technology of Acoustic Emission Monitoring Coal Mine Disaster[J];Chinese Journal of Underground Space and Engineering;2010-S2\n8 CHEN Xiang1,QI Xiaobo2,CAI Xinbin3,SHEN Yupeng1(1.School of Civil Engineering,Beijing Jiaotong University,Beijing 100044,China;2.China Institute of Geo-Environment Monitoring,Beijing,100081,China;3.China Geo-Engineering Corporation,Beijing 100080,China);Extensional Evaluation Method and Its Application in the Judgments of Rockburst[J];Journal of Beijing Jiaotong University;2009-01\n10 GUO Chen-ye,XIAN Xue-fu,LI Xiao-hong,YAO Wei-jing,JIANG Yong-dong Key Laboratory of the Ministry of Education of China for Exploitation of Southwestern Resources & Environmental Disaster Control Engineering,Chongqing University,Chongqing 400030,China;Outburst orientation of sandstone under gravitational field[J];Journal of University of Science and Technology Beijing;2009-12\n2 Zhao Na Wang Laigui LI Jianxin Wang Hongying (Department of Mechanics and Engineering Science, Liaoning Technical University, Fuxin 123000; Beijing Chengtianhengye Coal Mining Equipment Cotd., Beijing 102308);DISCUSSION ON FAILURE MECHANISM OF MINING FIELD ROOF[A];[C];2006\n1 YANG Yong-jie1,2) Wingdingsj,WANG De-chao1,2),WANG Kai1),HUANG Dong-mei1)1) State Key Laboratory of Disaster Prevention and Control,Shandong University of Science and Technology,Qingdao 266510,China2) State Key Laboratory for Geomechanics and Deep Underground Engineering,China University of Mining and Technology,Xuzhou 221008,China;Micro and meso-damage mechanism of coal's strength and deformation characteristics[J];Journal of University of Science and Technology Beijing;2011-06\n2 FAN Lei,ZHOU Huo-ming,XIONG Shi-hu(Key Laboratory of Geotechnical Mechanics and Engineering of the Ministry of Water Resources, Yangtze River Scientific Research Institute,Wuhan 430010,China);Acoustic Emission Characteristics and Failure Mechanism of Rock Mass in Field Shear Test[J];Journal of Yangtze River Scientific Research Institute;2012-08\n3 WANG Haibo1,XIE Zhilong2(1.CivilEngineeringandArchitectureBranch,InstituteofTechnology,EastChinaJiaoTongUniversity,Nanchang 330100,China;2.School of Civil Engineering and Architecture,Nanchang University,Nanchang 330031,China);Numerical simulation and experiment on acoustic emission Kaiser effect of Nano-concrete[J];Journal of Liaoning Technical University(Natural Science);2012-06\n4 XU Jiang1,2,LIU Yixin1,2,WU Hui1,2,GAO Jian1,2,LU Lifeng1,2(1.State Key Laboratory of Coal Mine Diastaer Dynamics and Control,Chongqing University,Chongqing 400044,China; 2.State-local United Engineering Laboratory of Gas Drainage for Complex Coal Seam,Chongqing University,Chongqing 400044,China);Research on Microscopic Failure and Acoustic Emission Characteristics of Rock under Shear Load[J];Mining Safety & Environmental Protection;2013-01\n5 Jing Wei;Hao Pengwei;Guo Dongming;Building and Civil Engineering Institute,Anhui University of Science and Technology;Mine Engineering Mechanics and Support Technology Institute,Anhui University of Science and Technology;Institute of Mechanics and Engineering ,China University of Mining and Technology;;Test Principle of Three Holes Orthogonal Method on Ground Stress Test[J];Chinese Journal of Underground Space and Engineering;2013-05\n6 GAO Bao-bin;LI Hui-gui;Stage Key Laboratory Cultivation Base for Gas Geology and Gas Control(Henan Polytechnic University);Opening Project of Key Laboratory of Deep Mine Construction, Henan Polytechnic University;School of Safety Science and Engineering,Henan Polytechnic University;;Research on Coal Samples Damage Model Based on Acoustic Emission Parameters[J];Journal of Disaster Prevention and Mitigation Engineering;2014-01\n7 Li Hegui;Zhang Ru;Gao Mingzhong;Wu Gang;Zhang Yanfei;State Key Laboratory of Hydraulics and Mountain River Engineering,Sichuan University;College of Hydraulic and Hydroelectric Engineering,Sichuan University;Headmaster's Office,Sichuan University;;Advances in Technology of Acoustic Emission of Rock[J];Chinese Journal of Underground Space and Engineering;2013-S1\n8 ZHAO Tingsheng;XIE Changjian;XU Bigen;CHEN Tianqi;Huazhong University of Science and Technology;;Experiment of Acoustic Emission of Composites from Rock and Soil[J];Industrial Safety and Environmental Protection;2013-11\n9 GUO Tiankui;ZHANG Shicheng;GE Hongkui;WANG Xiaoqiong;School of Petroleum Engineering,China University of Petroleum;China University of Petroleum;;Measurement of Wave Velocity Anisotropy for Shale of Upper Triassic Xujiahe Formation in Sichuan Basin[J];Well Logging Technology;2014-06\n10 ;Application of Micro-seismic Activity Rule in Coal Mining[J];Coal Mining Technology;2012-02\n1 YANG Yong-jie 1,2,WANG De-chao 1,WANG Kai 1,HUANG Dong-mei 1 1)Key Laboratory of Disaster Prevention and Control,Shandong University of Science and Technology,Qingdao 266510,Shandong,China 2)China University of Mining and Technology,State Key Laboratory for Geomechanics and Deep Underground Engineering,Xuzhou 221008,Jiangsu,China;Micro and Meso-Damage Mechanism Study of Coal's Strength and Deformation Characteristics[A];[C];2010\n2 Wang Dechao 1,2,Yang Yongjie 1,2,Li Yushou 2,Chen Shaojie 1 1)Key Laboratory of Mine Disaster Prevention and Control,Shandong University of Science and Technology,Qingdao 266510,China 2)State Key Laboratory for Geomechanics&Deep Underground Engineering,China University of Mining and Technology,Xuzhou 221008,China;Experimental study on deformation rules and acoustic emission characteristics of coal under creep[A];[C];2010\n3 Jing Wei1;Hao Pengwei2;Guo Dongming3 (1.Building and Civil Engineering Institute,Anhui University of Science and Technology.Huainan city,Anhui 232001,China; 2.Mine Engineering Mechanics and Support Technology Institute,Anhui University of Science and Technology, Huainan city,Anhui 232001,China;3.Institute of Mechanics and Engineering,China University of Mining and Technology,Beijing 100083,China);Test Principle of Three Holes Orthogonal Method on Ground Stress Test[A];[C];2013\n1 Zhang Guoming Zhang Yongxian(Center for Analysis and Prediction,SSB)Shi Yaolin (Graduate School, Academia Sinica);NUMERICAL SIMULATION OF COMPLEXITY OF EARTHQUAKE PRECURSORS[J];Earthquake;1994-01\n2 CHEN TONG (Institute of Geophysics, Academia Sinica);APPLICATION OF ACOUSTIC EMISSION TECHNIQUES TO ROCK MECHANICS RESEARCH[J];Chinese Journal of Sinica;1977-04\n3 Dong Yuli; Xie Heping; Zhao Peng(China University of Mining & Technology, Xuzhou);Study on b Value and Fractal Dimension D_f of Concreteunder Complete Process Compression[J];JOURNAL OF EXPERIMENTAL MECHANICS;1996-03


url: =Juncheng Fang; Cong Wu; Ting Lei; Xiaocong Yuan\nJuncheng Fang, Cong Wu, Ting Lei, Xiaocong Yuan, "Cylindrical vector beams multiplexing communication in air-core photonic crystal fiber," Opt. Eng. 58(8) 086114 (30 August 2019)


url: =An analysis on relationship between the shipwreck of combination vessels and the gale accident in the Bohai Straits--《Journal of Meteorology and Environment》2006年03期\n《Journal of Meteorology and Environment》 2006-03\nAn analysis on relationship between the shipwreck of combination vessels and the gale accident in the Bohai Straits\nHUANG Shaojun XUE Yanbo SHI Lei WANG Jiafen(Yantai Meteorological Bureau,Yantai 264003)\nBased on six shipwrecks happening in the Bohai Straits from 1999 to 2005,three wind power conditions leading to shipwrecks were analyzed in terms of on the observation data from Changdao meteorological station.The results showed that the shipwrecks were closely related to the activity of the cold air.When a combination vessel was locked in the accident,then it may be in danger of the windstorm.When wind power exceeded 9 levels,the rescue became more difficult.Most of shipwrecks may happen in the Bohai Straits from October to next May,while shipwrecks happened in all probability from October to November.\n1 GAO Rui-hua et al(Yantai Meteorological Bureau of shandong,Yantai,Shandong 264003);Comparative Analysis of the Gale over Bohai Straits[J];Journal of Anhui Agricultural Sciences;2008-29\n3 SUI Xiao-fei;Discussion on navigation safety of Ro-Ro passenger vessels in Bohai gulf[J];World Shipping;2007-04\n8 LIU Qiang et al(Jining Meteorological Bureau of Shandong Province,Jining,Shandong 272000);Analysis of Drought Characteristics of Jining[J];Journal of Anhui Agricultural Sciences;2009-19\n9 ZHOU Cui-fang et al (Shizuishan Meteorological Bureau,Shizuishan,Ningxia 753000);Contrastive Analysis of Two Cold Wave Weather Processes in Winter of Ningxia[J];Journal of Anhui Agricultural Sciences;2009-21\n6 Sun Xing-Chi1, Wang Wen-Yi1,Yan Li-Feng2,Wang Ye-Hong1, (1.Shandong Meteorological Observatory, Jinan, 250031, 2. Yantai Meteorological Observatory, YanTai,264001 );Analysis of the Shandong peninsula heavy snowstorm[A];[C];2007\n7 Liu Che1、2 Zhou Shuling2 Yan Shulian2 Nanjing University (Nanjing, Jiangsu Province, 210093) Meteorological Bureau of Weihai (Weihai, Shandong Province, 264200);The analysis and diagnosis of a process of heavy rain and fresh gale on Shandong peninsular in the beginning of March,2007[A];[C];2008\n8 Zhang Suping1 Yang Yuqiang2 Wang Xingong2 Wei Jiansu3 1 Physical Oceanography Lab.& Ocean-Atmosphere Interaction and Climate Lab. Ocean University of China, Qingdao 266100, China 2 Qingdao Meteorological Bureau 3 Jiangsu Meteorological Observatory;Seasonal Variations in the Atmospheric Stratification and the Relations with the Yellow Sea Fog Season[A];[C];2008\n9 Wei Min1, Duan Wenguang2 (1 Binzhou Meteorological bureau, Binzhou Shandong 256612, China;2 Lanzhou meteorological observatory,Lanzhou Gansu 730020,China);Climate Characteristic Analysis of Binzhou[A];[C];2008\n10 Gao Xiaomei1 Jiang Jing2 Yuan Junpeng2 Yang Jing2 Qian Qifeng2 Ma Shouqiang1(1.weifang Meterological Bureau,Shandong Province,261011;2.Nanjing University,Nanjing,210093);RELATIONSHIP BETWEEN FREQUENCY OF TROPICAL CYCLONES INFLUENCING SHANDONG PROVINCE AND SEA SURFACE TEMPERATURE IN THE PACIFIC[A];[C];2009\n2 Wang Dien\_ Tang Jun;The design of large ocean salvage tug "DE HONG[J];Journal of Ship Design;2002-Z1\n3 Chen Ding\_ GuWenjiang (29);On the configuration and control form of main power system of the10000kw high power ocean rescue tug[J];SHIP & BOAT;1999-02\n7 Zhou Zijiang (National Meteorological Center, Beijing 100081);BLOWING-SAND AND SANDSTORM IN CHINA IN RECENT 45 YEARS[J];Quaternary Sciences;2001-01\n8 Wang Yongchuan Yu Wenxian Zhuang Zhaowen (ATR National Lab, NUDT, Changsha, 410073);A New Method of the Importance Analysis of FTA[J];JOURNAL OF NATIONAL UNIVERSITY OF DEFENSE TECHNOLOGY;1999-03\n9 YE Yan-hua~1, GUO Jiang-yong~1, WANG Feng~2 (1.Lanzhou Institute of Arid-meteorology, CMA, Lanzhou 730020, China; 2.The Scientific Information Center for Resources and Environment CAS, Lanzhou 730000, China);The climatic feature of spring precipitation on the Loess Plateau[J];Agricultural Research in the Arid Areas;2004-01\n10 MAO Wei-yi~1, SUN Ben-guo~2, WANG Tie~1, LUO Guang-ming~2, ZHANG Chuan-rong~2, HUO Li~3(1.Xinjiang Climate Center,Urumqi 830002,China;2.Kashgar Bureau of Hydrology and Water Resources Survey,Kashgar 844000,Xinjiang,China;3.Urumqi Center of Hydrology and Water Resources Survey,Urumqi 830000,China);Change Trends of Temperature,Precipitation and Runoff Volume in the Kaxgar River Basin since Recent 50 years[J];Arid Zone Research;2006-04\n1 NA Ji-chao,CUI Zheng-fu(Vessel Traffic Management Center,Dalian Maritime Safety Administration,Dalian 116000,China);Safety management of Ro-Ro passenger ships in Bohai gulf[J];Journal of Dalian Maritime University;2009-S1\n1 Gao Feng;Tian Xubin;Zhou Xianming;Yang Zhidong(Jinn Meteorological Observatory,Changchun 130062);A Mesoscale Analysis of the Severe Convective Weather in Jinlin Province[J];METEOROLOGICAL MONTHLY;1995-10


url: =New world department Store (Center) (Wuhan) - 2021 All You Need to Know BEFORE You Go | Tours & Tickets (with Photos) - Tripadvisor\nAll things to do in WuhanCommonly Searched For in WuhanShopping in WuhanPopular Wuhan CategoriesThings to do near New world department Store (Center)Admission Tickets\nWorld Trade PlazaK11 new food art Shopping MallWuhan PlazaWuhan International Plaza Shopping CenterWuHan ChengShi GuiHua ZhanShiTingHankou Modern BuildingsWalking Street of Jianghan RoadWuhan Yangtze River BridgeHubei Provincial MuseumHanzheng Street in commodity marketsGuiyuan TempleYellow Crane TowerEast Lake in WuhanHanzheng Street clothing brands wholesale PlazaThe Han Show Theatre\nNew world department Store (Center), Wuhan\n#504 of 528 things to do in Wuhan\nFrequently Asked Questions about New world department Store (Center)\nWhat hotels are near New world department Store (Center)?\nHotels near New world department Store (Center):\n(0.10 mi) New World Wuhan Hotel\n(0.22 mi) Ramada Plaza Tian LU Hotel Wuhan\n(0.17 mi) 7 Days Inn Wuhan Wuhan Plaza New World Shopping Mall\n(0.19 mi) Huakun Hotel (Wuhan Qingnian Road)\n(0.19 mi) Xinduhui Hotel\nView all hotels near New world department Store (Center) on Tripadvisor\nWhat restaurants are near New world department Store (Center)?\nRestaurants near New world department Store (Center):\n(0.11 mi) PinWei Xuan Restaurant (Main Branch)\n(0.17 mi) KaiWei PiJiuWu (WuHan Plaza)\n(0.17 mi) KaiWei Xin Zhu Yi (WuHan Plaza)\n(0.19 mi) Hua MeiDa MeiGui HuaYuan Western Restaurant\nView all restaurants near New world department Store (Center) on Tripadvisor


url: =Shabatai Destination Guide (Ningxia Huizu Zizhiqu, China) - Trip-Suggest\nYou are here: Homepage » China » Ningxia Huizu Zizhiqu » Shabatai\nShabatai Destination Guide\nDelve into Shabatai in China!\nShabatai in the region of Ningxia Huizu Zizhiqu is a place located in China - some 525 mi (or 845 km) West of Beijing, the country's capital.\nInteractive map of Shabatai\nLocal time in Shabatai is now 12:28 PM (Friday). The local timezone is named "Asia / Chongqing" with an UTC offset of 8 hours. Depending on your mobility, these larger destinations might be interesting for you: Yinchuan, Xiayingzi, Wuhai, Wudazhan, Ulan or Salaqi. While being here, you might want to check out and Shabatai as well. We also found some pictures.\nThe photo "银川到内蒙火车上看到的贺兰山" was uploaded by user yirenchen\nThe photo "大美丽沟" was uploaded by user 四合木\nThe photo "乌斯太经开区" was uploaded by user qiqingjun\nThe photo "庆华佳苑" was uploaded by user qiqingjun\nThe photo "2010, 中国, 内蒙古自治区, 阿拉善盟,乌斯太经济开发区,八里庙公园" was uploaded by user King_Yuan\nThe photo "烏蘇圖經濟開發區內人工湖" was uploaded by user Giant Shit\nLocated at 39.28, 106.57 (Lat. / Lng.), less than 7 mi away.\nMore reading: Shizuishan homepage\nLocated at 39.28, 106.57 (Lat. / Lng.), less than 11 mi away.\nTags:Prefecture-level divisions of Ningxia\nShaconggou (Ningxia Huizu Zizhiqu)\nSetou (Shanxi Sheng)


url: =Dashiqiao Jinqiao Machinery Manufacturing Factory: Company Profile - Bloomberg\ndashiqiao jinqiao machinery manufacturing factory\nDashiqiao Jinqiao Machinery Manufacturing Factory is headquartered in China. The company's line of business includes the manufacturing of special industry machinery.\nNo.1, Hada South Rd., Dashiqiao City


url: =Author: "Chen, Kufan" - PubAg Search Results\nYou searched for: Author "Chen, Kufan" Remove constraint Author: "Chen, Kufan"\nDid you mean to type: kuban or kefan?\nChen, Kufan, et al. ; Sun, Jian; Xu, Wenjing; Cai, Bihai; Huang, Guofu; Zhang, Hongguo; Zhang, Yaping; Yuan, Yong; Chang, Kenlin; Chen, Kangxing; Peng, Yenping; Show all 11 Authors\nChen, Kufan, et al. ; Sun, Jian; Xu, Wenjing; Yang, Ping; Li, Nan; Yuan, Yong; Zhang, Hongguo; Wang, Yujie; Ning, Xunan; Zhang, Yaping; Chang, Kenlin; Peng, Yenping; Show all 12 Authors\nChen, Kufan, et al. ; Sun, Jian; Cai, Bihai; Xu, Wenjing; Huang, Yu; Zhang, Yaping; Peng, Yenping; Chang, Kenlin; Kuo, Jiahong; Ning, Xunan; Liu, Guoguang; Wang, Yujie; Yang, Zuoyi; Liu, Jingyong; Show all 14 Authors


url: =dblp: Cheng Chen\nHongbin Zhang, Huicheng Lai, Yan Wang, Xiaoyi Lv, Yue Hong, Jianming Peng, Ziwei Zhang, Chen Chen, Cheng Chen:\nResearch on the Classification of Benign and Malignant Parotid Tumors Based on Transfer Learning and a Convolutional Neural Network. IEEE Access 9: 40360-40371 (2021)\nShuailei Zhang, Chen Chen, Cheng Chen, Fangfang Chen, Min Li, Bo Yang, Ziwei Yan, Xiaoyi Lv:\nResearch on Application of Classification Model Based on Stack Generalization in Staging of Cervical Tissue Pathological Images. IEEE Access 9: 48980-48991 (2021)\nMin Li, Xiaojian Ma, Chen Chen, Yushuai Yuan, Shuailei Zhang, Ziwei Yan, Cheng Chen, Fangfang Chen, Yujie Bai, Panyun Zhou, Xiaoyi Lv, Mingrui Ma:\nResearch on the Auxiliary Classification and Diagnosis of Lung Cancer Subtypes Based on Histopathological Images. IEEE Access 9: 53687-53707 (2021)\nCheng Chen, Qiuwen Chen, Gang Li, Mengnan He, Jianwei Dong, Hanlu Yan, Zhiyuan Wang, Zheng Duan:\nA novel multi-source data fusion method based on Bayesian inference for accurate estimation of chlorophyll-a concentration over eutrophic lakes. Environ. Model. Softw. 141: 105057 (2021)\nCheng Chen, Emrah Demir, Yuan Huang :\nAn adaptive large neighborhood search heuristic for the vehicle routing problem with time windows and delivery robots. Eur. J. Oper. Res. 294(3): 1164-1180 (2021)\nBin Yu , Cheng Chen , Xiaolin Wang , Zhaomin Yu , Anjun Ma , Bingqiang Liu :\nPrediction of protein-protein interactions based on elastic net and deep forest. Expert Syst. Appl. 176: 114876 (2021)\nTingting Nian , Yuheng Hu , Cheng Chen :\nExamining the Impact of Television-Program-Induced Emotions on Online Word-of-Mouth Toward Television Advertising. Inf. Syst. Res. 32(2): 605-632 (2021)\nJiao Xu , Cheng Chen:\nSmart abnormal emotion analysis from English sentences. Internet Technol. Lett. 4(3) (2021)\nLiang Fan, Cheng Chen, Sirui Zhao, Xiaorong Zhang, Yadong Wu, Fang Wang:\nMulti-threaded parallel projection tetrahedral algorithm for unstructured volume rendering. J. Vis. 24(2): 261-274 (2021)\nXing Wu, Cheng Chen, Mingyu Zhong, Jianjia Wang , Jun Shi :\nCOVID-AL: The diagnosis of COVID-19 with deep active learning. Medical Image Anal. 68: 101913 (2021)\nCheng Chen, Xiaodong Gu:\nContext-aware network with foreground recalibration for grounding natural language in video. Neural Comput. Appl. 33(16): 10485-10502 (2021)\nYang Ou, Lei Li, Zhengqiang Li, Ying Zhang, Oleg Dubovik, Yevgeny Derimian, Cheng Chen, David Fuertes, Yisong Xie, Anton Lopatin, Fabrice Ducos, Zongren Peng:\nSpatio-Temporal Variability of Aerosol Components, Their Optical and Microphysical Properties over North China during Winter Haze in 2012, as Derived from POLDER/PARASOL Satellite Observations. Remote. Sens. 13(14): 2682 (2021)\nCheng Chen :\nPlaying mobile games for stress recovery purposes: A survey of Chinese adolescents. Telematics Informatics 56: 101481 (2021)\nHuawei Zhou , Cheng Chen , Guohai Liu , Yecheng Zhang:\nComposite Sliding Mode Control for TPMM Velocity Drive via a Disturbance Observer. IEEE Trans. Veh. Technol. 70(1): 82-94 (2021)\nLuo Luo, Cheng Chen, Guangzeng Xie, Haishan Ye:\nRevisiting Co-Occurring Directions: Sharper Analysis and Efficient Algorithm for Sparse Matrices. AAAI 2021: 8793-8800\nYutai Hou, Sanyuan Chen, Wanxiang Che, Cheng Chen, Ting Liu:\nC2C-GenDA: Cluster-to-Cluster Generation for Data Augmentation of Slot Filling. AAAI 2021: 13027-13035\nYutai Hou, Yongkui Lai, Cheng Chen, Wanxiang Che, Ting Liu:\nLearning to Bridge Metric Spaces: Few-shot Joint Learning of Intent Detection and Slot Filling. ACL/IJCNLP (Findings) 2021: 3190-3200\nYichun Yin, Cheng Chen, Lifeng Shang, Xin Jiang, Xiao Chen, Qun Liu:\nAutoTinyBERT: Automatic Hyper-parameter Optimization for Efficient Pre-trained Language Models. ACL/IJCNLP (1) 2021: 5146-5157\nJin Chen, Cheng Chen, Joseph B. Walther, S. Shyam Sundar:\nDo You Feel Special When an AI Doctor Remembers You? Individuation Effects of AI vs. Human Doctors on User Experience. CHI Extended Abstracts 2021: 299:1-299:7\nZhenhong Liu, Linfeng Zhou, Cheng Chen, Zhouchen Ma, Guangpeng Shen, Yongfu Li, Jian Zhao:\nAn Energy Efficient Functional near Infrared Spectroscopy System Employing Spatial Adaptive Sampling Technique. ISCAS 2021: 1-5\nZhouchen Ma, Cheng Chen, Min Wang, Yang Zhao, Liang Ying, Guoxing Wang, Jian Zhao:\nA Low-Power Heart Rate Sensor with Adaptive Heartbeat Locked Loop. ISCAS 2021: 1-5\nZuohui Chen, Qing Yuan, Xujie Song, Cheng Chen, Dan Zhang, Yun Xiang, Ruigang Liu, Qi Xuan:\nMITNet: GAN Enhanced Magnetic Induction Tomography Based on Complex CNN. CoRR abs/2102.07911 (2021)\nCheng Chen, Bhavya Kailkhura, Ryan A. Goldhahn, Yi Zhou:\nCertifiably-Robust Federated Adversarial Learning via Randomized Smoothing. CoRR abs/2103.16031 (2021)\nCheng Chen, Yichun Yin, Lifeng Shang, Zhi Wang, Xin Jiang, Xiao Chen, Qun Liu:\nExtract then Distill: Efficient and Effective Task-Agnostic BERT Distillation. CoRR abs/2104.11928 (2021)\nFangao Zeng, Bin Dong, Tiancai Wang, Cheng Chen, Xiangyu Zhang, Yichen Wei:\nMOTR: End-to-End Multiple-Object Tracking with TRansformer. CoRR abs/2105.03247 (2021)\nXin-Jian Xu, Cheng Chen, J. F. F. Mendes:\nEfficient hypothesis testing for community detection in heterogeneous networks by graph dissimilarity. CoRR abs/2105.10092 (2021)\nLearning to Bridge Metric Spaces: Few-shot Joint Learning of Intent Detection and Slot Filling. CoRR abs/2106.07343 (2021)\nYunxiang Long , Liping Guo , Cheng Chen, Zhenyu Shen, Yiheng Chen, Fang Li, Wenjun Zhou :\nMeasurement of Ionization and Attachment Coefficients in C4F7N/CO2 Gas Mixture as Substitute Gas to SF6. IEEE Access 8: 76790-76795 (2020)\nMin Li, Xiaohan Nie, Yilidan Reheman, Pan Huang, Shuailei Zhang, Yushuai Yuan, Chen Chen, Ziwei Yan, Cheng Chen, Xiaoyi Lv, Wei Han:\nComputer-Aided Diagnosis and Staging of Pancreatic Cancer Based on CT Images. IEEE Access 8: 141705-141718 (2020)\nCheng Chen , Huawei Zhou , Guanghui Wang, Guohai Liu :\nUnified Decoupling Vector Control of Five-Phase Permanent-Magnet Motor With Double-Phase Faults. IEEE Access 8: 152646-152658 (2020)\nBeibei Shi, Ali Asghar Heidari , Cheng Chen, Mingjing Wang , Changcheng Huang, Huiling Chen , Jiayin Zhu:\nPredicting Di-2-Ethylhexyl Phthalate Toxicity: Hybrid Integrated Harris Hawks Optimization With Support Vector Machines. IEEE Access 8: 161188-161202 (2020)\nYanfei Liu , Cheng Chen , Dong Dong Yang , Qi Li , Xiujian Li:\nFast True Random Number Generator Based on Chaotic Oscillation in Self-Feedback Weakly Coupled Superlattices. IEEE Access 8: 182693-182703 (2020)\nChongyu Pan, Jian Huang , Jianxing Gong, Cheng Chen:\nTeach machine to learn: hand-drawn multi-symbol sketch recognition in one-shot. Appl. Intell. 50(7): 2239-2251 (2020)\nBin Yu, Wenying Qiu, Cheng Chen, Anjun Ma , Jing Jiang, Hongyan Zhou, Qin Ma :\nSubMito-XGBoost: predicting protein submitochondrial localization by fusing multiple feature information and eXtreme gradient boosting. Bioinform. 36(4): 1074-1081 (2020)\nFei Luo, Cheng Chen, Joel Fuentes:\nAn improved chemical reaction optimization algorithm for solving the shortest common supersequence problem. Comput. Biol. Chem. 88: 107327 (2020)\nCheng Chen, Qingmei Zhang, Bin Yu, Zhaomin Yu, Patrick J. Lawrence, Qin Ma , Yan Zhang:\nImproving protein-protein interactions prediction accuracy using XGBoost feature selection and stacked ensemble classifier. Comput. Biol. Medicine 123: 103899 (2020)\nHongze Li, Bingkang Li, Guang Yang, Cheng Chen, Yuanzi Chen, Chunzhang Zhao:\nEvaluating the Regulatory Environment of Overseas Electric Power Market Based on a Hybrid Evaluation Model. Int. J. Fuzzy Syst. 22(1): 138-155 (2020)\nCheng Chen, Yizhen Wen, Shaoyang Cui, Xiangao Qi, Zhenhong Liu, Linfeng Zhou, Mingyi Chen, Jian Zhao , Guoxing Wang:\nA Multichannel fNIRS System for Prefrontal Mental Task Classification with Dual-level Excitation and Deep Forest Algorithm. J. Sensors 2020: 1567567:1-1567567:10 (2020)\nA clustering-based approach to vortex extraction. J. Vis. 23(3): 459-474 (2020)\nYu Xie, Chuanyu Yao, Maoguo Gong, Cheng Chen, A. Kai Qin :\nMinghui Wang, Xiaowen Cui, Bin Yu , Cheng Chen, Qin Ma, Hongyan Zhou:\nSulSite-GTB: identification of protein S-sulfenylation sites by fusing multiple feature information and gradient tree boosting. Neural Comput. Appl. 32(17): 13843-13862 (2020)\nLu Ye, Cheng Chen, Mingwei Wu, Samuel Nwobodo, Annor Arnold Antwi, Chido Natasha Muponda, Koi David Ernest, Rugamba Sadam Vedaste:\nUsing CNN and Channel Attention Mechanism to Identify Driver's Distracted Behavior. Trans. Edutainment 16: 175-183 (2020)\nDistributed Graph Computation Meets Machine Learning. IEEE Trans. Parallel Distributed Syst. 31(7): 1588-1604 (2020)\nCheng Chen, Junjie Yang, Yi Zhou:\nNeural Network Training Techniques Regularize Optimization Trajectory: An Empirical Study. IEEE BigData 2020: 141-146\nCheng Chen, Ziyi Chen, Yi Zhou, Bhavya Kailkhura:\nFedCluster: Boosting the Convergence of Federated Learning via Cluster-Cycling. IEEE BigData 2020: 5017-5026\nCheng Chen, Bin Wang, Bowen Huang:\nA Coverage Hole Identification Scheme for Wireless Sensor Networks Based on Elfes Model. CSAE 2020: 60:1-60:5\nCheng Chen, Jingning Han, Yaowu Xu:\nVideo Denoising for the Hierarchical Coding Structure in Video Coding. DCC 2020: 362\nA Non-local Mean Temporal Filter for Video Compression. ICIP 2020: 1142-1146\nZhen Zhang , Junhai Xu , Luqi Cheng , Cheng Chen , Lingzhong Fan :\nInter and Intra Individual Variations of Cortical Functional Boundaries Depending on Brain States. ICONIP (3) 2020: 98-109\nJan Peters, Bani Anvari, Cheng Chen, Zara Lim, Helge A. Wurdemann:\nHybrid fluidic actuation for a foam-based soft actuator. IROS 2020: 8701-8708\nRoger Alves de Oliveira, Cheng Chen, Math H. J. Bollen, Roberto Chouhy Leborgne:\nComparative Analysis of Transformer-Energizing and Fault-Caused Voltage Dips on the Dynamic Behavior of DFIG-Based Wind Turbines. ISGT-Europe 2020: 589-593\nShort-Term Distortion and Protection Operation in DFIG-Based Wind Parks during Voltage Dips. ISGT-Europe 2020: 819-823\nSemantic Modulation Based Residual Network for Temporal Language Queries Grounding in Video. ISNN 2020: 119-129\nFeng Cheng, Cheng Chen, Yukang Wang, Heshui Shi, Yukun Cao, Dandan Tu, Changzheng Zhang, Yongchao Xu:\nLearning Directional Feature Maps for Cardiac MRI Segmentation. MICCAI (4) 2020: 108-117\nYibo Yan, Cheng Chen, Huiping Lin, Olivier Ruas, Tengjiao Wang, Tong Yang:\nPriority-Aware Per-flow Measurement using Cuckoo Sketch. Networking 2020: 622-624\nYuyang Zhang, Jintao Yu, Kai Wang, Yichun Yin, Cheng Chen, Qun Liu:\nThe Solution of Huawei Cloud & Noah's Ark Lab to the NLPCC-2020 Challenge: Light Pre-Training Chinese Language Model for NLP Task. NLPCC (2) 2020: 524-533\nYu Liu, Cheng Chen, Ru Zhang, Tingting Qin, Xiang Ji, Haoxiang Lin, Mao Yang:\nEnhancing the interoperability between deep learning frameworks by model conversion. ESEC/SIGSOFT FSE 2020: 1320-1330\nTien-Hsuan Wu, Ben Kao, Zhiyong Wu, Xiyang Feng, Qianli Song, Cheng Chen:\nMULCE: Multi-level Canonicalization with Embeddings of Open Knowledge Bases. WISE (1) 2020: 315-327\nGuansong Lu, Zhiming Zhou, Jian Shen, Cheng Chen, Weinan Zhang, Yong Yu:\nLarge-Scale Optimal Transport via Adversarial Training with Cycle-Consistency. CoRR abs/2003.06635 (2020)\nLearning Directional Feature Maps for Cardiac MRI Segmentation. CoRR abs/2007.11349 (2020)\nRevisiting Co-Occurring Directions: Sharper Analysis and Efficient Algorithm for Sparse Matrices. CoRR abs/2009.02553 (2020)\nYutai Hou, Jiafeng Mao, Yongkui Lai, Cheng Chen, Wanxiang Che, Zhigang Chen, Ting Liu:\nFewJoint: A Few-shot Learning Benchmark for Joint Language Understanding. CoRR abs/2009.08138 (2020)\nFedCluster: Boosting the Convergence of Federated Learning via Cluster-Cycling. CoRR abs/2009.10748 (2020)\nCheng Chen, Olmo Cerri, Thong Q. Nguyen, Jean-Roch Vlimant, Maurizio Pierini:\nData Augmentation at the LHC through Analysis-specific Fast Simulation with Deep Learning. CoRR abs/2010.01835 (2020)\nCheng Chen, Luo Luo, Weinan Zhang, Yong Yu:\nEfficient Projection-Free Algorithms for Saddle Point Problems. CoRR abs/2010.11737 (2020)\nNeural Network Training Techniques Regularize Optimization Trajectory: An Empirical Study. CoRR abs/2011.06702 (2020)\nC2C-GenDA: Cluster-to-Cluster Generation for Data Augmentation of Slot Filling. CoRR abs/2012.07004 (2020)\nNaren Vikram Raj Masna , Cheng Chen, Soumyajit Mandal, Swarup Bhunia:\nRobust Authentication of Consumables With Extrinsic Tags and Chemical Fingerprinting. IEEE Access 7: 14396-14409 (2019)\nHongyan Zhou , Cheng Chen, Minghui Wang, Qin Ma, Bin Yu:\nPredicting Golgi-Resident Protein Types Using Conditional Covariance Minimization With XGBoost Based on Multiple Features Fusion. IEEE Access 7: 144154-144164 (2019)\nXiaoying Wang, Bin Yu, Anjun Ma , Cheng Chen, Bingqiang Liu, Qin Ma :\nProtein-protein interaction sites prediction by ensemble random forests with synthetic minority oversampling technique. Bioinform. 35(14): 2395-2402 (2019)\nNaren Vikram Raj Masna , Shubhra Deb Paul , Cheng Chen, Soumyajit Mandal , Swarup Bhunia :\nEat, but Verify: Low-Cost Portable Devices for Food Safety Analysis. IEEE Consumer Electron. Mag. 8(1): 12-18 (2019)\nZhengwang Xu , Jiarui Zhang, Yu-Chun Yi, Cheng Chen, Jia-Qi Yu, Wei Mei, Daiwei Feng:\nThyristor-based "phase hopping" frequency conversion technique. Turkish J. Electr. Eng. Comput. Sci. 27(1): 230-242 (2019)\nHongjie Wu, Kaihui Bian, Jing Qiu, Xiaokang Ye, Cheng Chen, Baochuan Fu:\nThe prediction of foundation pit based on genetic back propagation neural network. J. Comput. Methods Sci. Eng. 19(3): 707-717 (2019)\nYongming He, Yingwu Chen, Jimin Lu, Cheng Chen, Guohua Wu:\nScheduling multiple agile earth observation satellites with an edge computing framework and a constructive heuristic algorithm. J. Syst. Archit. 95: 55-66 (2019)\nShih-Hsien Chin, Cheng Chen, Po-Chang Ko, Shih-Yang Lin:\nDesign of museum advertisement picture management system based on web. J. Vis. Commun. Image Represent. 63 (2019)\nLianxi Liu , Cheng Chen, Xufeng Liao, Wenbin Huang, Junchao Mu, Zhangming Zhu:\nA low cross-regulation and high-efficiency SIDO boost converter with near-threshold start-up. Microelectron. J. 87: 22-32 (2019)\nJiawei Zhang, Lining Xing, Guansheng Peng, Feng Yao, Cheng Chen:\nA large-scale multiobjective satellite data transmission scheduling algorithm based on SVM+NSGA-II. Swarm Evol. Comput. 50 (2019)\nCecil Chua, Cheng Chen, Ji-Ye Mao:\nStrategic Gift Giving in Vendor Relationships: The Gift of Cognitive Regard. AMCIS 2019\nShaoyang Cui, Cheng Chen, Xiangao Qi, Yizhen Wen, Jian Zhao, Guoxing Wang:\nLive Demonstration: Prefrontal Mental Task Classification through a Wearable Near-infrared Spectroscopy System. BioCAS 2019: 1\nYizhen Wen, Xiangao Qi, Shaoyang Cui, Cheng Chen, Mingye Chen, Jian Zhao, Guoxing Wang:\nA Multi-channel NIRS System for Prefrontal Mental Task Classification Employing Deep Forest Algorithm. BioCAS 2019: 1-4\nCheng Chen, Yuheng Hu, Yingda Lu, Yili Hong:\nEveryone Can Be a Star: Quantifying Grassroots Online Sellers' Live Streaming Effects on Product Sales. HICSS 2019: 1-6\nCheng Chen, Jian Huang , Dongrui Wu :\nNonlinear Disturbance Observer Based T-S Fuzzy Logic Control of Pneumatic Artificial Muscles. ICARM 2019: 12-17\nWenguang Wang, Cheng Chen, Yilin Wang:\nSea Clutter Suppression using EMD-SVD- FRFT Filtering. ICCAIS 2019: 1-5\nCheng Chen, Christine Chen, Xuesong Mei, Chaoyang Chen, Guoxin Ni, Stephen Lemos:\nEffects of Image Augmentation and Dual-layer Transfer Machine Learning Architecture on Tumor Classification. ICCPR 2019: 282-287\nYilin Wang, Qiang Gao, Cuiping Liao, Cheng Chen:\nDesign and Implementation of a Reliable QAM Baseband System Based on FPGA. ICCT 2019: 25-29\nHaoxiang Luo, Weijian Chen, Cheng Chen, Yiqing Yang, Yingyi Zhang, Yifan Wu:\nAnalysis of a Multichannel Lightweight Identity Authentication Method. ICCT 2019: 1285-1290\nMason Greer, Cheng Chen, Soumyajit Mandal:\nAutonomous Monitoring of Fat, Water, and Sodium Content in Cheese Products using Low-Field NMR. ISCAS 2019: 1-5\nZhixuan Wang, Yuan Zhong, Cheng Chen, Le Ye, Qianqian Huang, Libo Yang, Yangyuan Wang, Ru Huang:\nUltra-Low Power Hybrid TFET-MOSFET Topologies for Standard Logic Cells with Improved Comprehensive Performance. ISCAS 2019: 1-5\nCheng Chen, Roger Alves de Oliveira, Math H. J. Bollen, Azam Bagheri:\nPower Quality Knowledge Application for Low Voltage Ride Through Studies of Wind Turbine Generator. ISGT Europe 2019: 1-5\nShaohua Li, Yong Liu, Xiuchao Sui, Cheng Chen, Gabriel Tjio, Daniel Shu Wei Ting, Rick Siow Mong Goh:\nMulti-Instance Multi-Scale CNN for Medical Image Classification. MICCAI (4) 2019: 531-539\nCheng Chen, Takuya Maekawa, Daichi Amagata, Takahiro Hara:\nPreliminary Investigation of Predicting Next-Use Mobile Apps Using App Semantic Representations. PerCom Workshops 2019: 391-394\nZhe Zhang, Runsheng Wang, Cheng Chen, Qianqian Huang, Yangyuan Wang, Cheng Hu, Dehuang Wu, Joddy Wang, Ru Huang:\nNew-Generation Design-Technology Co-Optimization (DTCO): Machine-Learning Assisted Modeling Framework. CoRR abs/1904.10269 (2019)\nMulti-Instance Multi-Scale CNN for Medical Image Classification. CoRR abs/1907.02413 (2019)\nAn initial assessment of a SMAP soil moisture disaggregation scheme using TIR surface evaporation data over the continental United States. Int. J. Appl. Earth Obs. Geoinformation 68: 73-91 (2018)\nCheng Chen, Yao-Lin Jiang:\nSimplest equation method for some time-fractional partial differential equations with conformable derivative. Comput. Math. Appl. 75(8): 2978-2988 (2018)


url: =Maximum storm surge 3.1 m (10 Aug 06:30 UTC)\nHWRF Current 115 km/h 3.1 m n.a. 0.5\nUp to 80.5 million can be affected by wind speeds of Tropical Storm strength or above\nEstimations based on the bulletin of 10 Aug 2019 06:00 UTC\nTropical Storm China, Japan, Taiwan, Philippines 80477187\n26 10 Aug 2019 06:00 115 -\nNo exposed population (greater than 50mm) based on the bulletin of 10 Aug 2019 06:00 UTC\nThe maximum Storm surge height is 3.1m in Ganpu, China. This height is estimated for 10 Aug 2019 06:30 UTC .\nCalculation based on the bulletin of 10 Aug 2019 06:00 UTC\n10 Aug 2019 06:30 Ganpu China 3.1\n10 Aug 2019 06:30 Haiyan China 3.1\n10 Aug 2019 06:30 Changchuanba China 3.1\n10 Aug 2019 06:30 Baizhuzhen China 3.1\n10 Aug 2019 06:30 Changqian China 3.1\n10 Aug 2019 06:30 Xitang China 3.1\n10 Aug 2019 06:30 Wai-wang-chuang-ch'iao China 3.1\n10 Aug 2019 06:30 Cheng-chia-tai China 3.1\n10 Aug 2019 06:30 Zhapu China 3.1\n10 Aug 2019 06:30 Niu-ch'iao-shih China 3.1\n10 Aug 2019 06:00 Chaoyang China 3.1\n10 Aug 2019 06:00 Chiu-hsiang-chen China 3.1\n10 Aug 2019 06:00 Huangwan China 3.1\n10 Aug 2019 06:00 Hsieh-t'ang China 3.1\n10 Aug 2019 06:00 Linshan China 3.1\n10 Aug 2019 06:15 Chou-hung-ch'iu China 3.0\n10 Aug 2019 06:15 Heng-pa-ts'un China 3.0\n10 Aug 2019 07:00 Hsing-hsing-chen China 3.0\n10 Aug 2019 07:00 Chou-chia-peng China 3.0\n10 Aug 2019 06:30 Hsiao-an-chieh China 3.0\n10 Aug 2019 06:00 Hsiung-ting-yu China 2.9\n10 Aug 2019 07:15 Chin-ssu-niang-ch'iao China 2.8\n10 Aug 2019 06:45 Hu-chia-lu China 2.8\n10 Aug 2019 06:00 Songxia China 2.8\n10 Aug 2019 13:15 Lao-wu-shih China 2.7\n10 Aug 2019 13:15 Da'an China 2.7\n10 Aug 2019 13:15 Ri'aitang China 2.7\n10 Aug 2019 13:15 Laochangbu China 2.7\n10 Aug 2019 13:15 Lo-ho-chen China 2.7\n10 Aug 2019 13:15 Lixinzha China 2.7\n10 Aug 2019 13:15 Zhangjiaxiang China 2.7\n10 Aug 2019 13:15 Sanhezhen China 2.7\n10 Aug 2019 13:15 Wei-chiao China 2.7\n10 Aug 2019 13:15 Chiu-ch'u-chen China 2.7\n10 Aug 2019 13:15 Dujiaqiao China 2.7\n10 Aug 2019 13:15 Fou-ch'iao China 2.7\n10 Aug 2019 13:15 Sanli China 2.7\n10 Aug 2019 13:15 Hai-men-hsien China 2.7\n10 Aug 2019 13:15 Liujiazhai China 2.7\n10 Aug 2019 13:15 Ch'ing-lung-chiang China 2.7\n10 Aug 2019 13:15 Xincun China 2.7\n10 Aug 2019 07:15 Jinshanwei China 2.7\n10 Aug 2019 07:15 Chin-shan-tsui China 2.6\n10 Aug 2019 07:15 Shanyang China 2.6\n10 Aug 2019 07:15 Caojing China 2.6\n10 Aug 2019 13:45 Caopeng China 2.6\n10 Aug 2019 13:45 Wan'an China 2.6\n11 Aug 2019 19:30 Zhaojiapu China 2.6\n11 Aug 2019 19:30 Liuhongbo China 2.6\n11 Aug 2019 19:30 Xujiapu China 2.6\n10 Aug 2019 12:45 Qianjing China 2.6\n10 Aug 2019 12:45 Tiaobanqiao China 2.6\n10 Aug 2019 12:45 Hsi-san-chiang-k'ou China 2.5\n10 Aug 2019 12:45 Meng-chiang-miao China 2.5\n10 Aug 2019 12:45 Hongxing China 2.5\n10 Aug 2019 12:45 Chongming China 2.5\n10 Aug 2019 12:45 Changzheng China 2.5\n10 Aug 2019 07:15 Huqiao China 2.5\n11 Aug 2019 19:45 Lijiapu China 2.5\n10 Aug 2019 11:30 Liuhe China 2.5\n10 Aug 2019 11:30 Chenxing China 2.5\n10 Aug 2019 11:30 Ducun China 2.5\n11 Aug 2019 20:00 Erdaogou China 2.4\n10 Aug 2019 07:15 Che-lin China 2.4\n11 Aug 2019 20:00 Binhaicun China 2.4\n11 Aug 2019 20:00 Tangjiahe China 2.4\n10 Aug 2019 07:15 Ch'ien-chia-ch'iao China 2.4\n10 Aug 2019 07:15 Su-chia China 2.4\n11 Aug 2019 20:15 Baishuitou China 2.4\n10 Aug 2019 12:15 Sheng-chia-ch'iao China 2.4\n10 Aug 2019 12:15 Houjiazhen China 2.4\n10 Aug 2019 12:15 Panlong China 2.4\n11 Aug 2019 20:15 Gaoshalingcun China 2.3\n10 Aug 2019 08:00 Hsin-p'u China 2.3\n10 Aug 2019 11:15 Dongfeng China 2.3\n10 Aug 2019 11:15 Xinmin China 2.3\n10 Aug 2019 11:15 Hsin-k'ai-ho China 2.3\n10 Aug 2019 11:15 Changjiang China 2.3\n10 Aug 2019 10:45 Baoshan China 2.2\n10 Aug 2019 10:45 Youcheqiao China 2.2\n10 Aug 2019 10:45 Qianjin China 2.2\n10 Aug 2019 10:45 Nanbu China 2.2\n10 Aug 2019 07:15 Lao-yu-tang China 2.2\n10 Aug 2019 07:15 Ping'an China 2.2\n11 Aug 2019 18:15 Dagu China 2.1\n10 Aug 2019 10:15 Dongdayang China 2.1\n10 Aug 2019 10:15 Cao'antou China 2.1\n10 Aug 2019 10:15 Beishenjiazhai China 2.1\n10 Aug 2019 10:45 Panshi China 2.1\n10 Aug 2019 10:45 Gangyan China 2.1\n11 Aug 2019 16:00 Yang-chiao China 2.1\n11 Aug 2019 18:15 Tanggu China 2.1\n10 Aug 2019 07:30 Wusi China 2.0\n10 Aug 2019 07:30 Gongjialu China 2.0\n10 Aug 2019 07:30 Dongxing China 2.0\n10 Aug 2019 07:30 Cailu China 2.0\n10 Aug 2019 07:30 Bailonggang China 2.0\n10 Aug 2019 07:30 Qianwei China 2.0\n10 Aug 2019 07:30 Yuansha China 2.0\n10 Aug 2019 07:30 Fumin China 2.0\n10 Aug 2019 08:15 Wudongzha China 2.0\n11 Aug 2019 18:45 Pehtang China 2.0\n11 Aug 2019 18:45 Qingtuozi China 2.0\n11 Aug 2019 18:45 Caijiapu China 2.0\n10 Aug 2019 07:15 Fengle China 1.9\n10 Aug 2019 07:15 Hsin-min China 1.9\n10 Aug 2019 06:45 Ch'iu-chia-chai China 1.9\n10 Aug 2019 06:45 Guoyuan China 1.9\n10 Aug 2019 06:45 Lao-chiang China 1.9\n10 Aug 2019 06:45 Donghai China 1.9\n10 Aug 2019 06:45 Shuyuan China 1.9\n11 Aug 2019 18:45 Shuangqiaozi China 1.9\n11 Aug 2019 18:45 Hei-yang-ho-pao China 1.9\n11 Aug 2019 18:45 Beipu China 1.9\n11 Aug 2019 18:45 Bijiaquan China 1.9\n11 Aug 2019 18:30 Heiyanzi China 1.8\n11 Aug 2019 17:45 Hutouya China 1.8\n11 Aug 2019 17:45 Dayuan China 1.8\n11 Aug 2019 17:45 Tsang-shang China 1.8\n11 Aug 2019 18:30 Zhangzhuangzi China 1.8\n11 Aug 2019 19:15 Nancaoji China 1.7\n10 Aug 2019 06:00 Song'ao China 1.7\n10 Aug 2019 06:00 Sizhoutou China 1.7\n10 Aug 2019 06:00 Xianxiang China 1.7\n10 Aug 2019 06:00 Sanshan China 1.7\n10 Aug 2019 06:00 Daxu China 1.7\n10 Aug 2019 06:00 Zhuxi China 1.7\n10 Aug 2019 06:00 Qiancang China 1.7\n11 Aug 2019 22:15 Tuanlin China 1.7\n11 Aug 2019 22:15 Dapuhe China 1.7\n10 Aug 2019 06:00 Taipingzha China 1.7\n11 Aug 2019 22:30 Xihenancun China 1.7\n10 Aug 2019 06:00 Ch'iu-ts'un China 1.7\n10 Aug 2019 06:00 Xizhou China 1.7\n10 Aug 2019 06:00 Ch'iang-t'ou China 1.7\n11 Aug 2019 19:45 Daqinghe China 1.7\n10 Aug 2019 06:00 Feng-p'u-ao China 1.6\n10 Aug 2019 06:00 Ch'iu-wang China 1.6\n11 Aug 2019 20:00 Liu-tsan China 1.6\n11 Aug 2019 19:45 Dazhuanghe China 1.6\n11 Aug 2019 18:45 Hsin-chuang China 1.6\n11 Aug 2019 18:45 Huangshanguan China 1.6\n11 Aug 2019 19:00 Qimudao China 1.5\n10 Aug 2019 06:00 Guoju China 1.5\n11 Aug 2019 19:00 Beima China 1.5\n11 Aug 2019 19:00 Longkou China 1.5\n11 Aug 2019 22:15 Hsiao-po-ho-chai China 1.5\n11 Aug 2019 22:15 Beidaihehaibin China 1.5\n10 Aug 2019 06:00 Ch'ing-shui-hu China 1.5\n10 Aug 2019 06:00 Hsieh-fu China 1.5\n10 Aug 2019 06:00 Wantang China 1.5\n12 Aug 2019 22:45 Jiaojiang China 1.4\n12 Aug 2019 22:45 Qiansuo China 1.4\n12 Aug 2019 22:45 San-chia-shih China 1.4\n12 Aug 2019 22:45 Chin-ch'ing China 1.4\n12 Aug 2019 22:45 Shangpan China 1.4\n12 Aug 2019 22:45 Sichalu China 1.4\n12 Aug 2019 04:45 Ma-chang-fang China 1.4\n12 Aug 2019 04:45 Koroto China 1.4\n12 Aug 2019 04:45 Tien-chiao-chang China 1.4\n12 Aug 2019 04:45 Wangjiawopu China 1.4\n12 Aug 2019 04:00 Xiaowu China 1.4\n11 Aug 2019 20:45 Niejia China 1.4\n11 Aug 2019 21:00 Beigou China 1.3\n12 Aug 2019 03:30 Shahousuo China 1.3\n12 Aug 2019 04:00 Liaobin China 1.3\n12 Aug 2019 07:30 Ch'ien-ma-fang China 1.3\n12 Aug 2019 07:30 Qinhuangdao China 1.3\n12 Aug 2019 03:30 Wangzhai China 1.3\n12 Aug 2019 04:15 Erjiegou China 1.3\n10 Aug 2019 22:00 Huangshagang China 1.3\n10 Aug 2019 22:00 T'ang-sheng-chiang China 1.3\n10 Aug 2019 22:00 Dongxiaohai China 1.3\n10 Aug 2019 22:00 Xinyanggang China 1.3\n12 Aug 2019 03:15 Lu-chia-t'un China 1.3\n12 Aug 2019 07:30 Shanhaiguan China 1.3\n12 Aug 2019 07:30 Nanhai China 1.3\n11 Aug 2019 21:15 Dengzhou China 1.3\n11 Aug 2019 21:15 Penglai China 1.3\n12 Aug 2019 03:15 Panyuchwan China 1.3\n10 Aug 2019 17:30 Yancangcheng China 1.3\n10 Aug 2019 17:30 Hsing-chuang China 1.3\n10 Aug 2019 17:30 Haitou China 1.3\n10 Aug 2019 17:30 Hsia-k'ou China 1.3\n10 Aug 2019 17:30 Xugou China 1.3\n12 Aug 2019 07:15 Wan-chia-t'un China 1.3\n11 Aug 2019 23:00 Wang-chia-tun China 1.3\n11 Aug 2019 23:00 Ch'ang-ling-tzu China 1.3\n11 Aug 2019 23:00 Sanguanmiao China 1.3\n11 Aug 2019 23:00 Wudao China 1.3\n11 Aug 2019 23:00 Jiaoliudao China 1.3\n11 Aug 2019 23:00 Wu-tao China 1.3\n11 Aug 2019 23:00 Santang China 1.3\n12 Aug 2019 07:00 Qiangzili China 1.2\n12 Aug 2019 02:30 Guizhou China 1.2\n10 Aug 2019 06:00 Ch'ai-ch'iao China 1.2\n10 Aug 2019 06:00 Chung-tse China 1.2\n10 Aug 2019 06:00 Chiao-t'ou China 1.2\n11 Aug 2019 23:00 Fu-chou-wan China 1.2\n11 Aug 2019 03:15 Yanweigang China 1.2\n12 Aug 2019 02:15 Huatong China 1.2\n11 Aug 2019 08:15 Hongshiya China 1.2\n11 Aug 2019 08:15 Lingshanwei China 1.2\n11 Aug 2019 08:15 Houwan China 1.2\n11 Aug 2019 08:15 Yantaiqian China 1.2\n11 Aug 2019 08:15 Xianlang China 1.2\n11 Aug 2019 08:15 Beizhuang China 1.2\n11 Aug 2019 08:15 Ch'ing-tao China 1.2\n11 Aug 2019 08:15 Sifang China 1.2\n12 Aug 2019 01:45 Ma-chia-tun China 1.2\n11 Aug 2019 22:30 Xinzhaizi China 1.2\n11 Aug 2019 22:30 Yingchengzi China 1.2\n10 Aug 2019 06:00 Chen-hai China 1.2\n10 Aug 2019 06:00 Zhenhai China 1.2\n10 Aug 2019 06:00 Shigaotang China 1.2\n10 Aug 2019 06:00 Jiangjia China 1.2\n11 Aug 2019 23:00 Baishuijing China 1.2\n11 Aug 2019 22:45 Gezhenpu China 1.2\n11 Aug 2019 21:30 Tieshan China 1.2\n11 Aug 2019 22:45 Nanguanling China 1.2\n11 Aug 2019 22:45 Dalian China 1.2\n11 Aug 2019 08:45 Chengyang China 1.2\n11 Aug 2019 08:30 Wangcun China 1.1\n11 Aug 2019 08:30 Wali China 1.1\n11 Aug 2019 08:30 Ta-shan China 1.1\n11 Aug 2019 08:30 Dashan China 1.1\n12 Aug 2019 01:45 Donggang China 1.1\n11 Aug 2019 08:15 Wanggezhuang China 1.1\n11 Aug 2019 08:15 Aoshanwei China 1.1\n11 Aug 2019 22:00 Shuishiying China 1.1\n10 Aug 2019 06:00 Da'ao China 1.1\n11 Aug 2019 08:30 Chin-chia-k'ou China 1.1\n11 Aug 2019 20:15 Zhuanghe China 1.1\n11 Aug 2019 20:15 Dafangshen China 1.1\n11 Aug 2019 22:45 Dayandao China 1.1\n10 Aug 2019 11:30 Liulishe China 1.1\n10 Aug 2019 11:30 Liu-tsao China 1.1\n10 Aug 2019 11:30 Hsiao-yang-k'ou China 1.1\n11 Aug 2019 19:45 Ch'ing-shui-ho China 1.1\n10 Aug 2019 21:45 Shuangyangzha China 1.1\n10 Aug 2019 08:45 Tanglugang China 1.1\n10 Aug 2019 07:45 Dong'an China 1.1\n10 Aug 2019 07:45 Hsing-i-ts'un China 1.1\n11 Aug 2019 20:00 Anzishan China 1.1\n11 Aug 2019 20:00 Ch'ing-tui-tzu China 1.1\n11 Aug 2019 20:00 Nanjian China 1.1\n11 Aug 2019 07:45 Qingdao China 1.1\n11 Aug 2019 07:45 Fushansuo China 1.1\n11 Aug 2019 07:45 Ts'ang-k'ou China 1.1\n11 Aug 2019 20:15 Shishan China 1.1\n11 Aug 2019 23:15 Dajijia China 1.1\n11 Aug 2019 07:45 Hsien-chia-chai China 1.1\n11 Aug 2019 20:00 Fangshentun China 1.1\n10 Aug 2019 06:00 Ligang China 1.1\n11 Aug 2019 08:30 Fengcheng China 1.1\n11 Aug 2019 07:45 Xiahecheng China 1.0\n11 Aug 2019 07:45 Zhangjialou China 1.0\n11 Aug 2019 20:15 Hsiao-p'ing-tao China 1.0\n10 Aug 2019 21:45 Liuduo China 1.0\n10 Aug 2019 13:45 Dongtaihezha China 1.0\n11 Aug 2019 07:30 Shazikou China 1.0\n10 Aug 2019 11:00 Huangang China 1.0\n10 Aug 2019 10:15 Chien-chen China 1.0\n11 Aug 2019 18:45 Nianyuwan China 1.0\n11 Aug 2019 19:15 Dagushan China 1.0\n10 Aug 2019 06:00 Chien-t'iao China 1.0\n10 Aug 2019 06:00 Dahu China 1.0\n10 Aug 2019 06:00 Ch'ang-chieh China 1.0\n10 Aug 2019 06:00 Dingtang China 1.0\n10 Aug 2019 06:00 Danmen China 1.0\n10 Aug 2019 06:00 Hepu China 1.0\n10 Aug 2019 06:00 Chiu-nan-t'ien China 1.0\n10 Aug 2019 06:00 Shihphu China 1.0\n10 Aug 2019 07:30 Gongjiazhen China 1.0\n10 Aug 2019 06:00 Nan'ao China 1.0\n10 Aug 2019 21:15 Ta-yu-chien China 0.9\n10 Aug 2019 06:00 Ch'en-chia-lu China 0.9\n11 Aug 2019 08:30 Qiganshi China 0.9\n11 Aug 2019 08:30 Ju-shan-k'ou China 0.9\n11 Aug 2019 23:45 Ku-hsien China 0.9\n11 Aug 2019 23:45 Chu-chi China 0.9\n11 Aug 2019 23:45 Zhifuzhen China 0.9\n12 Aug 2019 00:00 Yantai China 0.9\n12 Aug 2019 00:00 Cheefoo China 0.9\n10 Aug 2019 10:45 Ch'ang-sha China 0.9\n11 Aug 2019 20:30 Pei-ching-tzu China 0.9\n11 Aug 2019 21:15 Chogumsa Democratic People's Republic of Korea 0.9\n11 Aug 2019 21:15 Anmin China 0.9\n11 Aug 2019 21:15 Yongampo-ri Democratic People's Republic of Korea 0.9\n11 Aug 2019 21:15 Genjo Democratic People's Republic of Korea 0.9\n10 Aug 2019 07:45 Donggangcun China 0.9\n10 Aug 2019 07:45 Xining China 0.9\n10 Aug 2019 07:45 Lusi China 0.9\n11 Aug 2019 08:15 Nanhong China 0.9\n10 Aug 2019 06:00 Daniwan China 0.9\n10 Aug 2019 06:00 Xiaoli'ao China 0.9\n11 Aug 2019 21:00 Dadong China 0.9\n11 Aug 2019 08:00 Baishatan China 0.9\n10 Aug 2019 09:30 Nankan China 0.9\n10 Aug 2019 09:30 Beikan China 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Muping China 0.8\n10 Aug 2019 06:00 Lipu China 0.8\n10 Aug 2019 06:00 San-chiao-t'ang China 0.8\n12 Aug 2019 01:00 Tiancun China 0.8\n11 Aug 2019 19:30 Aesan-dong Democratic People's Republic of Korea 0.7\n11 Aug 2019 19:30 Haeju Democratic People's Republic of Korea 0.7\n11 Aug 2019 19:30 Haech'ang-dong Democratic People's Republic of Korea 0.7\n11 Aug 2019 19:30 Choam-dong Democratic People's Republic of Korea 0.7\n11 Aug 2019 06:45 Jinghaiwei China 0.7\n10 Aug 2019 07:45 Fu-hsin-tsao China 0.7\n10 Aug 2019 07:45 Haiyanzhen China 0.7\n11 Aug 2019 07:00 Huangshan China 0.7\n12 Aug 2019 00:15 Xizhuang China 0.7\n10 Aug 2019 10:00 Jindo Republic of Korea 0.7\n10 Aug 2019 10:00 Aenang-ni Republic of Korea 0.7\n10 Aug 2019 10:00 Hwadong-ni Republic of Korea 0.7\n10 Aug 2019 10:00 Changdong Republic of Korea 0.7\n10 Aug 2019 10:00 Chisa-ri Republic of Korea 0.7\n11 Aug 2019 18:15 Choyang-ni Democratic People's Republic of Korea 0.7\n12 Aug 2019 00:15 Jiurongcheng China 0.6\n12 Aug 2019 00:15 Xiaogangnantou China 0.6\n11 Aug 2019 20:00 On-dong Democratic People's Republic of Korea 0.6\n11 Aug 2019 20:00 Ch'onggye-ri Democratic People's Republic of Korea 0.6\n11 Aug 2019 20:00 Chondang-ni Democratic People's Republic of Korea 0.6\n12 Aug 2019 00:45 Dashijiapo China 0.6\n12 Aug 2019 00:45 Wolongcun China 0.6\n10 Aug 2019 08:45 Ta-ch'u China 0.6\n11 Aug 2019 19:00 Pyoksong Democratic People's Republic of Korea 0.6\n11 Aug 2019 19:00 Changsu-ri Democratic People's Republic of Korea 0.6\n11 Aug 2019 23:15 Changp'o Democratic People's Republic of Korea 0.6\n11 Aug 2019 07:00 Ch'ih-shan-chi China 0.6\n11 Aug 2019 07:00 Shidao China 0.6\n11 Aug 2019 23:30 Yung-ni Democratic People's Republic of Korea 0.6\n11 Aug 2019 23:30 Unhaktong-Namso-ri Democratic People's Republic of Korea 0.6\n11 Aug 2019 10:30 Laoshantun China 0.6\n11 Aug 2019 10:30 Ning-ching-so China 0.6\n10 Aug 2019 09:15 Changtu China 0.6\n10 Aug 2019 13:00 Dinghai China 0.6\n12 Aug 2019 00:00 Anmal Republic of Korea 0.6\n12 Aug 2019 00:00 Muji-ni Republic of Korea 0.6\n12 Aug 2019 00:00 Kyodo Republic of Korea 0.6\n12 Aug 2019 00:00 Pususan-dong Democratic People's Republic of Korea 0.6\n11 Aug 2019 07:00 Dazhuang China 0.5\n11 Aug 2019 22:15 Chosa-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 22:15 An-ch'on Democratic People's Republic of Korea 0.5\n10 Aug 2019 09:00 Tiantu China 0.5\n11 Aug 2019 17:15 Sogon-ni Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:15 Arang-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:30 Sagi-ri Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:45 Ch'angam-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:15 Monggumpo-ri Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:15 Chandae-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 17:15 Sanggun-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:30 Hyu-dong Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:30 Chungga-dong Democratic People's Republic of Korea 0.5\n12 Aug 2019 00:30 Changch'u-dong Democratic People's Republic of Korea 0.5\n12 Aug 2019 00:30 Kanghwa Republic of Korea 0.5\n11 Aug 2019 16:30 Sondup'yong Democratic People's Republic of Korea 0.5\n11 Aug 2019 14:15 Ongjin Democratic People's Republic of Korea 0.5\n11 Aug 2019 14:15 Sogimdok Democratic People's Republic of Korea 0.5\n11 Aug 2019 14:15 Sigyo-ri Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:00 Sogang-ni Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:00 Chung-ni Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:00 Changdae Democratic People's Republic of Korea 0.5\n11 Aug 2019 16:45 Ugom Democratic People's Republic of Korea 0.5\n11 Aug 2019 14:00 Sanyonp'yong Democratic People's Republic of Korea 0.5\n11 Aug 2019 21:45 Samch'on Republic of Korea 0.5\n10 Aug 2019 08:15 Bianjiao'ao China 0.5\n10 Aug 2019 09:00 Chamdu-ri Republic of Korea 0.5\n11 Aug 2019 03:15 Yeosu Republic of Korea 0.4\n11 Aug 2019 03:15 Chukp'o Republic of Korea 0.4\n11 Aug 2019 03:15 Hangch'on Republic of Korea 0.4\n10 Aug 2019 06:45 Luomen China 0.4\n11 Aug 2019 02:30 Chogumjin-ni Republic of Korea 0.4\n11 Aug 2019 02:30 Hasambong Republic of Korea 0.4\n11 Aug 2019 02:30 Dangjin Republic of Korea 0.4\n11 Aug 2019 02:30 Chunghung-ni Republic of Korea 0.4\n11 Aug 2019 02:30 Kooni Republic of Korea 0.4\n11 Aug 2019 03:00 Ando Republic of Korea 0.4\n11 Aug 2019 02:30 Masan-ni Republic of Korea 0.4\n11 Aug 2019 02:30 Namyang Republic of Korea 0.4\n11 Aug 2019 12:15 Chonghyon-dong Republic of Korea 0.4\n11 Aug 2019 12:15 Incheon Republic of Korea 0.4\n11 Aug 2019 12:15 Ihwa-ri Republic of Korea 0.4\n11 Aug 2019 12:15 Chawol-li Republic of Korea 0.4\n10 Aug 2019 16:15 Wonha-ri Republic of Korea 0.4\n10 Aug 2019 16:15 Banhei-ri Republic of Korea 0.4\n10 Aug 2019 07:00 P'u-t'o China 0.3\n10 Aug 2019 06:00 Litang China 0.3\n11 Aug 2019 17:15 Oejongsan Republic of Korea 0.3\n11 Aug 2019 17:15 Dongmun Republic of Korea 0.3\n11 Aug 2019 17:15 Sinsong Republic of Korea 0.3\n11 Aug 2019 17:15 Tongmokp Republic of Korea 0.3\n11 Aug 2019 17:15 Mongmal Republic of Korea 0.3\n10 Aug 2019 06:30 Fangang China 0.3\n13 Aug 2019 03:30 Simotui Japan 0.3\n13 Aug 2019 03:30 Ajino Japan 0.3\n13 Aug 2019 03:30 Utazu Japan 0.3\n13 Aug 2019 03:30 Sakaide Japan 0.3\n13 Aug 2019 03:30 Oyabu Japan 0.3\n13 Aug 2019 03:30 Uno Japan 0.3\n13 Aug 2019 03:30 Tamano Japan 0.3\n13 Aug 2019 03:30 Yuturiha Japan 0.3\n13 Aug 2019 03:30 Muneage Japan 0.3\n13 Aug 2019 03:30 Takamatsu Japan 0.3\n13 Aug 2019 03:30 Ienoura Japan 0.3\n13 Aug 2019 03:30 Urao Japan 0.3\n10 Aug 2019 06:45 T'ien-hou-kung China 0.3\n10 Aug 2019 06:45 Nan 'ao China 0.3\n10 Aug 2019 11:30 Chogun-mal Republic of Korea 0.3\n10 Aug 2019 08:30 Ant'ae Republic of Korea 0.3\n10 Aug 2019 08:00 Joman-ri Republic of Korea 0.3\n10 Aug 2019 06:15 Shengshan China 0.3\n10 Aug 2019 08:00 Hang-ni Republic of Korea 0.3\n10 Aug 2019 07:45 Ta-chan China 0.3\n13 Aug 2019 06:00 Ichii Japan 0.3\n13 Aug 2019 06:00 Maragume Japan 0.3\n10 Aug 2019 19:00 Chop'o Republic of Korea 0.3\n10 Aug 2019 19:00 Goseong Republic of Korea 0.3\n10 Aug 2019 19:00 Chamgae Republic of Korea 0.3\n11 Aug 2019 12:15 Hwangdo Republic of Korea 0.3\n10 Aug 2019 12:45 Och'ong Republic of Korea 0.3\n10 Aug 2019 14:45 Chukhang Republic of Korea 0.3\n10 Aug 2019 08:15 Banzaito-ri Republic of Korea 0.3\n10 Aug 2019 08:45 Amch'on Republic of Korea 0.2\n12 Aug 2019 19:15 Sosan Republic of Korea 0.2\n12 Aug 2019 19:15 Songch'on Republic of Korea 0.2\n11 Aug 2019 16:45 Changsu Republic of Korea 0.2\n11 Aug 2019 16:45 Ch'ongam Republic of Korea 0.2\n10 Aug 2019 10:15 Cheng-kung Taiwan 0.2\n10 Aug 2019 10:15 San Hsien Tai Taiwan 0.2\n10 Aug 2019 10:15 Wu-shih Pi Taiwan 0.2\n10 Aug 2019 10:15 Chia-tsou-wan Pi Taiwan 0.2\n10 Aug 2019 12:45 Baweigang China 0.2\n10 Aug 2019 12:45 Chiang-yin China 0.2\n10 Aug 2019 12:45 Chengjiang China 0.2\n10 Aug 2019 12:45 Henggang China 0.2\n10 Aug 2019 12:45 Baimu China 0.2\n10 Aug 2019 12:45 Sanzhewei China 0.2\n10 Aug 2019 12:45 Chan-wen-ch'iao China 0.2\n10 Aug 2019 12:45 Jiangjia'an China 0.2\n10 Aug 2019 12:45 Dongxiaowei China 0.2\n10 Aug 2019 12:45 San-chia-li China 0.2\n10 Aug 2019 12:45 Dunyi China 0.2\n10 Aug 2019 12:45 Liuwei China 0.2\n13 Aug 2019 05:15 Sekka China 0.2\n13 Aug 2019 05:45 Kita-daito Japan 0.2\n13 Aug 2019 05:45 Minamimura Japan 0.2\n13 Aug 2019 05:45 Kyuto Japan 0.2\n13 Aug 2019 05:45 Minami-daito Japan 0.2\n10 Aug 2019 06:00 Qingjiang China 0.2\n10 Aug 2019 06:00 Dajing China 0.2\n10 Aug 2019 06:00 Baixi China 0.2\n10 Aug 2019 06:00 Huanshan China 0.2\n10 Aug 2019 06:00 Ch'ing-chiang China 0.2\n10 Aug 2019 06:00 Chumen China 0.2\n10 Aug 2019 06:00 Wenqiao China 0.2\n10 Aug 2019 06:00 Lingmen China 0.2\n10 Aug 2019 06:00 Aohuan China 0.2\n10 Aug 2019 06:00 Dalu China 0.2\n10 Aug 2019 06:00 Fu-jung China 0.2\n10 Aug 2019 06:00 P'u-ch'i China 0.2\n13 Aug 2019 05:45 Baisheng China 0.2\n13 Aug 2019 05:15 Guhuai China 0.2\n13 Aug 2019 05:15 Chiang-t'ien China 0.2\n13 Aug 2019 05:15 Qingfeng China 0.2\n10 Aug 2019 10:15 Kinasakitan Philippines 0.2\n13 Aug 2019 05:45 Guanjing China 0.2\n13 Aug 2019 05:45 Pingtan China 0.2\n13 Aug 2019 05:45 Houtian China 0.2\n13 Aug 2019 06:00 Kita-kyushu Japan 0.2\n13 Aug 2019 06:00 Kanda Japan 0.2\n13 Aug 2019 06:00 Shimonoseki Japan 0.2\n13 Aug 2019 06:00 Tsunemi Japan 0.2\n13 Aug 2019 06:00 Yukuhashi Japan 0.2\n13 Aug 2019 06:00 Moji Japan 0.2\n10 Aug 2019 09:30 Kobama Japan 0.2\n10 Aug 2019 09:30 Agarisuji Japan 0.2\n10 Aug 2019 09:30 Ishigaki Japan 0.2\n10 Aug 2019 09:30 Fubai Japan 0.2\n10 Aug 2019 09:30 Shirafu Japan 0.2\n13 Aug 2019 06:00 Anhai China 0.2\n13 Aug 2019 05:45 Ch'ang-t'an-wo Taiwan 0.2\n10 Aug 2019 08:00 Hoshitate Japan 0.2\n10 Aug 2019 08:00 Honai Japan 0.2\n10 Aug 2019 08:30 Hizen Nagana Japan 0.2\n10 Aug 2019 08:30 Yuki Japan 0.2\n10 Aug 2019 08:30 Yue Japan 0.2\n10 Aug 2019 08:30 Isahaya Japan 0.2\n10 Aug 2019 08:30 Kuchinotsu Japan 0.2\n10 Aug 2019 08:30 Hakuto Japan 0.2\n10 Aug 2019 08:30 Chijiwa Japan 0.2\n10 Aug 2019 08:30 Obama Japan 0.2\n10 Aug 2019 08:30 Urada Japan 0.2\n10 Aug 2019 08:30 Oe Japan 0.2\n10 Aug 2019 08:30 Kojiro Japan 0.2\n11 Aug 2019 02:30 Irun Republic of Korea 0.2\n11 Aug 2019 02:30 Araebuch'un Republic of Korea 0.2\n10 Aug 2019 08:00 Taniyama Japan 0.2\n10 Aug 2019 08:00 Kagoshima Japan 0.2\n10 Aug 2019 08:00 Nanakuba Japan 0.2\n10 Aug 2019 08:00 Koike Japan 0.2\n10 Aug 2019 08:00 Yuno Japan 0.2\n10 Aug 2019 08:00 Koramuki Japan 0.2\n10 Aug 2019 08:00 Kajiki Japan 0.2\n10 Aug 2019 08:00 Tarumizu Japan 0.2\n10 Aug 2019 08:00 Fumoto Japan 0.2\n10 Aug 2019 08:00 Uchiyamada Japan 0.2\n13 Aug 2019 05:45 Cao Yu China 0.2\n10 Aug 2019 10:45 Meihama Japan 0.2\n10 Aug 2019 10:45 Saitosaki Japan 0.2\n10 Aug 2019 10:45 Fukuoka Japan 0.2\n10 Aug 2019 10:45 Mitoma Japan 0.2\n10 Aug 2019 10:45 Kashii Japan 0.2\n10 Aug 2019 10:45 Harumachi Japan 0.2\n10 Aug 2019 10:45 Shingu Japan 0.2\n10 Aug 2019 10:45 Fukumamachi Japan 0.2\n10 Aug 2019 10:45 Fukuma Japan 0.2\n10 Aug 2019 06:00 Chang-yuan Taiwan 0.2\n10 Aug 2019 06:00 Ta-chiang-k'ou Taiwan 0.2\n10 Aug 2019 06:00 Shih-ti-ping Taiwan 0.2\n10 Aug 2019 06:00 Chenyu China 0.2\n10 Aug 2019 06:00 Kanmen China 0.2\n10 Aug 2019 06:45 Khitschhung China 0.2\n10 Aug 2019 06:45 Dapeng China 0.2\n10 Aug 2019 06:45 Taipang China 0.2\n10 Aug 2019 06:45 Aotou China 0.2\n10 Aug 2019 06:45 Luzui China 0.2\n10 Aug 2019 06:45 Hsia-yung China 0.2\n10 Aug 2019 11:15 Takayama Japan 0.2\n10 Aug 2019 11:15 Oshima Japan 0.2\n10 Aug 2019 11:15 Ajiro Japan 0.2\n10 Aug 2019 11:15 Tsunoura Japan 0.2\n10 Aug 2019 11:15 Nakaura Japan 0.2\n10 Aug 2019 11:15 Kashiwa Japan 0.2\n10 Aug 2019 11:15 Harigi Japan 0.2\n10 Aug 2019 11:15 Okohama Japan 0.2\n10 Aug 2019 11:15 Yoshida Japan 0.2\n10 Aug 2019 11:15 Tsurunohama Japan 0.2\n10 Aug 2019 08:45 Tou-cheng Taiwan 0.2\n10 Aug 2019 08:45 Chia-li-wan Taiwan 0.2\n10 Aug 2019 08:45 Su-ao Taiwan 0.2\n13 Aug 2019 04:30 Sansha China 0.2\n10 Aug 2019 11:45 Vinzons Philippines 0.2\n10 Aug 2019 10:45 Bagalay Philippines 0.2\n10 Aug 2019 06:00 Tu-ho Taiwan 0.2\n10 Aug 2019 06:00 Hsin-i Taiwan 0.2\n10 Aug 2019 06:00 Ibarama Japan 0.2\n10 Aug 2019 06:00 Hirano Japan 0.2\n13 Aug 2019 06:00 Yacheng China 0.2\n10 Aug 2019 11:45 Bawa Philippines 0.2\n10 Aug 2019 11:45 Cabiraoan Philippines 0.2\n10 Aug 2019 11:45 Casambalangan Philippines 0.2\n13 Aug 2019 04:00 Huang-ch'i China 0.2\n13 Aug 2019 04:00 Shacheng China 0.2\n13 Aug 2019 06:00 Xiaguan China 0.2\n13 Aug 2019 06:00 Pucheng China 0.2\n13 Aug 2019 05:30 Touyan China 0.2\n13 Aug 2019 05:30 Banping China 0.2\n13 Aug 2019 05:30 Bei'ao China 0.2\n13 Aug 2019 06:00 San Shah China 0.2\n13 Aug 2019 06:00 Gaoshan China 0.2\n10 Aug 2019 07:30 Ta-shan Taiwan 0.2\n10 Aug 2019 07:30 Hua-lien Taiwan 0.2\n10 Aug 2019 07:30 Hsin-ch'eng Taiwan 0.2\n10 Aug 2019 07:30 T'ieh-chia-lung-she Taiwan 0.2\n13 Aug 2019 05:45 Jinxiang China 0.2\n13 Aug 2019 06:00 Hushi China 0.2\n13 Aug 2019 06:00 Hanjiang China 0.2\n13 Aug 2019 06:00 Chiang-k'ou China 0.2\n13 Aug 2019 06:00 Tangbian China 0.2\n10 Aug 2019 06:15 Toyohara Japan 0.2\n10 Aug 2019 10:00 Apis Philippines 0.2\n10 Aug 2019 10:00 San Jose Philippines 0.2\n10 Aug 2019 10:00 Bobon Philippines 0.2\n10 Aug 2019 10:00 Catarman Philippines 0.2\n10 Aug 2019 10:00 Capayan Philippines 0.2\n10 Aug 2019 10:00 Maquinalo Philippines 0.2\n12 Aug 2019 14:45 Ch'al-tong Republic of Korea 0.2\n12 Aug 2019 14:45 Muan Republic of Korea 0.2\n10 Aug 2019 08:15 Shiokawa Japan 0.2\n13 Aug 2019 05:45 Daitou China 0.2\n10 Aug 2019 07:45 Fu-lien Taiwan 0.2\n10 Aug 2019 19:00 Asama Japan 0.1\n10 Aug 2019 19:00 Hedono Japan 0.1\n10 Aug 2019 19:00 Okamae Japan 0.1\n10 Aug 2019 19:00 Matsubara Japan 0.1\n10 Aug 2019 19:00 Setaki Japan 0.1\n10 Aug 2019 19:00 Kinoko Japan 0.1\n10 Aug 2019 19:00 Koshima Japan 0.1\n10 Aug 2019 19:00 Nishiakina Japan 0.1\n10 Aug 2019 19:00 Itokina Japan 0.1\n10 Aug 2019 19:00 Tobe Japan 0.1\n10 Aug 2019 19:00 Yaesao Japan 0.1\n10 Aug 2019 19:00 Bane Japan 0.1\n10 Aug 2019 19:00 San Japan 0.1\n10 Aug 2019 19:00 Katoku Japan 0.1\n10 Aug 2019 19:00 Omo Japan 0.1\n10 Aug 2019 19:00 Kametsu Japan 0.1\n10 Aug 2019 19:00 Kametoku Japan 0.1\n10 Aug 2019 19:00 Tokuwase Japan 0.1\n13 Aug 2019 06:00 Fuye China 0.1\n13 Aug 2019 05:15 Gao'ao China 0.1\n13 Aug 2019 05:15 Siqianjie China 0.1\n13 Aug 2019 05:15 Xiaodoumen China 0.1\n13 Aug 2019 05:15 Baixiang China 0.1\n13 Aug 2019 05:15 Shan-ch'ien China 0.1\n13 Aug 2019 05:15 Jiangtan China 0.1\n10 Aug 2019 09:00 Karimata Japan 0.1\n10 Aug 2019 09:00 Sugama Japan 0.1\n10 Aug 2019 09:00 Hirara Japan 0.1\n10 Aug 2019 09:00 Arasato Japan 0.1\n10 Aug 2019 09:00 Bora Japan 0.1\n10 Aug 2019 07:45 Hsin-ch'ang-ts'un Taiwan 0.1\n10 Aug 2019 06:00 Kuninaka Japan 0.1\n10 Aug 2019 06:00 Ichimasui Japan 0.1\n13 Aug 2019 05:15 Sha-fan-chieh China 0.1\n10 Aug 2019 09:00 Tai-tung Taiwan 0.1\n10 Aug 2019 09:00 Chi-hsing Taiwan 0.1\n10 Aug 2019 07:45 Miyagahama 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0.1\n10 Aug 2019 08:45 Ta-niao Taiwan 0.1\n10 Aug 2019 08:45 Hsia-ta-chi Taiwan 0.1\n10 Aug 2019 11:00 Dagou China 0.1\n10 Aug 2019 11:00 Hsin-chou China 0.1\n10 Aug 2019 06:15 San Vincente Philippines 0.1\n13 Aug 2019 05:15 Uken Japan 0.1\n13 Aug 2019 05:15 Ikechi Japan 0.1\n13 Aug 2019 05:15 Hyo Japan 0.1\n13 Aug 2019 05:15 Sukomo Japan 0.1\n13 Aug 2019 05:15 Oshikaku Japan 0.1\n13 Aug 2019 05:15 Ukearnuro Japan 0.1\n13 Aug 2019 05:15 Osai Japan 0.1\n13 Aug 2019 05:15 Kuji Japan 0.1\n13 Aug 2019 05:15 Akitoku Japan 0.1\n13 Aug 2019 05:15 Ashiken Japan 0.1\n13 Aug 2019 05:15 Yui Japan 0.1\n13 Aug 2019 05:15 Yuwan Japan 0.1\n13 Aug 2019 05:15 Amurogama Japan 0.1\n13 Aug 2019 05:15 Koniya Japan 0.1\n13 Aug 2019 05:15 Kachiura Japan 0.1\n13 Aug 2019 05:15 Tokuhama Japan 0.1\n13 Aug 2019 05:15 Shodon Japan 0.1\n13 Aug 2019 05:15 Ikenma Japan 0.1\n13 Aug 2019 05:15 Sokaru Japan 0.1\n13 Aug 2019 05:15 Niimura Japan 0.1\n13 Aug 2019 05:15 Sekko Japan 0.1\n13 Aug 2019 05:15 Katoku Japan 0.1\n13 Aug 2019 05:15 Nishi-Nakama Japan 0.1\n13 Aug 2019 05:15 Sennai Japan 0.1\n13 Aug 2019 05:15 Aoku Japan 0.1\n13 Aug 2019 05:15 Gusuku Japan 0.1\n13 Aug 2019 05:15 Misato Japan 0.1\n13 Aug 2019 05:15 Nakazato Japan 0.1\n13 Aug 2019 05:15 Wase Japan 0.1\n13 Aug 2019 06:00 Shih-shih China 0.1\n13 Aug 2019 06:00 Yakou China 0.1\n13 Aug 2019 06:00 Yongning China 0.1\n13 Aug 2019 06:00 Shihu China 0.1\n10 Aug 2019 17:30 Mikuriya Japan 0.1\n10 Aug 2019 17:30 Matsuura Japan 0.1\n10 Aug 2019 10:15 Kuo-ch'i Taiwan 0.1\n10 Aug 2019 10:15 Chiang tzu Taiwan 0.1\n10 Aug 2019 07:00 Tandag Philippines 0.1\n10 Aug 2019 07:00 Tago Philippines 0.1\n13 Aug 2019 04:00 Longtian China 0.1\n10 Aug 2019 09:30 Narao Japan 0.1\n10 Aug 2019 09:30 Aokata Japan 0.1\n10 Aug 2019 09:30 Iwaseura Japan 0.1\n10 Aug 2019 09:30 Naname Japan 0.1\n10 Aug 2019 08:15 Sanya China 0.1\n10 Aug 2019 08:15 Anyou China 0.1\n10 Aug 2019 08:15 Yulin China 0.1\n10 Aug 2019 08:15 Tiandu China 0.1\n10 Aug 2019 23:15 Miyanoura 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05:45 Beri Philippines 0.1\n10 Aug 2019 17:30 Ichibuura Japan 0.1\n10 Aug 2019 17:30 Yamanaka Japan 0.1\n10 Aug 2019 17:30 Azuchi Japan 0.1\n10 Aug 2019 17:30 Hirado Japan 0.1\n10 Aug 2019 11:15 Nakano Japan 0.1\n10 Aug 2019 11:15 Yamada Japan 0.1\n10 Aug 2019 11:15 Atami Japan 0.1\n10 Aug 2019 11:15 Yugawara Japan 0.1\n10 Aug 2019 11:15 Oka Japan 0.1\n10 Aug 2019 11:15 Ike Japan 0.1\n10 Aug 2019 11:15 Okuno Japan 0.1\n10 Aug 2019 11:15 Miyakami Japan 0.1\n10 Aug 2019 11:15 Ajiro Japan 0.1\n10 Aug 2019 11:15 Yahatano Japan 0.1\n10 Aug 2019 11:15 Sakibara Japan 0.1\n10 Aug 2019 11:15 Totari Japan 0.1\n10 Aug 2019 11:15 Ito Japan 0.1\n10 Aug 2019 11:15 Mongawa Japan 0.1\n10 Aug 2019 11:15 Sakaagawa Japan 0.1\n10 Aug 2019 11:15 Joboshi Japan 0.1\n10 Aug 2019 11:15 Matsuo Japan 0.1\n10 Aug 2019 11:15 Harai Japan 0.1\n10 Aug 2019 11:15 Manazuru Japan 0.1\n10 Aug 2019 11:15 Futo Japan 0.1\n10 Aug 2019 11:15 Kawana Japan 0.1\n10 Aug 2019 11:30 Linwang China 0.1\n10 Aug 2019 11:30 Tang Kiu 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Cheng'anwei China 0.1\n10 Aug 2019 15:00 Fumunchai China 0.1\n10 Aug 2019 15:00 Fumuntschai China 0.1\n10 Aug 2019 15:00 Baihao China 0.1\n10 Aug 2019 15:00 Taiping China 0.1\n13 Aug 2019 05:15 Araki Japan 0.1\n13 Aug 2019 05:15 Uekatsu Japan 0.1\n10 Aug 2019 16:30 Toguchi Japan 0.1\n10 Aug 2019 16:30 Nago Japan 0.1\n10 Aug 2019 16:30 Nakao Japan 0.1\n10 Aug 2019 16:30 Teima Japan 0.1\n10 Aug 2019 09:45 Maetsuyoshi Japan 0.1\n13 Aug 2019 05:30 Onkachi Japan 0.1\n13 Aug 2019 05:30 Yamato Japan 0.1\n13 Aug 2019 06:00 Hecuo China 0.1\n13 Aug 2019 06:00 Ma-chiang China 0.1\n10 Aug 2019 15:15 Dagang China 0.1\n10 Aug 2019 13:00 Calolbon Philippines 0.1\n10 Aug 2019 13:00 Manambrag Philippines 0.1\n10 Aug 2019 13:00 Magnesia Philippines 0.1\n10 Aug 2019 13:00 Virac Philippines 0.1\n10 Aug 2019 13:00 Abihao Philippines 0.1\n10 Aug 2019 11:15 Ashiya Japan 0.1\n10 Aug 2019 11:15 Yoshimoura Japan 0.1\n10 Aug 2019 07:15 Ngalan Philippines 0.1\n10 Aug 2019 08:30 Nan-liao Taiwan 0.1\n10 Aug 2019 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Philippines 0.1\n10 Aug 2019 06:15 Naguilian Philippines 0.1\n10 Aug 2019 06:15 Abulug Philippines 0.1\n13 Aug 2019 05:45 Yoro Japan 0.1\n13 Aug 2019 05:45 Adachi Japan 0.1\n10 Aug 2019 09:00 Gongonan Philippines 0.1\n13 Aug 2019 05:30 Xucuo China 0.1\n13 Aug 2019 05:30 Gulangyu China 0.1\n13 Aug 2019 05:30 Chen-hai China 0.1\n13 Aug 2019 05:30 Zhenhai China 0.1\n13 Aug 2019 05:15 Songyu China 0.1\n13 Aug 2019 05:15 Xiamen China 0.1\n11 Aug 2019 02:30 Aki Japan 0.1\n10 Aug 2019 10:30 Numancia Philippines 0.1\n10 Aug 2019 10:30 San Benito Philippines 0.1\n10 Aug 2019 10:30 Sapao Philippines 0.1\n10 Aug 2019 10:30 Beilon Philippines 0.1\n10 Aug 2019 10:30 Alegria Philippines 0.1\n10 Aug 2019 10:30 Burgos Philippines 0.1\n10 Aug 2019 17:30 Debutunan Pt Philippines 0.1\n10 Aug 2019 06:00 Taft Philippines 0.1\n10 Aug 2019 06:00 San Luis Philippines 0.1\n10 Aug 2019 06:00 Pandol Philippines 0.1\n10 Aug 2019 06:00 San Vicente Philippines 0.1\n10 Aug 2019 06:00 Dolores Philippines 0.1\n10 Aug 2019 06:00 Kottoi Japan 0.1\n10 Aug 2019 11:00 Lao-tung Taiwan 0.1\n13 Aug 2019 04:45 Hsing-lin China 0.1\n11 Aug 2019 22:00 Meitsu Japan 0.1\n11 Aug 2019 22:00 Aburatsu Japan 0.1\n13 Aug 2019 05:00 Chihu China 0.1\n13 Aug 2019 05:00 Fotan China 0.1\n13 Aug 2019 05:00 Fugong China 0.1\n13 Aug 2019 05:00 Gangwei China 0.1\n10 Aug 2019 11:15 Nakatsuwara Japan 0.1\n10 Aug 2019 11:15 Fuju Japan 0.1\n10 Aug 2019 11:15 Aogi Japan 0.1\n10 Aug 2019 11:15 Midoro Japan 0.1\n10 Aug 2019 11:15 Tsuzu Japan 0.1\n10 Aug 2019 11:15 Tsutsu Japan 0.1\n10 Aug 2019 11:15 Otake Japan 0.1\n10 Aug 2019 11:15 Waki Japan 0.1\n10 Aug 2019 11:15 Kuba Japan 0.1\n10 Aug 2019 11:15 Imazu Japan 0.1\n10 Aug 2019 11:15 Shioya Japan 0.1\n10 Aug 2019 11:15 Hama Japan 0.1\n10 Aug 2019 11:15 Hataguchi Japan 0.1\n10 Aug 2019 11:15 Morimune Japan 0.1\n10 Aug 2019 11:15 Atada Japan 0.1\n10 Aug 2019 11:15 Jigozen Japan 0.1\n10 Aug 2019 11:15 Shimonohama Japan 0.1\n10 Aug 2019 11:15 Miyajima Japan 0.1\n10 Aug 2019 11:15 Hatsukaichi Japan 0.1\n10 Aug 2019 11:15 Nakaji Japan 0.1\n10 Aug 2019 11:15 Itsukaichi Japan 0.1\n10 Aug 2019 11:15 Mino Japan 0.1\n10 Aug 2019 11:15 Korenaga Japan 0.1\n10 Aug 2019 11:15 Nakanohama Japan 0.1\n10 Aug 2019 11:15 Hata Japan 0.1\n10 Aug 2019 11:15 Kanokawa Japan 0.1\n10 Aug 2019 11:15 Osu Japan 0.1\n10 Aug 2019 11:15 Nakago Japan 0.1\n10 Aug 2019 11:15 Nakamachi Japan 0.1\n10 Aug 2019 11:15 Hiroshima Japan 0.1\n10 Aug 2019 11:15 Tsukumo Japan 0.1\n10 Aug 2019 11:15 Fukae Japan 0.1\n10 Aug 2019 11:15 Obara Japan 0.1\n10 Aug 2019 11:15 Oko Japan 0.1\n10 Aug 2019 11:15 Umesako Japan 0.1\n10 Aug 2019 11:15 Kakinoura Japan 0.1\n10 Aug 2019 11:15 Hitonose Japan 0.1\n10 Aug 2019 11:15 Etajima Japan 0.1\n10 Aug 2019 11:15 Kirikushi Japan 0.1\n10 Aug 2019 11:15 Okimi Japan 0.1\n10 Aug 2019 11:15 Koyo Japan 0.1\n10 Aug 2019 11:15 Sugewa Japan 0.1\n10 Aug 2019 09:15 Motomachi Japan 0.1\n10 Aug 2019 09:15 Motomura Japan 0.1\n10 Aug 2019 09:15 Jinooka Japan 0.1\n10 Aug 2019 09:15 Mabushi Japan 0.1\n10 Aug 2019 09:15 Okada Japan 0.1\n10 Aug 2019 09:15 Sashikiji Japan 0.1\n10 Aug 2019 09:15 Kudatchi Japan 0.1\n10 Aug 2019 09:15 Senzu Japan 0.1\n10 Aug 2019 09:15 Habuminato Japan 0.1\n13 Aug 2019 05:45 Shentu China 0.1\n13 Aug 2019 06:00 Shimajiri Japan 0.1\n13 Aug 2019 06:00 Tamina Japan 0.1\n13 Aug 2019 06:00 Kamijiro Japan 0.1\n13 Aug 2019 06:00 China Japan 0.1\n13 Aug 2019 06:00 Kuronuki Japan 0.1\n13 Aug 2019 06:00 Akamine Japan 0.1\n13 Aug 2019 06:00 Yaja Japan 0.1\n13 Aug 2019 06:00 Furusalo Japan 0.1\n13 Aug 2019 06:00 Tamajiro Japan 0.1\n13 Aug 2019 06:00 Degi Japan 0.1\n13 Aug 2019 06:00 Wadomari Japan 0.1\n13 Aug 2019 06:00 Nishibaru Japan 0.1\n13 Aug 2019 06:00 Kunigami Japan 0.1\n13 Aug 2019 04:30 Ch'ang-t'an-li Taiwan 0.1\n10 Aug 2019 12:15 Mapanas Philippines 0.1\n10 Aug 2019 12:15 Jipapad Philippines 0.1\n10 Aug 2019 12:15 Cagamotan Philippines 0.1\n10 Aug 2019 12:15 Gamay Philippines 0.1\n10 Aug 2019 12:15 Lapinig Philippines 0.1\n10 Aug 2019 12:15 Sila Pt Philippines 0.1\n10 Aug 2019 12:15 Arteche Philippines 0.1\n10 Aug 2019 12:15 Oras Philippines 0.1\n10 Aug 2019 12:15 Alugan Philippines 0.1\n10 Aug 2019 12:15 San Policarpo Philippines 0.1


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url: =The Doll Maker | ListenUp Audiobooks\nCategories: Audiobooks , Fiction , Best Sellers , Mystery & Detective\nDetectives Byrne and Balzano return to the streets of Philadelphia to put an end to a macabre succession of murdered children. A quiet Philadelphia suburb. A woman cycles past a ...


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=Zui hao de shi guang : The best time (Work) - San Francisco Public Library\nThe work Zui hao de shi guang : The best time represents a distinct intellectual or artistic creation found in San Francisco Public Library. This resource is a combination of several types including: Work, Moving Image, Visual Materials.\nThe Resource Zui hao de shi guang : The best time\nbian ju, Qin Wen, Lin Aihua, Mu Ma ; dao yan, Liu Yizhi, Meng Ji\nDing, Li, 1983-\nWu, Li, 1977-\nTang, Yuhong, 1987-\n"一九四五年的上海, 抗戰勝利, 一切百廢待興. 大銀行家的女兒紀雯, 偶遇空軍英雄唐騰, 對他一見鍾情, 但唐騰卻心繫阿英. 當時阿英家道中落, 唐騰挺身而出, 幫助阿英, 一段感情糾葛就這樣展開了 ..."--Container\nIn Chinese (Mandarin or Cantonese); optional subtitles in traditional Chinese, simplified Chinese or English\nSun Li, Xie Junhao, Tang Yuhong, Gao Yunxiang, He Saifei, Wang Shihua, Ai Wei, Wang Zhihua, Ding Li, Wu Li\nContext of Zui hao de shi guang : The best time\n
 Data from Zui hao de shi guang : The best time - San Francisco Public Library
\nData Citation of the Work Zui hao de shi guang : The best time


url: =Phytase can improve the phosphorus digestibility of plant stuffs and decrease the phosphorus excretion.The application and existent problem of phytase in different kinds of diets,the key technology of application and development in feed were summarized.\n1 DUAN Chenlei;LI Wenli;SUN Jingjing;;Technical measures of decreasing the pollution of domestic excreta[J];中国饲料;2014-08\n2 WANG Bao-wei,LONG Fang-yu,ZHANG Xu-hui,WANG Lei,YANG Zhi-gang,WANG Yachao,YU Shi-hao,WEI Xiao-xiao,JING Li-zhen(Water Poultry lnstitute Qingdao Agricultural University,Qingdao 266109 China);Effects of Different Levels of Leymus Chinensis on Digestion and Metabolism in Wulong Geese[J];家畜生态学报;2008-02\n3 KUANG Sheng-yao,TANG Ling,ZHANG Chun,ZENG Li-hua (Sichuan Feed Science Research and Development Centre Animal Nutrition Institute, Sichuan Academy of Animal Science,Chengdu 610066,China);Research and Application of Phytase in Nutrition of Animal and Poultry[J];中国畜牧兽医;2007-10\n4 WANG Bao-wei,LONG Fang-yu,ZHANG Xu-hui,WANG Lei,YANG Zhi-gang (Waterfowl Research Institute,Laiyang Agricultural University,Qingdao,Shandong 266109,China);Effect of different levels of Leymus chinensis on digestion and metabolism of fiber,calcium and phosphorus in Wulong Goose[J];西北农林科技大学学报(自然科学版);2007-06\n1 Zhou Jianjun;Hu Mei;Department of Anesthesiology,Danyang Hospital of Traditional Chinese Medicine;;Study on the effect and safety of dezocine and fentanyl for painless artificial abortion[J];现代医药卫生;2014-14\n2 WANG Hao;LI Ze-geng;PENG Bo;WANG Chuan-bo;YANG Cheng;TONG Jia-bing;Anhui University of Chinese Medicine;The first affiliated hospital of Anhui University of Chinese Medicine;;Effects of Xiaoqinglong Decoction on ANG-II, NO and ET-1 of cor pulmonale rats[J];中华中医药杂志;2013-10\n3 ZHOU Jia-bin (Hospital of Integrated Traditional Chinese & Western Medicine in Liangshan Prefecture of Xichang City,Xichang 615000,China);Influence of propofol combined with dezocine on cortisol,renin,angiotensin and hemodynamic indexes in patients with painless artificial abortion[J];海南医学院学报;2013-08\n4 SHEN Yan,HAN Liu,BAO Hong-guang.(Department of Anesthesiology,Nanjing First Affiliated Hospital of Nanjing Medical University,Nanjing 210006,China);Effects of Propofol on Pulmaonary Circulation in Patients with Pulmonary Hypertension[J];医学综述;2013-05\n5 LI Jing1,WANG Wen-juan1,ZENG Ling-shuang2(1.Ningxia Medical University,Yinchuan 750004;2.Dept.of Anesthesidogy,The Second Affiliated Hospital of Ningxia Medical University,Yinchuan 750001);Effects of Propofol on Ca~(2+)-ATPase Activity of Myocardial Plasma Membrane in Cardiac Hypertrophy Rats[J];宁夏医科大学学报;2013-02\n6 XIE Wen-pin *,QIN Shi-xin. *Department of Anesthesiology,Shanghai Corps Hospital,Chinese Peoples Armed Police Forces,Shanghai 201103,China;Research progress of radicals medical[J];中华损伤与修复杂志(电子版);2012-02\n7 WANG Xiao-cou,XUE Qing-hua,YAN Fu-xia.Department of Anesthesiology,the First Affiliated Hospital of Kunming Medical College,Kunming 650032,China;Lung-protective strategies during cardiac surgery with cardiopulmonary bypass[J];国际麻醉学与复苏杂志;2011-05\n8 HAO Ying-Ying SHI Zhi-Yi LI Wen-Juan JIN Yu-Li Key Laboratory of Aquatic Genetic Researches and Aquaculture Ecology Certificated by the Ministry of Agriculture, Shanghai Ocean University,Shanghai 201306,China;Effect of VD_3 on Intracellular Calcium Ion Concentration in Mantle Cells of Hyriopsis cumingii:An in Vitro Study[J];动物学杂志;2011-03\n9 Huang Xiaolei1,Luo Yi2,Li Yuantao1 et al1Department of Anesthesiology,Shenzhen Maternity and Child Healthcare Hospital,Southern Medical University,Shenzhen 518028,China2Department of Obstetrics and Gynecology,Qingpu Branch of Affiliated Zhongshan Hospital, Fudan University,Shanghai 201700,China;Effect of Propofol on Ca~(2+) Transsarcolemmal Influx and Ca~(2+) Release Function of Sarcoplasmic Reticulum in Human Uterine Smooth Muscle Cells[J];华中科技大学学报(医学版);2011-03\n10 LI Wen-juan1,SHI Zhi-yi1,2,HAO Ying-ying1,YE Xian-feng3(1.Key Laboratory of Aquatic Genetic Resources and Aquacultural Ecosystems, Ministry of Agriculture,Shanghai Ocean University,Shanghai 201306,China; 2.Aquaculture Division,E-Institute of Shanghai Municipal Education Commission, Shanghai Ocean University,Shanghai 201306,China; 3.Agriculture Committee of Fanchang of Wuhu,Fanchang 241200,China);Study of Ca~(2+) deposition and distribution in cells from different tissues with laser scanning confocal microscopy in Hyriopsis cumingii[J];水产学报;2011-02\n1 SHEN Yan,HAN Liu,BAO Hong-guang.(Department of Anesthesiology,Nanjing First Affiliated Hospital of Nanjing Medical University,Nanjing 210006,China);Effects of Propofol on Pulmaonary Circulation in Patients with Pulmonary Hypertension[J];医学综述;2013-05\n2 DU Lan-lan1,XIONG Ming-mei2(1 Department of Neonatology,Maternal and Child Health Hospital of Guangdong,Guangzhou 511400,China;2 Department of Critical Care Medicine,Third Affiliated Hospital of Guangzhou Medical College,Guangzhou 510150,China);Efficacy of Prostaglandin E Combined with Magnesium Sulfate Treatment of Neonatal Pulmonary Hypertension[J];中国医药指南;2012-31\n3 WANG Sheng, LIANG Jie-xian,CHEN Ping,ZENG Rong, CHEN Ji-mei, ZHUANG Jian.Department of Anesthesiology, Guangdong Cardiovascular Institute, Guangdong Medical Science Academy, Guangdong General Hospital,Guangzhou 510080, China;Anesthetic management of low birth weight neonates and premature infants undergoing cardiovascular operation[J];临床麻醉学杂志;2012-10\n5 JIN Wei,LI Xiao-yan,SHI Li-nan,et al. Department of Anesthesiology,Jilin Heart Hospital,Changchun 130021,China;Anethesia management for the pations of congenital heart disease with severe pulmonary hypertension during the corrective operation[J];中国心血管病研究;2008-09\n6 SHEN Guo-zhang,SHEN Xiang-qian(Department of Cardiology,The Second Xiangya Hospital of Central South University,Changsha′s 410011,China);Treatment of Congenital Heart Diseases with Pulmonary Arterial Hypertension[J];心血管病学进展;2006-04\n7 LEI Yi-gao,XU Xue-fu(Department of Anesthesia,The 253 Hospital of PLA,Huhhot 010051 China);Anesthetic Management of Pulmonary Hypertenion During Heart Operation and Research Progress on It[J];内蒙古医学杂志;2006-05\n8 SUN Ying, CHEN Yu, ZHOU Hong, et al. Department of Anesthesiology, Xinhua Hospital, Shanghai Children Medical Center, Shanghai Second Medical University, Shanghai 200127, China;Protective effects of desflurane and NO on the lung during cardiac surgery under CPB in children with congenital heart disease and pulmonary hypertension[J];中华麻醉学杂志;2006-02\n9 RONG Jim-fang , ZHANG Zhi-gang, GAO Li-jun , et al. Department of Anesthesiology, Hebei Province People' s Hospital, Shijiazhuang 050071, China;Influence of intravenous anesthetics on pulmonary vascular resistance in patients with congenital heart disease complicated by pulmonary hypertension[J];中华麻醉学杂志;2003-10\n10 WANG Jun, WANG Zhinong, WANG Liancai, et al. Department of Cardiothoracic Surgery, Changhai Hospital, Second Military Medical University, Shanghai 200433, China;Countermeasure of cardiopulmonary bypass for congenital heart disease complicated with pulmonary hypertension in plateau[J];中华胸心血管外科杂志;2002-06\n1 ZHAO Yong-hui;GU Dan-dan;FENG Jun-xia;SHI Yi-jing;YU Hong-wei;Luquan Animal Health Inspection Institute;Chemical Engineering,Shijiazhuang University School;No.1 Middle Schoole of Luquan;;Two-Dimensional IR Spectral Analysis of Cellulose[J];理化检验(化学分册);2015-11\n2 HUANG Xuan;SUN Ao;LI Chuang;JIANG Gui-tao;YI Kang-le;Department of Animal Nutrition and Feeding Technology,Hunan Institute of Animal Science and Veterinary Medicine;;Mulberry Leaves Metbolizable Energy and Nutrient Digestibility of Geese[J];家畜生态学报;2015-01\n3 LI Haili;ZHOU Songtao;GONG Yaojin;;Nutrtional values of millet straw and Chinese wildrye for growing rex rabbit[J];中国饲料;2014-23\n4 HAN Juan;JIANG Dongcai;WANG Zhiyue;YANG Haiming;HUANG Kaihua;College of Animal Science and Technology,Yangzhou University;;Dietary Crude Fiber Utilization of Geese[J];动物营养学报;2014-04\n5 YANG Gui-qin;HOU Fu-yue;NING Zhi-li;ZHAO Hui;College of Animal Husbandry and Veterinary, Shenyang Agricultural University;Liaoning Academy of Agricultural Sciences;;Effects of Dietary Proportions of Rice Bran and Millet Bran on Nutrient Availability and Some Serum Hormones Level for Breeding Geese[J];沈阳农业大学学报;2013-06\n6 Ge Wenhua,Zhang Lele,Hu Wenting,Wang Baowei,Zhang Ming'ai,Yue Bin,Zhao Hui;Evaluation on nutritional value of napier in goose[J];饲料工业;2012-02\n7 GE Wenhua,ZHANG Lele,WANG Baowei,ZHANG Ming'ai,YUE Bin (Institute of High Quality Waterfowl,Qingdao Agricultural University,Qingdao,Shandong 266109);Evaluation of Nutritional Value of Corn Germ Meal in Goose[J];中国家禽;2011-06\n8 ZHANG Lele WANG Baowei ZHANG Ming'ai YUE Bin XUE Haizhen ZHANG Baishuai(Institute of High Quality Waterfowl,Qingdao Agricultural University,Qingdao 266109,China);Nutritional Values of Corn Distillers Dried Grains with Solubles For Geese[J];动物营养学报;2011-02\n9 SONG Yu-ping1, LI Guo-liang1, QU Hao2, YANG Bao-mei1, YANG Chun-fen2, YAO Li-xian1 (1.Soil & Fertilizer Institute, Guangdong Academy of Agricultural Sciences, Guangdong Key Laboratory of Nutrient Cycling and Farmland Conservation, Guangzhou 510640, China; 2.Veterinary Research Institute, Guangdong Academy of Agricultural Sciences , Guangzhou 510640, China);Effects of Phytase Addition in Diets on Phosphorus Forms in Chicken Manure[J];农业环境科学学报;2009-04\n10 JIA Chun-yan(Tianjin Agricultural College,Tianjin 300384,China);The Influence of Various Dietary Fe and vA Levels on Production Performance and Apparent Deposition of Calcium Phosphorus of Broilers[J];西北农业学报;2008-03\n1 ;Control of cardiopulmonary bypass for ventricular septal defect with pulmonary hypertension[J];第三军医大学学报;2005-24\n2 WANG Hai-yan,HE Shao-heng,LIN Jue-long(Allergy and Inflammation Research Institute,Shantou University Medical College,Shantou 515041,China);Effects of Free Calcium in H292 Cells through Protease-activated Receptor-2[J];激光生物学报;2005-05\n3 Shi Tao, Geng Xigang, Li Zhaozhi, Dong Anping (Department of Cardiovascular Surgery, First Hospital of Xi'an Jiaotong University, Xi'an 710061, China);The role of endothelicyte activation in the development of pulmonary hypertension with congenital heart disease and vascular remodeling[J];西安交通大学学报(医学版);2005-04\n4 Lin Jianqing, Lin Caizhu,Cai Hongda. Department of Anesthesiology, First Affilicated Hospital, Fujian Medical University, Fuzhou 350005 CHINA;Effect of propofol on interleukin-8 following renal ischemia-reperfusion injury in rats[J];临床麻醉学杂志;2005-06\n5 HONG Fang-xiao LI Shu-ren Department of Anesthesiology,Beijing Friendship Hospital of Capital University of Medical Science,Beijing 100050,China;Effect of propofol on hypoxic pulmonary vasoconstriction in rats[J];中华麻醉学杂志;2004-12\n6 LI Ya li, ZHAO Ling, XU Yan ling, et al. Department of Pharmacology, Xuanwu Hospital of Capital University of Medical Sciences, Beijing 100053, China [;Protective effect of tetrahydroxystilbene glucoside on hippocampal neurons damage induced by glutamate in rats[J];中国康复理论与实践;2004-12\n7 WU Tao 1, CHEN Qi 1, CAI Ying 1, WU Hao 2,YOU Xin-min 1, JIN Xiong-yuan 1 ( 1Department of Anesthesiology, 2Department of Otolargyngology-Head and Neck Surgery, Xinhua Hospital, Shanghai Second Medical University, Shanghai 200092, China);Clinical study on stress response to propofol combined with sodium nitroprusside-controlled hypotension[J];上海第二医科大学学报;2004-11\n8 CAO Hong, WANG Jun,LI Jun,et al (Jiangsu Province Key Laboratory of Anesthesiology,Xuzhou Medical College, Xuzhou,Jiangsu 221002,China);Effects of propofol on isolated rat aorta and the possible mechanisms[J];徐州医学院学报;2000-03\n9 WU Yuehong HUANG Ruiyun Department of anaesthesia of the Central People's Hospital of Zhangjiang. Zhangjiang, Gouangdong, 524037;The Effect of the Applying of Diprivan Anesthetizing in Cardopulmonary Bypass on Serum Nitrogen Monoxidum and Endothelin[J];国际医药卫生导报;2007-02