url: =卓信智诚 · 教育体验馆设备卓信智诚科技为您提供峨眉山巨幕影院互动鱼水投影、峨眉山巨幕影院360°全息成像系统、峨眉山巨幕影院高档休闲体验中心、峨眉山巨幕影院手摇报警器、峨眉山巨幕影院4D环幕影院、峨眉山巨幕影院科普消防教育基地展示、峨眉山巨幕影院灭火器演示体验、峨眉山巨幕影院异形投影融合、峨眉山巨幕影院禁毒展览馆互动体验、峨眉山巨幕影院VR虚拟弓箭、峨眉山巨幕影院消防标识交通标识、峨眉山巨幕影院互动投影系统、峨眉山巨幕影院电子翻书系统、峨眉山巨幕影院常见病知识问答、峨眉山巨幕影院模拟台风馆效果图、峨眉山巨幕影院智慧城市的诞生、峨眉山巨幕影院消防教育馆、峨眉山巨幕影院VR消防逃生模拟系统、峨眉山巨幕影院虚拟曲棍球体验、峨眉山巨幕影院巨幕投影、峨眉山虚拟仿真体验馆等业务。\n卓信智诚 · 虚拟仿真体验设备峨眉山巨幕电影院体验馆一站式整体供应商，专业从事峨眉山巨幕影院虚拟现实、峨眉山巨幕影院绿色智慧投影系统、峨眉山巨幕影院虚拟迎宾系统、峨眉山巨幕影院巨幕投影、峨眉山巨幕影院VR交通安全、峨眉山巨幕影院交通标识、峨眉山巨幕影院动感模拟赛车、峨眉山巨幕影院磁力主题科学实验、峨眉山巨幕影院体感互动、峨眉山巨幕影院VR消防逃生模拟系统、峨眉山巨幕影院不同种类的灭火器、峨眉山巨幕影院灭火器演示体验、峨眉山巨幕影院VR虚拟台风来袭、峨眉山巨幕影院商贸综合体售楼部多媒体展陈、峨眉山巨幕影院VR摩艇、峨眉山巨幕影院动感4D影院、峨眉山巨幕影院搭建房屋抗震结构、峨眉山巨幕影院文化墙、峨眉山巨幕影院禁毒展厅、峨眉山巨幕影院地震体验屋、峨眉山巨幕影院廉政教育馆解决方案……\n378棋牌- EMEISHANJUMUYINGYUAN9DVRTIYANGUAN -\n- EMEISHANJUMUYINGYUANVRXUNIXIANSHIZHUTIGONGYUAN -\n- EMEISHANJUMUYINGYUANVRJIANSHENCHE -\n378棋牌- EMEISHANJUMUYINGYUANVRHUAXUE -\n- EMEISHANJUMUYINGYUANVRJIATELIN -\n378棋牌- EMEISHANJUMUYINGYUANFENGKUANGSHOULIEYOUXI -\n- EMEISHANJUMUYINGYUANVRDUIZHAN -\n378棋牌- EMEISHANJUMUYINGYUANVRTANSUO -\n卓信智诚科技 · 综合解决方案致力于为客户提供合理有效的峨眉山巨幕电影院体验馆一站式整体运营，主营峨眉山巨幕影院消防体验馆解决方案、峨眉山巨幕影院室内射箭馆、峨眉山巨幕影院燃气火灾灭火演练装置、峨眉山巨幕影院禁毒展厅综合方案、峨眉山巨幕影院海啸演示模型、峨眉山巨幕影院VR摩艇、峨眉山巨幕影院火山喷发模拟、峨眉山巨幕影院多功能消防宣传车、峨眉山巨幕影院虚拟过山车、峨眉山巨幕影院AR系统增强现实技术、峨眉山巨幕影院演绎透视移动屏、峨眉山巨幕影院模拟保龄球、峨眉山巨幕影院VR体验吸毒戒毒、峨眉山巨幕影院水幕电影模拟、峨眉山巨幕影院特色主题馆、峨眉山巨幕影院缉毒实训仿真模拟、峨眉山巨幕影院穹幕投影、峨眉山巨幕影院3D体感互动技术、峨眉山巨幕影院校园科技长廊科技馆、峨眉山巨幕影院禁毒AR模拟血液循环系统、峨眉山巨幕影院5D电影车……\nEMEISHANGUONEILIUXINGDE5DDONGGANYINGYUAN TOUZIXIAO JIANXIAOKUAI QIYINGHUANJINGZHUANYEDAZAOQUANQIUZHUANYEDE5DDONGGANYINGYUANDAZAOQUANGUOZHUANYEDE5DDONGGANYINGYUAN ZHIYOUQIYINGHUANJINGNENGBAOZHENGNICHIJIUJINGYINGYINGLI ZILIAOXIANSHIQIYINGHUANJINGJIAMENGSHANG80%DOUNENGYINGLI,QITAGONGSIJIAMENGSHANG\n378棋牌EMEISHAN5DYINGYUANHEZUOLIUCHENG：A. TOUZIFANGLEJIEHEKAOCHAXIANGMU。B. XUANDINGYINGYECHANGSUO。C. QIANSHUXIEYISHUBINGJIAONAXIEYIJIN。D. GONGSICHUJUYINGYUANZHUANGXIUSHEJIFANGAN（HUOKEHUXUANGOUYINGYUANYINGWU），QUEDINGKAIYERIQI、ZHIZUOYINGYUANKAIYEXUANCHUANZILIAO。E. YINGYUANYINGYUNGUANLIPEIXUN。F. SHANGMENANZHUANG、DIAO\n走进卓信智诚 · 与您一起创造未来为您提供合理有效的峨眉山巨幕电影院体验馆一站式整体运营，专业从事：峨眉山巨幕影院影视互动脱口秀、峨眉山巨幕影院VR消防演练、峨眉山巨幕影院安全栏杆体验、峨眉山巨幕影院VR虚拟驾驶设备、峨眉山巨幕影院多媒体沙盘、峨眉山巨幕影院180度沉浸式弧幕影院、峨眉山巨幕影院互动投影滑梯、峨眉山巨幕影院虚拟踏海寻梦、峨眉山巨幕影院模拟台风馆效果图、峨眉山巨幕影院消防器材展示、峨眉山巨幕影院多投影拼接技术、峨眉山巨幕影院VR虚拟弓箭、峨眉山巨幕影院VR样板间定制、峨眉山巨幕影院虚拟驾驶、峨眉山巨幕影院抗震设备演示仪、峨眉山巨幕影院消防知识查询、峨眉山巨幕影院模拟接警出动、峨眉山巨幕影院VR摩托、峨眉山巨幕影院防震练习、峨眉山巨幕影院主题公园类4D动感座椅、峨眉山巨幕影院3D魔幻屋……


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url: =Exhibition Schedule 2004 - Newsgd\nHome-Specials-95th Canton Fair-Fair Agenda\nLatest Updated by 2004-02-27 08:34:25\nGuangdong Daily-use Goods Company The 93rdChina Daily Necessities Fair, The 3rd Guangdong House Ware Fair 2004-05-25 to\n2004-05-27 +86-20-81923688 +86-20-81923688\nAll-China Bakery Association 2004 ACBA the 8th China Trade Fair for Baking, 2004 the 4th Interbake China 2004-05-19 to\n2004-05-21 +86-010-64410412 +86-010-64442544\nGuangzhou Top Repute Co., Ltd. Guangzhou Nonwovens Exhibition 2004 2004-05-19 to\n2004-05-21 +86-20-83631061-801 +86-20-83631063\nGuangzhou Cultural Stationary Corp. The 93rd China National Stationery fair ( Spring) 2004-05-13 to\n2004-05-15 +86-20-81883684 +86-20-81861366\nGuangdong Zhenwei Guozhan Exhibition Co., Ltd The 3rd China (Guangzhou) Flavouring Industry & Food Batching and Additive Exhibition, 2004 China (Guangzhou) Food Processing & Packaging Technology Exhibition, The 2nd China (Guangzhou) Instant Food 2004-05-12 to\n2004-05-14 +86-20-38864712 +86-20-38815574\nGuangdong Wenbo Exhibition Co., Ltd. 2004 the 3rd Magnetic Material & Manufacturing Equipment, Middle and Small Scales of Electromotor Trade Fair, 2004 the 2nd Electro-Acoustics Products and Composing Technology Exhibition and Trade Fai 2004-04-03 to\n2004-04-05 +86-20-38250811 +86-20-38250811\nGuangzhou Trust Exhibition Co., Ltd Guangdong Advertising Expo ( AD EXPO 2004), 2004 China (Guangzhou) Photographic Equipment Exhibition (The 11th), 2004 China (Guangzhou) Neon Light Show & Asia-Pacific Neon Light Development Forum 2004-03-26 to\n2004-03-29 +86-20-38845258 +86-20-38845361\nGuangzhou Huizhan Exhibition Co. Ltd. The 5th Guangzhou Public Security Products Exhibition, The 5th Guangzhou Intelligent Building System Exhibition , The 5th Guangzhou Intelligent Traffic & Garage Technology & Equipment Exhibition 2004-03-25 to\n2004-03-28 +86-20-37600528 +86-20-37600530\nGuangdong Hairdresser and Beauticians Association The 20th Guangzhou International Beauty & Cosmetic Expo 2004-03-18 to\n2004-03-21 +86-20-81081091 +86-20-81075345\nGuangzhou FuZhong Exhibition & Scheme Co.,Ltd The 8th Guangzhou Exhibition for Chartered Management & Chain Group 2004-03-12 to\n2004-03-14 +86-20-85539139 +86-20-85539790\nGuangzhou GuoHui Exhibition co., Ltd 2004 China Guangzhou Environment-Friendly Tableware, Environment-Friendly food Container, Technology & Equipment Exhibition, 2004China Guangzhou Exhibition for Meat Industry, Refrigeration and Freezin 2004-03-11 to\n2004-03-13 +86-20-82580477 +86-20-82580515\nGuangdong Zhenwei Guozhan Exhibition Co., Ltd The3rd China (Guangzhou) Dairy Product & Beverage Industry Exhibition 2004-03-10 to\n2004-03-12 +86-20-38864712 +86-20-38815574\nChina Foreign Trade Guangzhou Exhibition Co. Water, Wastewater & Water Treatment China 2004, Pump, Valve & Pipe China 2004£¬ Air & Waste Treatment China 2004 2004-03-10 to\n2004-03-13 +86-20-26081619 +86-20-86681629\nHong Kong Trade Development Council Hong Kong Logistics Services Expo, Guangzhou. 2004-03-03 to\n2004-03-05 +86-20-83312889 +86-20-83311081\nGuangzhou Xinghui Trade and Exhibition Co., Ltd. The 8th Guangzhou Spring Gift, Premium & Fashion Decoration Show, 2004 Guangzhou Spring Umbrella Show, The 5th Guangzhou Spring Stationery, Office Equipment & Printer Consume Material Show 2004-03-03 to\n2004-03-06 +86-20-38250412 +86-20-38250416\nGuangzhou Overseas Trade Fairs Ltd. , China Foreign Trade Guangzhou Exhibition Corporation The 8th China (Guangzhou) International Factory Automation & Instrument Exhibition, The 6th Exhibition on Power Transmission & Control Engineering for South China 2004-03-03 to\n2004-03-06 +86-20-38823678 +86-20-38823677\nGuangdong International Science & Technology Exhibition Company The 9th South China Dental Equipment & Technology Expo & Conference 2004£¬The 2nd China Oral Health Care Products Expo & Technology Conference 2004 2004-02-25 to\n2004-02-28 +86-20-83548263 +86-20-83549078\nGuangzhou Overseas Trade Fairs Ltd. The 2nd Exhibition of China(Guangzhou)International Measure Testing Technology(Service) and Instrumental Equipment 2004-03-03 to\n2004-03-06 ----- -----\nChina Foreign Trade Guangzhou Exhibition Co. 2004 Spring Festival Commodities Fair 2004-01-01 to\n2004-01-18 +86-20-26081616 +86-20-86681629\nPrevious Story: Arrangement of 95th Canton Fair\nNext Story: Phase I\nArrangement of 95th Canton Fair HOT!


url: =On the Yingzhi Poem of Xiasong--《Journal of Ankang University》2011年02期\n《Journal of Ankang University》 2011-02\nOn the Yingzhi Poem of Xiasong\nJIA Xiankui(Heze Medical College,Heze 274000,Shandong,China)\nThe poet Xia Song created the Yingzhi poem in Northern Song Dynasty poet,the quantity of poem is large,the proportion is high and the content is comprehensive,there is unique significance for us to understand that period environment,social convention,cultural policy and dominant high-level life history from evaluate history,offer sacrifices and worship Taoship and so on.From the poem of own development,Xia song's poem has diverse style included elegant,gorgeous abstruse and pretty.At last,it made the basic style of the poem to tend to finalize,and then demonstrates certain pioneering and creativity.\n2 LV Fei(Anhui Radio&TV University,Hefei 230022,China);Yan Jidao's Cultural Mentality and His Thoughts of the Ci Poem[J];Journal of Anhui Radio & TV University;2008-01\n3 ZHANG Ming-hua(School of Chinese Language and Literature,Fuyang Teachers College,Fuyang 236037,China);On the Development of Agricultural Implement Poetry at the Northern Song Dynasty[J];Journal of Anhui Agricultural University(Social Sciences Edition);2012-03\n4 RUAN Juan (School of Chinese Language and Literature,Fujian Normal University,Fuzhou 350007,China);Seeking Spiritual Home——Analysis of Ouyang Xiu's "Yingzhou Complex"[J];Journal of Anhui Normal University(Hum.& Soc.Sci.);2010-01\n5 XIE Yan(Department of Chinese Language and Literature,Beijing Normal University,Beijing 100875,China);On Desertion of Qusao Tradition and Establishment of Emotional Feature of Song Poetry[J];Journal of Anhui Normal University(Hum.& Soc.Sci.);2011-01\n6 ZHA Ming-hao(Shanghai Chinese Classics Publishing House,Shanghai,200020);The Poem Style's Evolution of the Poem Monk Community Who Lived in Tang Dynasty and Five Dynasties' Imperial Palace[J];Journal of Anqing Teachers College(Social Science Edition);2009-01\n7 XIE Yan(Department of Chinese Language and Literature,Beijing Normal University,Beijing 100875,China);On the Transition of Family Poems and Family Ideas of Scholar-officials Between the Tang and Song Dynasties[J];Journal of Anqing Teachers College(Social Science Edition);2010-10\n8 TAO Guang-xue,LIU Yan-hui(Arts Schcol of Shenyang University,Shenyang 110034,China;2.Chinese Department of Nanjing University,Nanjing 210093,China);The Deviation of Emperor Taizong's Writing from His own Literature Thought[J];Journal of Anyang Normal University;2007-04\n9 ZHANG Yan-xia(Department of Politics and History,Jining Teacher's College,Wulanchabu 012000,China);On the Relations of Han Qi and His Colleague Cliques[J];Journal of Anyang Normal University;2009-03\n10 WANG Jun-bing(Faculty of Liberal,Northwestern University,Xian 710127,China);The Analysis of Several Questions in the Research about Chen Ziang[J];Journal of Anyang Normal University;2010-06\n1 XIAO Rui-feng, YANG Jie-chen (Chinese Language and Literature College, Zhejiang University, Hangzhou 310028, China);On the Prose of ZHANG Yue Who Was Called Big Literary Work[J];Journal of Tsinghua University(Philosophy and Social Sciences);2003-06\n2 LI Jian Faculty of Literature,Shenzhen University,Shenzhen 518060,Guangdong,China;Tian Xi and Literary Criticism in the Early Song Dynasty[J];Journal of Shaoguan University;2008-02\n3 ZHANG Yue-ping (Trade Unions,Qufu Normal University,Qufu,273165,China);The Early Northern Song Dynasty Poem Theory of Confucian Thought[J];Journal of Taishan University;2008-04\n4 LUO Chang-fan(Wuhan University,Wuhan Hubei 430072,China);To Review the Formation of the Stereotype of Worshiping Fan while Opposing Lu Centered on Partisans' Epitaphs in Qingli Period[J];Journal of Tianzhong;2012-05\n5 ZHANG Xing-wu(Research Center of Chinese Classical Literature,Hangzhou Normal University,Hangzhou,Zhejiang,310012,PRC);On Motivation of Personality and Affective Factors of Literature Innovation in the Early Song Dynasty[J];Journal of Northwest Normal University(Social Sciences);2008-04\n6 Wang Zhi-shuang (Research Center on Song History, Hebei University, Baoding, Hebei, 071002, China);An Analysis of the composition and Nature of Lu Yi-jian Clique in Renzong, North Song Dynasty[J];Journal of Xingtai University;2003-03\n7 WU Dashun(Department of Chinese,Wuhan University,Wuhan 430072,China);On Ou Yangxiu's poems' origin[J];Journal of Central South University(Social Science Edition);2009-01\n8 LIU Pei(Editorial Department of Journal of Literature,History and Philosophy,Shandong University,Jinan,250100);On the Peaceful Mentality in the Creation of Fu(Prose Poem) in the Northern Song Dynasty[J];Journal of Sun Yatsen University(Social Science Edition);2006-05\n9 LIU Shui-yun(College of Literal Arts,Zhejiang Institute of Media,Hangzhou,Zhejiang 310018);On the Rise of "Domestically-kept Prostitutes" in Song Dynasty and the Extent Informs the Poetry of Song Dynasty[J];Research of Chinese Literature;2011-02\n10 Huang Haidfi;An examination of Tiantai Taoist Canon:Several problems about Record of Rebuilding Taoist Canon by Xia Song[J];Religious Studies;2003-04


url: =Effects of tool rod on resonant frequency of ultrasonic torsional processing vibration system--《Journal of Shaanxi Normal University(Natural Science Edition)》2004年04期\nEffects of tool rod on resonant frequency of ultrasonic torsional processing vibration system\nLIU Shi-qing, LIN Shu-yu (Institute of Applied Acoustics, Shaanxi Normal University, Xi′an 710062, Shannxi, China)\nBased on the theory of four-end network, the resonant frequency of the composite stepped ultrasonic torsional-mode concentrator with a cone-like transited part, which depends on the geometrical dimensions of the tool rod attached to the concentrator, is studied by using electromechanical analogy method. It is shown that the resonant frequency of the composite system is sensitive to the alteration of the geometrical dimensions of tool rod with the wears in processing. The resonant frequency of the system increases about 700 Hz and 500 Hz with the decrease of the length and diameter of the tool rod per 1 mm, respectively. Experimentation shows that the theoretical values basically agree with the experimental results, and the study may provide reference for the structure designing of an ultrasonic torsional mode processing system.\n1 YAO Wen-wei1,2,LIN Shu-yu1(1.Applied acoustics institute,Shaanxi Normal University,Xi′an 710062,China; 2.Shaanxi Institute of Education,Xi′an 710061,China);Characteristics of ultrasonic horn with resistance load[J];Technical Acoustics;2006-05\n2 YAO Wen-wei, LIN Shu-yu, WANG Ya-xiong(Institute of Applied Acoustics, Shaanxi Normal University, Xi′an 710062, Shaanxi, China);Frequency equation and amplitude magnification coefficie nt of loaded exponent ultrasonic horn[J];Journal of Shaanxi Normal University(Natural Science Edition);2005-03\n3 CAO Hui,LIN Shu-yu,GUO Jian-zhong(Institute of Applied Acoustic,Shaanxi Normal University,Xi′an 710062,Shaanxi,China);Study on resonance frequency of the longitudinal-torsional ultrasonic motor by prestress[J];Journal of Shaanxi Normal University(Natural Science Edition);2006-01\n4 HU Xin-wei,HE Xi-ping,REN Hui-juan(Applied Acoustics Institute,Shaanxi Normal University,Xi′an 710062,Shaanxi,China);Comparison of vibration characteristics on common shape functional ultrasonic transformers with reactive load[J];Journal of Shaanxi Normal University(Natural Science Edition);2007-02\n5 ZHENG Zhi-lian,YANG Ji-hui,YI You-ping(School of Mechanical and Electrical Engineering,Central South University,Changsha 410083,China);Effects of Bonding Tool on Resonance Frequency of Transducer System[J];Piezoelectrics & Acoustooptics;2007-04\n1 LIN Shu yu (Applied Acoustics Institute, Shaanxi Normal University, 710062 Xi′an, Shaanxi, China);Present status and new developments of high power ultrasonics[J];Journal of Shaanxi Normal University(Natural Science Edition);2001-01\n2 LIN Shu_yu (Applied Acoustics Institute, Shaanxi Normal University, Xi′an, 710062 Shaanxi, China);Load characteristics of high power sandwich piezoelectric ultrasonic transducers[J];Journal of Shaanxi Normal University(Natural Science Edition);2002-02\n3 LIN Shuyu(Institute of Applied Acoustics, Shaanxi Normal University, Xi′an 710062, Shaanxi, China) ;Vibration and radiation characteristics of air-coupled flexural ultrasonic transducers[J];Journal of Shaanxi Normal University(Natural Science Edition);2003-03\n4 HE Tao, LIN Shu-yu, LIANG Zhao-feng (Applied Acoustics Institute, Shaanxi Normal University, Xi′an 710062, Shaanxi, China);Multi-frequency sandwiched torsional transducer[J];Journal of Shaanxi Normal University(Natural Science Edition);2004-01\n5 MA YU-YING DING DA-CHENG (Institute of Applied Acoustics Shanxi Teachers University Xi'an);INFLUENCE OF DIMENSION OF THE STEPPED HORNS WITH PIEZOELECTRIC TRANSDUCER ON THE PERFORMANCE OF THE VIBRATORS[J];Acta Physica Sinica;1987-02\n6 LIN Shuyu(Applied Acoustics Institute, Shaanxi Teachers University Xian 710062)Received May 26, 1997Revised Nov. 24, 1997;Study on the longitudinal-torsional composite transducer with slanting slots[J];Acta Acustica;1999-01\n7 ZHAO Puling FENG Dongju GUO Dongming FANG Yaying(School of Mechanical Engineering, Dalian Univ. of Technol. Dalian 116024);Design of horn using four-end network method[J];Acta Acustica;2002-06\n1 CAI Yongzhi1,MENG Qing-xin2 (Dept.of Automation Engineering,Benxi College of Metallurgy,Benxi,Liaoning,117022,China);On Application of Semiconductor Refrigerator to Power amplifying System[J];Journal of Benxi College of Metallurgy;2002-02\n2 CHENG Lei,WEN Yu-mei,LI Ping,BIAN Lei-xiang,ZENG Jie Key Lab of Optoelectronic Technology and System of the Education Ministry of China,College of Optoelectronic Engineering,Chongqing University,Chongqing 400044,China;Finite-Element Analysis of the Magnetoelectric Composite Using Elastic Substrate[J];Chinese Journal of Sensors and Actuators;2008-08\n3 LI Xingsheng,LI Ping,WEN Yumei,JIA Chaobo Key Lab of Optoelectronic Technology and System of the Education Ministry of China,College of Optoelectronic Engineering,Chongqing University,Chongqing 400044;Study on a Broad Bandwidth Magnetoelectric Transducer and Its Power Management Circuit[J];Chinese Journal of Sensors and Actuators;2009-07\n4 CHU Ruiqing~(1**) XU Zhijun~1 LI Guorong~2 YIN Qingrui~2 1.College of Materials Science and Engineering,Liaocheng University,Liaocheng 252059 2.The State Key Lab of High Performance Ceramics and Superfine Microstructure,Shanghai Institute of Ceramics,Chinese Academy of Science,Shanghai 200050;Synthesis of PZT(52/48) powders by wet-acoustic chemical method[J];Chinese Journal of Materials Research;2008-03\n5 Dong Dong(Tsinghua University);Impedance Match of Transducer System in Ultrasonic Frequency Power Supply[J];Electrotechnical Application;2006-09\n6 ;Design of Acoustic Parts for DFM-1 Polisher & Tech. of Electro-chemical Supersonic-Complex Filing[J];;1992-01\n7 Meng Guangjun, Zhang Ming, Wang Jianmig (Qingdao University of Science &Technology, Qingdao 266042, China);The Development of Piezoelectricity Ultrasonic Vibration CAD System Base on UG[J];Electromachining & Mould;2005-03\n8 Gong Xiaoqin,Lü Ming (Taiyuan University of Technology,Taiyuan 030024,China);Study and Designing on the Composite Horn in the Ultrasonic Gear-honing System[J];Electromachining & Mould;2008-02\n9 FENG Dong-ju~1, ZHAO Fu-ling~(*1), XU Zhan-guo~2, GUO Dong-ming~1 Dalian Univ. of Technol., Dalian 116024, China; 2.School of Electr. and Inf. Eng., Dalian Univ. of Technol., Dalian 116024, China );Influence of ultrasonic tools on resonance performance of composite horn[J];Journal of Dalian University of Technology;2004-05\n10 Zhao Sheng-hua Chen Jian-an (Dept. Elec. Engineer., Xidian Univ., Xi ' an 710071, China );The Design and Features of Oscillator in CMOS IC[J];Electronics & Packaging;2004-06\n2 LIU Shiqing LIN Shuyu (Applied acoustics institute of ShanXi Normal University, Xi抋n 710062);The effect of the geometry dimension of tool on the ultrasonic torsional vibration system[A];[C];2003\n4 ;DESIGN AND CORRECTION OF ULTRASONIC DESTRESSING HORN[A];[C];2007\n5 Zhi Xuge Wang Jiaxuan Ai Yunlong Yan Jianwu Xiong Hongmiao (Nanchang Institute of Aeronautical Technology, Nanchang, 330034 China);Present Status and Development of the Applications of the Power Ultrasound in the field of Material Working and Forming[A];[C];2002\n6 FANG You-yan,GAO Bing-shan (Institute of Applied Acoustics,Shaanxi Normal University,Xi'an 710062,China);Effects of Matching Network on Resonant Frequency of Transducers[A];[C];2009\n7 YE Fa-gen,CAO Hui,LIN Shu-yu (Institute of Applied Acoustics,Shaanxi Normal University,Xi 'an Shaanxi 710062 China);Study on Torsional Vibration of Thin Disk with Step-like Cross-section[A];[C];2009\n8 ZHANG Yun-dian, HU Huang-yin, LIN Jin-qian (Hangzhou Dianzi University, Hangzhou 310018,China );Study of ultrasonic honing acoustics system key technology[A];[C];2007\n1 CHEN Xin1,2,LI Jun-hui1,TAN Jian-ping1 (1.Packaging and Printing College of Zhuzhou Institute of Technology, Zhuzhou, 412008,China;2. Mechanical-Electric Engineering College of Central South University, Changsha, 410018, China);Studies of the Characteristic of Ultrasonic Complex Transverse Vibration Energy Transmission in Wire Bonding[J];Semiconductor Technology;2005-03\n3 GUANG Ming-an,HAN Lei (School of Machanical and Elecrtronic Engineering, Central South University, Changsha, 410083, China);Experimental Study on the Bonding Force Characteristics in Ultrasonic Bonding Process[J];Semiconductor Technology;2006-08\n4 Han Lei~+ and Zhong Jue(College of Mechanical and Electrical Engineering,Central South University,Changsha 410083,China);Nonlinear Dynamical Behaviors in Flip-Chip Thermosonic Bonding[J];Chinese Journal of Semiconductors;2006-11\n5 HUANG Xiao-feng (College of Civil Engineering,Hunan University,Changsha Hunan,410082);ON THE SETTING OF IMPULSE-RESPOUSE METHOD[J];Journal of Changde Teachers University;2003-02\n6 TONG Zhi?yi (The 45th Institute of Electronic,Ministry of II,Pingling Gansu 744000;China)[FK(W62。36ZQ];The Present Situation of High-Density Packaging and Its Future[J];EQUIPMENT FOR ELECTRONIC PRODUCTS MANUFACTURING;2000-02\n8 FENG Dong-ju~1, ZHAO Fu-ling~(*1), XU Zhan-guo~2, GUO Dong-ming~1 Dalian Univ. of Technol., Dalian 116024, China; 2.School of Electr. and Inf. Eng., Dalian Univ. of Technol., Dalian 116024, China );Influence of ultrasonic tools on resonance performance of composite horn[J];Journal of Dalian University of Technology;2004-05\n9 GAO Shang-tong YANG Ke-wu (China Electronics Technology Group Corporation No.13 Research Institute, Shijiazhuang Hebei 050051, China);The Advanced Microelectronics Packaging Technology[J];Electronics & Packaging;2004-01\n10 HUANG Yu-cai~1 CHENG Xiu-lan~1 CAI Jun-rong~2 1.School of Microelectronics,Shanghai Jiao Tong University,Shanghai 200030,China; 2.STATS ChipPAC Shanghai Co.,Ltd,Shanghai,201702,China;Wire Bonding Technology in IC Packaging[J];Electronics & Packaging;2006-07\n6 Wu Yunxin Long Zhili Han Lei Zhong Jue Central South University, Changsha, 410083;State-of-the-art of Ultrasonic Transducer Research in Microelectronics Packaging[J];China Mechanical Engineering;2008-11\n1 LIN Shuyu(Applied Acoustics institute, Shanxi Teachers University,Xian 710062);Study on the piezoelectric torsional transducer[J];TECHNICAL ACOUSTICS;1995-03\n2 CHEN Zhaohua ZHU Changping 1 ZHAO Yiyun 2 WANG Hui FENG Ruo (State Key Laboratory of Modern Acoustics, Nanjing University·210093) ( 1 Jing Zhou Normal College, Hubei Jingsha·434100) ( 2 Department of Chemistry, Yunnan University, Kunming·6;Study on the sonochemical yield of low frequency ultrasound by iodine release method[J];TECHNICAL ACOUSTICS;1997-04\n3 ZHANG Guang bin, LIN Shu yu (Applied Acoustics Institute, Shaanxi Normal University,710062 Xi′an, Shaanxi, PRC);Radiation pressure and directional pattern of flexural vibrating air borne ultrasonic transducer[J];JOURNAL OF SHAANXI NORMAL UNIVERSITY(NATURAL SCIENCE EDITION);1999-03\n4 LIN Shu yu (Applied Acoustics Institute, Shaanxi Normal University, 710062 Xi′an, Shaanxi, China);Vibrational characteristics of air-coupled high power ultrasonic compound transducer[J];JOURNAL OF SHAANXI NORMAL UNIVERSITY(NATURAL SCIENCE EDITION);2000-01\n5 LIN Shu yu (Applied Acoustics Institute, Shaanxi Normal University, 710062 Xi′an, Shaanxi, China);Study on natural vibration and resonance frequency of rectangular radiators in flexural vibration[J];JOURNAL OF SHAANXI NORMAL UNIVERSITY(NATURAL SCIENCE EDITION);2000-03\n6 LIN Shu-yu (Applied Acoustics Institute, Shaanxi Normal University, 710062 Xi′an, Shaanxi, China);Radial vibration and equivalent circuit of thin elastic circular plates[J];Journal of Shaanxi Normal University(Natural Science Edition);2001-04\n9 Lin Shuyu;Zhang Fucheng; Guo Xiaowu; Dong Shenglin(Applied Acoustics Institute, Shaanxi Normal Univ.,Xi'an 710062);High power air borne transducer[J];Journal of Shaanxi Normal University(Natural Science Edition);1995-04


url: =Geometric Rectification of SAR Images--《Acta Geodaetica Et Cartographic Sinica》2002年02期\nGeometric Rectification of SAR Images\nZHANG Yong-hong 1, LIN Zong-jian 1, ZHANG Ji-xian 1, GAN Meng-long 2 (1. Chinese Academy of Surveying and Mapping, Beijing 100039, China; 2. Bureau of Land Administration, Hengyang City,Hengyang 421001, China )\nThe difficulties in geometric rectification of SAR images have hampered their applicability. Currently used rectification algorithms are not satisfying. The Range-Doppler equations which describing the SAR image geometry and related space coordinate system are presented, as well as satellite orbit and orbit parameter. An orbit modeling formula is proposed, through which one can interpolate the satellite state vector on the whole orbit arc with a high precision by means of ephemeris data. Then a rectification algorithm of SAR images is given. The algorithm calculates the corresponding pixel position of every three-dimension DEM point through iteratively solving the Range-Doppler equations. Finally, a test on the proposed algorithm is given.\n1 ZHANG Yong hong,ZHANG Ji xian,LIN Zong jian,GAO Wu jun(Chinese Academy of Surveying and Mapping, Beijing 100039,China);Terrain Induced SAR Radiometric Distortions and Their Correction[J];Developments In Surveying and Mapping;2002-04\n2 ZHANG Li①②,HUANG Guo-man②,ZHOU Ya-peng①,ZHAO Zheng②(①College of Natural Resources & Environment Sciences,AUH,Baoding Hebei 071000;②Chinese Academy of Surveying and Mapping,Beijing 100039);Study on geometric rectifying methods of airborne synthetic aperture radar image[J];Science of Surveying and Mapping;2007-06\n3 YOU Hong-jian,DING Chi-biao,FU Kun(National Key Laboratory of Microwave Imaging Technology,Institute of Electronics,Chinese Academy of Sciences,Beijing 100080,China);SAR Image Localization Using Rigorous SAR Collinearity Equation Model[J];Acta Geodaetica et Cartographica Sinica;2007-02\n4 FU Wen-xue , GUO Xiao-fang, TIAN Qing-jiu International Institute for Earth System Science, Nanjing University, Nanjing 210093, China; China Aero Geophysical Survey & Remote Sensing Center for Land and Resources, Beijing 100083, China;Correction of Earth Model in Range-Doppler Location Algorithm[J];Acta Geodaetica et Cartographica Sinica;2008-01\n5 YANG Yong-hong,PI Yi-mingSchool of Electronic Engineering,University of Electric and Scientific Technology of China,Chengdu 610054,China;Motion Error of Spaceborne-airborne Hybrid Bistatic SAR[J];Acta Geodaetica et Cartographica Sinica;2008-02\n6 JI Ling-yun①,WANG Qing-liang①,CUI Du-xin①,YANG Cheng-sheng②(①Second Crust Monitoring and Application Center,CEA,Xi'an 710054,China;②School of Geological Engineering and Geomatics,Chang'an University,Xi'an 710054,China);Influence of SAR orbital data to the accuracy of dem by doris[J];Science of Surveying and Mapping;2009-05\n7 XU Jin-ping①,PENG Zhong-yu②(①Beijing Remote Sensing Information Institute,Beijing100192,China;②Haidian District of Beijing Municipal Bureau of Land and Resources,Beijing 100037,China);Automatic precise rectification for space-borne SAR image based on ground control point database[J];Science of Surveying and Mapping;2009-05\n8 ZHANG Fa-Cun,WANG Zhong,ZHAO Xiao-Hong,and SHEN Xu-Bang (Xi'an Microelectronic Technique Institute,Xi'an 710054);A Data Parallel Algorithm on Geometric Correction of Remote-Sensing Satellite Images[J];Journal of Computer Research and Development;2004-07\n3 CHEN Nan~1,WANG Qin-min~1,TANG Guo-an~2 (1.Fujian Provincial,Spatial Information Research Center,Fuzhou University,Fuzhou 350003,China;2.Jiangsu Provincial Key Laboratory of Geo-informatics,Nanjing Normal University,Nanjing 210097,China);A contrast analysis of slopes extracted by different algorithms based on DEM[J];Engineering of Surveying and Mapping;2006-01\n6 HUANG Guoman~(①), GUO Jiankun~(②), Lü Jingguo~(①), XIAO Zhou~(①), ZHAO Zheng~(①),QIU Chunping~(①)(①Chinese Academy of Surveying and Mapping, Beitaiping Road, No.16, HaiDian, Beijing 100039, China;②Institute of Geographical Science and Natural Resources Research, CAS, 11A Datun Road, Anwai, Beijing 100101, China);Algorithms and experiment on SAR image orthorectification based on polynomial rectification[J];Science of Surveying and Mapping;2004-06\n7 Zou Lixing(The Institute of Electronics, Chinese Academy of Science, Beijing 100080,China);Research on the ground target location comparison of both spaceborne SAR images[J];Science of Surveying and Mapping;2005-06\n8 LUO Xiaojun~ ① , LIU Guoxiang~ ① ,HUANG Dingfa~ ① ,DING Xiaoli~ ② (①Dept. of Surveying Engineering, Southwest Jiaotong University,Chengdu 610031, China;②Dept. of Land Surveying & GeoInformatics, The Hong Kong Polytechnic University, Hong Kong, China);Comparison of algorithms for co-registration of satellite synthetic aperture radar images[J];Science of Surveying and Mapping;2006-01\n9 CAO Yun-gang(School of Civil Engineering,Southwest Jiaotong University,Chengdu 610031);Study on land classification using multi-temporal ASAR data[J];Science of Surveying and Mapping;2007-05\n10 FENG Lin-gang,ZHAO Yong-gui;Star-based Differential GPS System——StarFire[J];Bulletin of Surveying and Mapping;2006-11\n1 GAO Yong-gang et al (Heilongjiang Provincial Institute of Meteorological Science,Harbin,Heilongjiang 150030);Influences of Climatic Change on Forest Fire in Yichun Forest Region[J];Journal of Anhui Agricultural Sciences;2008-28\n2 LIN Zong-jian,LIU Xian-lin,ZHANG Ji-xian,LI Cheng-ming,ZUO Jian-zhang,SUN Jie,HONG Zhi-gang(Chinese Academy of Surveying & Mpaaing,Beijing 100039);A stereo visual and precise measurable virtual reality system[J];Science of Surveying and Mapping;2005-02\n3 CAO Yin-xuan,ZHANG Ji-xian,YAN Qin,ZHAO Zheng(Chinese Academy of Surveying and Mapping,Beijing 100039,China);The application of RADARSAT image in dynamic landuse monitoring[J];Science of Surveying and Mapping;2005-04\n4 FAN Hong-dong①②, HUANG Guo-man②,DENG Ka-zhong①(① College of Environment and Spatial Informatics, CUMT, Xuzhou, Jiangsu 221008, China; ② Chinese Academy of Surveying and Mapping, Beijing 100039, China);Study on crossed stereo mode and positioning methods of airborne SAR[J];Science of Surveying and Mapping;2009-02\n5 FU Wen-xue , GUO Xiao-fang, TIAN Qing-jiu International Institute for Earth System Science, Nanjing University, Nanjing 210093, China; China Aero Geophysical Survey & Remote Sensing Center for Land and Resources, Beijing 100083, China;Correction of Earth Model in Range-Doppler Location Algorithm[J];Acta Geodaetica et Cartographica Sinica;2008-01\n6 BU Yan-long,PAN Liang,PENG Hui,SHEN Lin-cheng College of Electromechanical Engineering and Automation,National University of Defense Technology,Changsha 410073,China;Study of the Geometric Calibration Method for Airborne SAR Image without DEM[J];Acta Geodaetica et Cartographica Sinica;2009-01\n7 YU Hong1,YANG Xiao-hui1,CI Long-jun1,YU Chun-tang2,MAO Lei2,WU Wen-yi1 XIANG Xiao-fei3 (1.Research Institute of Forestry,Chinese Academy of Forestry,Key Laboratory of Tree Breeding and Cultivation,State Forestry Administration,Beijing 100091;2.College of Soil and Water Conservation,Beijing Forestry University,Beijing 100083;3.Honghuaerji Forestry Bureau of Inner Mongolica,Ewenke 021112,China);Variations of Arbor Layer Spatial Pattern in Surface Fire-mediated Mongolian Pine Forest,Hulunbeier Sandy Land,Inner Mongolia,P.R.China[J];Journal of Arid Land Resources and Environment;2009-02\n8 WEI Jujie,ZHANG Jixian,HUANG Guoman,PANG Lei;Research on Methods of TerraSAR-X Image Direct Geolocation[J];Bulletin of Surveying and Mapping;2009-09\n9 AI Bin,LI Xia(School of Geography Science and Planning,Sun Yat-Sen University,Guangzhou 510275,China);AN ANALYSIS OF DIFFERENT INSAR FLATTENING ALGORITHMS AND THEIR INFLUENCE ON DEM ACCURACY[J];Remote Sensing for Land & Resources;2009-03\n10 YOU Hong-jian(Institute of Electronics,Chinese Academy of Sciences,Beijing 100080,China);Ortho-rectifying space-borne SAR based on fine registration and image simulation[J];Science of Surveying and Mapping;2009-06


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url: =Ren lei xue yu shan di wen ming : ren lei xue gao ji lun tan 2015 juan = Renleixueyushandiwenming / Chen Gang, Xu Jieshun zhu bian. = 人类学与山地文明 : 人類學高級論壇2015卷 = Renleixueyushandiwenming / 陈刚, 徐杰舜主编. - Franklin\nRen lei xue yu shan di wen ming : ren lei xue gao ji lun tan 2015 juan = Renleixueyushandiwenming / Chen Gang, Xu Jieshun zhu bian. = 人类学与山地文明 : 人類學高級論壇2015卷 = Renleixueyushandiwenming / 陈刚, 徐杰舜主编.\nHaerbin : Heilongjiang ren min chu ban she, 2016.\n哈尔滨 : 黑龙江人民出版社, 2016.\n2, 3, 468 pages, 4 unnumbered pages of plates : illustrations (some color) ; 24 cm\nZhongguo ren lei xue gao ji lun tan (14th : 2015 : Yunnan cai jing da xue)\n中国人类学高级论坛 (14th : 2015 : Yunnan cai jing da xue)\nRen lei xue gao ji lun tan 2015 juan\nAnthropology -- Research -- China -- Congresses.\nMountain people -- China -- Congresses.\nChina -- Social life and customs -- Congresses.\nShe hui ren lei xue -- yan jiu -- zhong guo -- hui yi lu.\nRen lei xue -- hui yi lu.\nChen, Gang, editor.\nXu, Jieshun, 1943- editor.\n徐杰舜, 1943- editor.


url:
=Chʻoe, Sŏng-jo (Person) - San Francisco Public Library\nThe person Chʻoe, Sŏng-jo represents an individual (alive, dead, undead, or fictional) associated with resources found in San Francisco Public Library.\nThe Resource Chʻoe, Sŏng-jo\n2 Items by the Person Chʻoe, Sŏng-jo\nWo jia jiu shi shou shen jiao shi!! Qing hua yu jiao lian you yang, ji li jian xie yun dong da zao nan ren yan zhong de nü shen ji wan mei qu xian!, [zuo zhe Cui Chengzuo ; zong bian ji Jiang Yuanzhen]\nContext of Chʻoe, Sŏng-jo\nWo jia jiu shi shou shen jiao shi!! Qing hua yu jiao lian you yang, ji li jian xie yun dong da zao nan ren yan zhong de nü shen ji wan mei qu xian!\n
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url: =The comics - FengShenYanYi (eleven)(Chinese Edition) de BEN SHE.YI MING: paperback - liu xing\nPortada BEN SHE.YI MING The comics - FengShenYanYi (eleven)(Chinese Edition)\nThe comics - FengShenYanYi (eleven)(Chinese Edition)\nShip out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.The comics - FengShenYanYi (eleven)Four Satisfaction guaranteed,or money back. N° de ref. de la librería AI019941\nTítulo: The comics - FengShenYanYi (eleven)(Chinese ...


url: =dblp: ZhaoBi Chu\nLiping Chen, Ranchao Wu, ZhaoBi Chu, Yigang He, Lisheng Yin:\nPinning synchronization of fractional-order delayed complex networks with non-delayed and delayed couplings. Int. J. Control 90(6): 1245-1255 (2017)\nXueping Dong, Min Gan , ZhaoBi Chu:\nRobust Control for a Class of Distributed Parameter Switched Systems with Time-Delay. ICDMA 2012: 740-744


url: =The Latest Mendeley Data Datasets for Redox Biology - Elsevier\nCiteScore: 12.3 ℹ CiteScore:\nImpact Factor: 9.986 ℹ Impact Factor:\n5-Year Impact Factor: 9.789 ℹ Five-Year Impact Factor:\nSource Normalized Impact per Paper (SNIP): 2.032 ℹ Source Normalized Impact per Paper (SNIP):\nSCImago Journal Rank (SJR): 1.764 ℹ SCImago Journal Rank (SJR):\nSadis Matalon | David Ford | Ahmed Lazrak | Saurabh Aggarwal | Ayesha Bryant | James Mobley | Israr Ahmad | Zhihong Yu\n10 files (2020)\nYan Wang | Huang-Quan Lin | Jianshu Hu | Tsz-Ming IP | Chicheong David Wan | Chuying Xiao\nyajing wang | Ling Zhang | Zhen Zhang | Zhijun Meng | Dina Xie | Gan Lu | Xiangying Jiao | RUI GUO | Demin Liu | Ji-Min Cao | Di Zhu | Caihong Liu | jing liu | Jia Gao | WayneBond Lau | Bernie Lopez | Theodore A Christopher | Xinliang Ma\nWei-Jia Kong | Hai-ying Sun | YU SUN | Zuhong He | Xiao-xiang Xu | Sen Chen | Dan Li | Xia Wu | Ming Li | renjie chai | Xue-yan Zhao | Sheng-yu Zou | Yu-juan Hu | Fu-ling Liao\nDaniel Tsun-Yee Chiu | Yi-Hsuan Wu | Arnold Stern | Chih-Ching Wu | Jwu-Ching Shu | Hsin-Ru Lin | Wei-Chen Yen | Shih-Hsiang Chen\nLars Leichert | Stephan Hahn | Verian Bader | Marharyta Varatnitskaya | Adbelouahid Maghnouj | Kaibo Xie | Konstanze Winklhofer\nJoseph Bonanno | Rajalekshmy Shyam | Shimin Li | Moonjung Choi | Diego Ogando\nJames Cobley | Eduardo Jimenez Fernandez | Anna Noble | Manuel Moya | Matthew Guille | Holger Husi\nVikas Anathy | David Chapman | Bethany Korwin-Mihavics | Benjamin Suratt | Emily Nakada | Nicolas Chamberlian | Oliver Dienz | Albert van der Vliet | Sidra Hoffman | Sierra Bruno | John Alcorn | David Heppner\nIrmgard Tegeder | Juliana Heidler | Lucie Valek | Reynir Scheving | Ilka Wittig\nDIB1: We generated nNOS+ SH-SY5Y cells that express nNOS at a level comparable to mouse brain, replicating the aging phenotype. nNOS+ and MOCK cells were exposed to proteostasis stress by treatment with rapamycin or serum-free starvation versus control. To analyze NO-mediated S-nitrosylations (SNO) and other reversible protein modifications including disulfides and sulfoxides we used complimentary proteomic approaches encompassing 2D-SNO-DIGE (differential gel electrophoresis), SNO-site identification (SNOSID), SNO Super-SILAC, SNO BIAM-Switch and Redox-BIAM switch. The redox proteomes were analyzed using hybrid liquid chromatography/mass spectrometry (LC/MS) on an LTQ Orbitrap XL (2D-SNO-DIGE, SNOSID, SNO-SILAC) or on a Thermo Scientific™ Q Exactive Plus (BIAM switch assays), the latter equipped with an ultra-high performance liquid chromatography unit and a Nanospray Flex Ion-Source. Full scan MS-data were acquired using Xcalibur, and raw mass spectra were analyzed using the proteomics software MaxQuant. The data are MaxQuant output files (Table 1 2D-SNO-DIGE, Table 2 SNOSID, Table 3 SNO-SILAC, Table 4 GO of SNO modified proteins, Table 5 SNO-BIAM switch, Table 6 Redox BIAM switch) providing essential information including peptide and protein identification, accession numbers, protein and gene names, sequence coverage and quantification values of each sample. Identifications from the reverse decoy database, identified by site only and known contaminants were excluded. The Excel file also contains Gene Ontology terms associated with the SNOed proteins (Table 4 and specified columns in Table 5 and 6). The GO overrepresentation analysis (Table 4) was performed with the Panther GO overrepresentation tool (http://www.pantherdb.org/). Excel Table 1: 2D-SNO DIGE Excel Table 2: SNOSID Excel Table 3: SNO-SILAC Excel Table 4: Gene ontology of redox modified proteins (pooled hits of 2D-DIGE, SNOSID and SNO-SILAC) Excel Table 5: SNO-BIAM switch Excel Table 6: Redox-BIAM switch DIB2 The data are MaxQuant output files (Table 1 SILAC, Table 3 LFQ proteome) of the Full Proteome including peptide and protein identification, accession numbers, protein and gene names, sequence coverage and SILAC or label free quantification (LFQ) values of each sample. Identifications from the reverse decoy database, identified by site only and known contaminants were excluded. The raw MS proteomics data of the Full Proteome have been deposited to the ProteomeXchange Consortium via the PRIDE  partner repository with the dataset identifier PXD010538. Reviewer account details: Username: reviewer95719@ebi.ac.uk; Password: UR0ZlqWo. Excel Table 1: MaxQuant data of normalized SILAC proteome (vehicle versus 6h rapamycin) Excel Table 2: Gene Ontology analysis of significantly regulated proteins (SILAC experiment) Excel Table 3: MaxQuant data of label-free deep proteome (conditions: full medium, 24h serum-free, 24h rapamycin)\nHelen Griffiths | Maria Cristina Polidori | Gregory Lip | Irundika Dias | Ivana Milic | Andrew Devitt


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url: =Home > Travel Guide > China Pictures > Xian > Tang Dynasty Show > Wonderful Dance Show\nWonderful Dance ShowJump to...BeijingBeijing : Badaling Great WallBeijing : Forbidden CityBeijing : Great Wall in WinterBeijing : HutongsBeijing : Jinshanling Beijing : Juyongguan PassBeijing : Lama TempleBeijing : Ming TombBeijing : Mutianyu Great WallBeijing : Peking Duck DinnerBeijing : Peking OperaBeijing : Simatai Great WallBeijing : Summer PalaceBeijing : Temple of HeavenBeijing : Tiananmen SquareBeijing : Xiushui marketChengdeChengde : Emperor Kangxi's Summer Mountain Resort in ChengdeChengde : Mt.PutuoChengde : Putuozongcheng TempleChengduChengdu : DujiangyanChengdu : Giant PandaChengdu : Huanglong SichuanChengdu : Jinli Old StreetChengdu : Jiuzhaigou SichuanChengdu : Leshan Giant BuddhaChengdu : Mt. Emei (Emei Shan)Chengdu : Sichuan FoodChengdu : Sichuan HotpotChengdu : Tea housesChengdu : Wenshu TempleChongqingChongqing : Baoding GrottoesChongqing : Beishan GrottoesChongqing : Chongqing Night ViewChongqing : Ciqikou Old TownCustomers' workCustomers' work : Alex MaltiCustomers' work : Alina and her familyCustomers' work : Andre and Diana du PlessisCustomers' work : Andy CheyneCustomers' work : Arianna M. and Tommaso S.Customers' work : Ashley and LynnCustomers' work : AyalCustomers' work : Betty and MichaelCustomers' work : BillCustomers' work : BobCustomers' work : Bruce Alan WallceCustomers' work : CharleneCustomers' work : Chris and ReneeCustomers' work : Dann KubitzCustomers' work : David and Vanda RossiterCustomers' work : Edward and Julie GiertlerCustomers' work : Elizabeth Loma BarbanteCustomers' work : Erik FernströmCustomers' work : Ernest MichotteCustomers' work : Esther and JosefCustomers' work : Gabriel and Isabel Doile1Customers' work : Heidi SongCustomers' work : Helmut & Janet's 2009 Trip to ChinaCustomers' work : Herb and BarbCustomers' work : Jeffrey JamesCustomers' work : Jesus and GuadalupeCustomers' work : JimCustomers' work : John and Nicole CouvarasCustomers' work : Joseph M LanceCustomers' work : Judy MattoxCustomers' work : LanceCustomers' work : Lee PaoCustomers' work : Lesley and Peter JohnsonCustomers' work : Lia PosoCustomers' work : Linda Marie BermanCustomers' work : LizCustomers' work : Liz KabanoffCustomers' work : Mala Martina & Maly MartinCustomers' work : MariaCustomers' work : Marie and NancyCustomers' work : Marika and Jan SalonmonsCustomers' work : Maureen and VictorCustomers' work : Maureen PrimroseCustomers' work : Melita HillmanCustomers' work : Moshe GolanCustomers' work : NicoletteCustomers' work : Olugbemiga KongiCustomers' work : Page Martin Bishop and Ronald Floyd BishopCustomers' work : Patricia & MarcelaCustomers' work : Pearl RenakerCustomers' work : PetersCustomers' work : R.Sadagopan & BhoomaCustomers' work : Raphael LopezCustomers' work : Richard MalottCustomers' work : Riina and JuriCustomers' work : Ronnie JaffieCustomers' work : Rosemary GilesCustomers' work : Say and Christine OoiCustomers' work : Scott and Aubrey LeeCustomers' work : SoeCustomers' work : Stephen & DanielleCustomers' work : Steve and KathrineCustomers' work : Stoian and Raina LilovCustomers' work : Susan Elizabeth MayCustomers' work : T. RayCustomers' work : Toni Sue BobrukCustomers' work : Werner and SabinaCustomers' work : Yacov Porat (Dongchuan Red Land)DaliDali : Dali Ancient TownDali : Erhai LakeDali : Three PagodasDali : Xizhou Bai Minority VillageDali : Zhoucheng VillageDatongDatong : DatongDatong : Hanging TempleDatong : Huayan TempleDatong : Nine Dragon ScreenDatong : Wooden PagodaDatong : Yungang GrottoesDengfengDengfeng : forest of dagobasDengfeng : Shaolin TempleDengfeng : Songyang AcademyDetian WaterfallDetian Waterfall : Detian WaterfallDunhuangDunhuang : Dunhuang Mogao GrottoesDunhuang : jiayuguanDunhuang : singing sand mountain & crescent moon springGuangzhouGuangzhou : Chen Family TempleGuangzhou : Dr.Sun Yat-sen Memorial HallGuangzhou : Temple of Six Banyan TreesGuilinGuilin : Big Banyan TreeGuilin : Crown CaveGuilin : Elephant Trunk HillGuilin : Enchanting Guilin LakesGuilin : Fantastic Guilin Karst LandscapeGuilin : Fubo HillGuilin : Guilin AdventureGuilin : Guilin CityGuilin : Guilin FishingGuilin : Guilin FoodGuilin : Guilin HikingGuilin : Guilin in WinterGuilin : Guilin MerrylandGuilin : Guilin minorityGuilin : Guilin Night ViewsGuilin : Guilin PeopleGuilin : Guilin ShoppingGuilin : Guilin showGuilin : Guilin teaGuilin : Guilin VillagesGuilin : Impression Sanjie LiuGuilin : Li River CruiseGuilin : Liquan BeerGuilin : Longji Terraced FieldGuilin : Longsheng Hot SpringGuilin : Moon HillGuilin : Reed Flute CaveGuilin : Rock-climbing in YangshuoGuilin : Seven Star ParkGuilin : Taichi Class in YangshuoGuilin : West StreetGuilin : Yangshuo Cooking SchoolGuilin : Yangshuo CountyGuilin : Yangshuo CyclingGuilin : Yangshuo FoodGuilin : Yangshuo Silver CaveGuilin : Yulong RiverGuilin : Yuzi ParadiseGuizhouGuizhou : Dragon Palace CaveGuizhou : Guizhou Ethnic MinoritiesGuizhou : Guizhou FestivalGuizhou : Huangguoshu WaterfallGuizhou : Kaili GuizhouHangzhouHangzhou : Dragon Well Tea PlantationHangzhou : Feilai PeakHangzhou : Lingyin TempleHangzhou : Six Harmonies PagodaHangzhou : West LakeHarbinHarbin : Harbin buildingHarbin : Harbin foodHarbin : Harbin Ice and Snow WorldHarbin : Harbin Ice FestivalHarbin : Harbin parkHarbin : Harbin streetHarbin : Harbin Sun IslandHarbin : Harbin TempleHarbin : Heilongjiang MuseumHarbin : Santa Sophia ChurchHarbin : Siberia Tigers ParkHarbin : Yabuli SkiHong KongHong Kong : AberdeenHong Kong : Bird MarketHong Kong : Hong KongHong Kong : Repulse BayHong Kong : Stanley MarketHong Kong : Victoria PeakHong Kong : Wong Tai Sin TempleJiuzhaigouJiuzhaigou : JiuzhaigouKunmingKunming : Stone ForestKunming : West Hill And Dragon GateLugu LakeLugu Lake : Lugu LakeLuoyangLuoyang : Longmen GrottoesLuoyang : Luoyang peonyLuoyang : White Horse TempleMeili CanyonMeili Canyon : Meili CanyonMt. HuangshanMt. Huangshan : Beautiful Pine TreesMt. Huangshan : Cloud Valley Scenic ZoneMt. Huangshan : Heaven Sea Scenic ZoneMt. Huangshan : HongcunMt. Huangshan : Hot Springs Scenic ZoneMt. Huangshan : Jade Screen Scenic ZoneMt. Huangshan : Local PeopleMt. Huangshan : North Sea Scenic ZoneMt. Huangshan : Pine Valley Scenic ZoneMt. Huangshan : Sea of CloudsMt. Huangshan : Shexian CountyMt. Huangshan : Tunxi Ancient StreetMt. Huangshan : Unusual RocksMt. Huangshan : Waterfall & Hot SpringMt. Huangshan : West Sea Scenic ZoneMt. Huangshan : White Cloud Scenic ZoneMt. Huangshan : Winter ViewsMt. Huangshan : XidiMt.WutaiMt.Wutai : Big White PagodaMt.Wutai : Mt.WutaiMt.Wutai : Pusading TempleNanjingNanjing : Ming Dynasty WallNanjing : Qinhuai RiverNanjing : Sun Yat-sen MausoleumNanjing : Yangtze Rvier BridgeNanjing : Yuejiang TowerPingyaoPingyao : Ming and Qing StreetPingyao : Pingyao Ancient City WallPingyao : Qiao Familys CompoundPingyao : Rishengchang Exchange ShopQinghai LakeQinghai Lake : Qinghai LakeShanghaiShanghai : Acrobatic ShowShanghai : Children's PalaceShanghai : French concession ShanghaiShanghai : Jade Buddha TempleShanghai : Maglev TrainShanghai : Nanjing RoadShanghai : Nightlife in ShanghaiShanghai : Oriental Pearl TowerShanghai : shanghai concertsShanghai : Shanghai CultureShanghai : Shanghai exhibitionShanghai : Shanghai MuseumShanghai : The BundShanghai : Yu GardenShanghai : Yuyuan MarketShanghai : Zhujiajiao Old TownShangri-LaShangri-La : Bita LakeShangri-La : Napa LakeShangri-La : Shigu VillageShangri-La : Songzanlin LamaserySuzhouSuzhou : cold mountain templeSuzhou : garden of the master of netsSuzhou : Garden ShowsSuzhou : Grand CanalSuzhou : Humble Administrator GardenSuzhou : Lingering GardenSuzhou : Lion Forest GardenSuzhou : OuyuanSuzhou : Pan GateSuzhou : Suzhou Silk MuseumSuzhou : The No 1 Silk FactorySuzhou : Tiger Hill ParkTai LakeTai Lake : Tai LakeTai MountainTai Mountain : Tai MountainTibetTibet : Barkhor StreetTibet : Drepung MonasteryTibet : Jokhang TempleTibet : LhasaTibet : Mt. EverestTibet : Namtso LakeTibet : Norbulingka ParkTibet : Palcho MonasteryTibet : pilgrimsTibet : Potala PalaceTibet : Rongbuk MonasteryTibet : Sera MonasteryTibet : Tashilumpo MonasteryTibet : Tibetan FamilyTibet : Yaluzangbu RiverTibet : Yamdrok LakeTibet : YangpachenTibet : Yarlung TsangpoWuhanWuhan : Guiyuan TempleWuhan : Hubei MuseumWuhan : Yellow Crane TowerWuxiWuxi : Huishan Clay Figurine Work shopWuxi : Li GardenWuxi : Lingshan BuddhaWuxi : TongliWuxi : Turtle Head IsleWuxi : Xihui ParkWuzhenWuzhen : WuzhenXiamenXiamen : Gulangyu IsletXiamen : XiamenXianXian : Ancient City Walls in XianXian : Banpo MuseumXian : Bell TowerXian : Big Wild Goose PagodaXian : Dumpling DinnerXian : Great MosqueXian : Huko WaterfallXian : Shaanxi Provincial MuseumXian : Stone Stele MuseumXian : Tang Dynasty ShowXian : Terracotta Warriors and horsesXinjiangXinjiang : Gaochang Ancient CityXinjiang : Kanas LakeXinjiang : Karez WellXinjiang : Tianchi LakeXinjiang : TurpanYangtze RiverYangtze River : Fengdu Ghost CityYangtze River : Lesser Three GorgesYangtze River : Shennong StreamYangtze River : ShibaozhaiYangtze River : Three Gorge DamYangtze River : Three GorgesYangtze River : White Emperor CityYunnanYunnan : Baisha Mural PaintingsYunnan : Black Dragon Pool ParkYunnan : Dongchuan Red LandYunnan : First Bend of the Yangtze RiverYunnan : Jade Dragon Snow MountainYunnan : Lijiang Ancient TownYunnan : Lion HillYunnan : Shangri la YunnanYunnan : Stone Forest YunnanYunnan : Tiger Leaping GorgeYunnan : Yunnan CuisineYunnan : Yunnan MinorityYunnan minoritiesYunnan minorities : Dai PeopleYunnan minorities : NaxiPeopleZhouzhuangZhouzhuang : Zhouzhuang\nNext >Tang Dynasty Show In this dance, dancers dressed in minority's clothes, implying the richness and openness of Tang Dynasty.\nIn Tang dynasty, small kingdoms near Tang sent ambassadors and presented cultural performance to the emperor annually. Their own cultural music and dance were popular at Tang dynasty.\tFind a Tour to Visit:\tDimensions


url: =1,843 cases of novel coronavirus (including 888 cases with symptoms of pneumonia in clinical diagnosis) were newly confirmed in Hubei on February 15, 1,548 in Wuhan, 87 in Xiaogan, 50 in Qianjiang, 38 in Ezhou, 25 in Tianmen, 22 in Suizhou, 16 in Xiangyang, 12 in Jingzhou, 12 in Xianning, 9 in Xiantao, 8 in Huangshi, 7 in Jingmen, 6 in Huanggang, 5 in Shiyan, 3 in Enshi. 5 cases with symptoms of pneumonia in clinical diagnosis in Yichang were reduced after re-examination. Saturday saw 139 deaths, 110 in Wuhan, 7 in Huanggang. 6 in Yichang, 4 in Jingzhou, 3 in Xiaogan, 3 in Suizhou, 2 in Jingmen, 1 in Huangshi, 1 in Xiangyang, 1 in Ezhou and 1 in Qianjiang. 849 people were discharged from hospital after recovery, 413 in Wuhan, 105 in Huanggang, 71 in Jingzhou, 48 in Yichang, 40 in Xiaogan, 29 in Xiangyang, 25 in Xianning, 24 in Xiantao, 23 in Ezhou, 22 in Huangshi, 17 in Suizhou, 16 in Shiyan, 6 in Tianmen, 5 in Jingmen and 5 in Enshi.\nBy the end of February 15, a total of 56,249 cumulative confirmed cases of pneumonia caused by the novel coronavirus had been reported in Hubei province, 39,462 in Wuhan, 3,201 in Xiaogan, 2,823 in Huanggang, 1,490 in Jingzhou, 1,254 in Suizhou, 1,230 in Ezhou, 1,144 in Xiangyang, 988 in Huangshi, 909 in Jingmen, 901 in Yichang, 852 in Xianning, 602 in Shiyan, 523 in Xiantao, 447 in Tianmen, 247 in Enshi, 166 in Qianjiang and 10 in Shennongjia. Altogether 5,623 patients were cured and discharged from hospital and 1,596 people died of the disease, 1,233 in Wuhan, 75 in Huanggang, 65 in Xiaogan, 36 in Jingzhou, 34 in Ezhou, 30 in Jingmen, 22 in Suizhou, 21 in Yichang, 19 in Xiangyang, 17 in Xiantao, 14 in Huangshi, 10 in Tianmen, 8 in Xianning, 6 in Qianjiang, 4 in Enshi and 2 in Shiyan.\nBilan de la pneumonie causée par le nouveau coronavirus au Hubei du 15 février, 2020\nDe 0h à 24h du 15 février 2020, 1843 nouveaux cas de la pneumonie causée par le nouveau coronavirus sont confirmés au Hubei (y compris 888 cas diagnostiqués cliniquement), dont 1548 à Wuhan, 87 à Xiaogan, 50 à Qianjiang, 38 à Ezhou, 25 à Tianmen, 22 à Suizhou, 16 à Xiangyang, 12 à Jingzhou, 12 à Xianning, 9 à Xiantao, 8 à Huangshi, 7 à Jingmen, 6 à Huanggang, 5 à Shiyan, 3 à Enshi, 5 cas à Yichang sont déduits après vérification. 139 nouveaux cas de morts ont été signalés, dont 110 à Wuhan, 7 à Huanggang, 6 à Yichang, 4 à Jingzhou, 3 à Xiaogan, 3 à Suizhou, 2 à Jingmen, 1 à Huangshi, 1 à Xiangyang, 1 à Ezhou, 1 à Qiangjiang. 849 cas sont guéris et sortis des h?pitaux, dont 413 à Wuhan, 105 à Huanggang, 71 à Jingzhou, 48 à Yichang, 40 à Xiaogan, 29 à Xiangyang, 25 à Xianning, 24 à Xiantao, 23 à Ezhou, 22 à Huangshi, 17 à Suizhou, 16 à Shiyan, 6 à Tianmen, 5 à Jingmen, 5 à Enshi.\nJusqu’à 24h du 15 février 2020, le nombre total des cas confirmés de la pneumonie causée par le nouveau coronavirus est monté à 56249, dont 39462 à Wuhan, 3201 à Xiaogan, 2823 à Huanggang, 1490 à Jingzhou, 1254 à Suizhou, 1230 à Ezhou, 1144 à Xiangyang, 988 à Huangshi, 909 à Jingmen, 901 à Yichang, 852 à Xianning, 602 à Shiyan, 523 à Xiantao, 447 à Tianmen, 247 à Enshi, 166 à Qianjiang, 10 à Shennongjia. Le nombre total des cas guéris est monté à 5623. Le nombre total des décès s’élève à 1596, dont 1233 à Wuhan, 75 à Huanggang, 65 à Xiaogan, 36 à Jingzhou, 34 à Ezhou, 30 à Jingmen, 22 à Suizhou, 21 à Yichang, 19 à Xiangyang, 17 à Xiantao, 14 à Huangshi, 10 à Tianmen, 8 à Xianning, 6 à Qianjiang, 4 à Enshi, 2 à Shiyan.\n39447 patients sont encore traités dans les h?pitaux, dont 8439 sont dans un état sévère et 1957 sont dans un état extrêmement grave. 183183 personnes ayant été en contact étroit avec les patients sont demandées à être traités isolement, dont 74261 restent en observation médicale.\nUpdate zu Coronavirus-Infektionen in Hubei am 15. Februar 2020\nIn dem Zeitraum von 0 Uhr bis 24 Uhr am 15. Februar 2020 hat die Zahl der bestätigten Infizierten an dem neuartigen Coronavirus in der Provinz Hubei um 1843 gestiegen, darunter 888 klinisch diagnostizierte Fälle. Es gab 1548 neu bestätigte Fälle in Wuhan, 87 in Xiaogan, 50 in Qianjiang, 38 in Ezhou, 25 in Tianmen, 22 in Suizhou, 16 in Xiangyang, 12 in Jingzhou, 12 in Xianning, 12 in Xiantao, 8 in Huangshi, 7 in Jingmen, 6 in Huanggang, 5 in Shiyan, 3 in Enshi. 5 bestätigte Fälle in Yichang wurden wieder negativ getestet. Inzwischen sind 139 Menschen in der Provinz an der daraus resultierenden Lungenkrankheit gestorben, davon 110 in Wuhan, 7 in Huanggang, 6 in Yichang, 4 in Jingzhou, 3 in Xiaogan, 3 in Suizhou, 2 in Jingmen, 1 in Huangshi, 1 in Xiangyang, 1 in Ezhou, 1 in Qianjiang. 849 Menschen sind an diesem Tag nach der Behandlung bzw. Heilung von dem Krankenhaus entlassen, darunter 413 in Wuhan, 105 in Huanggang, 71 in Jingzhou, 48 in Yichang, 40 in Xiaogan, 29 in Xiangyang, 25 in Xianning, 24 in Xiantao, 23 in Ezhou, 22 in Huangshi, 17 in Suizhou, 16 in Shiyan,6 in Tianmen, 5 in Jingmen, 5 in Enshi.\nBis 24 Uhr am 15. Februar 2020 belief sich die gesamte Zahl der Infizierten an dem neuartigen Coronavirus in der Provinz Hubei auf 56249, davon 39462 in Wuhan, 3201 in Xiaogan, 2823 in Huanggang, 1490 in Jingzhou, 1254 in Suizhou, 1230 in Ezhou, 1144 in Xiangyang, 988 in Huangshi, 909 in Jingmen, 901 in Yichang, 852 in Xianning, 602 in Shiyan, 523 in Xiantao, 447 in Tianmen, 247 in Enshi, 166 in Qianjiang, 10 in Shennongjia. Insgesamt wurden 5623 Patienten aus dem Krankenhaus entlassen. Es gab insgesamt 1596 Todesfälle, davon 1233 in Wuhan, 75 in Huanggang, 65 in Xiaogan, 36 in Jingzhou, 34 in Ezhou, 30 in Jingmen, 22 in Suizhou, 21in Yichang, 19 in Xiangyang, 17 in Xiantao, 14 in Huangshi, 10 in Tianmen, 8 in Xianning, 6 in Qianjiang, 4 in Enshi, 2 in Shiyan.\nMomentan werden 30447 Patienten in Krankenhäusern behandelt, davon 8439 in dem kritischen Zustand und 1957 auf der Intensivstation. Insgesamt werden zudem 183183 enge Kontakte aufgespürt, 74261 Weitere stehen unter ärztlicher Beobachtung.\n2020年2月15日 湖北省 新型コロナウイルスによる肺炎疫病発生状況\nInformación Actualizada sobre la Neumonía Causada por el Nuevo Coronavirus en la Provincia de Hubei del 15 de febrero de 2020\nSe habían registrado 1,843 casos nuevos confirmados(incluidos 888 casos de diagnóstico clínico) de la neumonía causada por el nuevo coronavirus en la provincia de Hubei de 0:00 a 24:00 del 15 de febrero de 2020, entre los cuales 1,548 en Wuhan, 87 en Xiaogan, 50 en Qianjiang, 38 en Ezhou, 25 en Tianmen, 22 en Suizhou, 16 en Xiangyang, 12 en Jingzhou, 12 en Xianning, 9 en Xiantao, 8 en Huangshi, 7 en Jingmen, 6 en Huanggang, 5 en Shiyan, 3 en Enshi y 5 reducidos de diagnóstico clínico después del reexamen en Yichang. El Sábado hubo 139 muertes en la provincia de Hubei, de las cuales 110 en Wuhan, 7 en Huanggang, 6 en Yichang, 4 en Jingzhou, 3 en Xiaogan, 3 en Suizhou, 2 en Jingmen, 1 en Huangshi, 1 en Xiangyang, 1 en Ezhou y 1 en Qianjiang. El Sábado 849 personas fueron dadas de alta del hospital, de las cuales 413 en Wuhan, 105 en Huanggang, 71 en Jingzhou, 48 en Yichang, 40 en Xiaogan, 29 en Xiangyang, 25 en Xianning, 24 en Xiantao, 23 en Ezhou, 22 en Huangshi, 17 en Suizhou, 16 en Shiyan, 6 en Tianmen, 5 en Jingmen y 5 en Enshi.\nHasta el 24:00 del 15 de febrero de 2020, se habían reportado un total de 56,249 casos confirmados de la neumonía causada por el nuevo coronavirus en la provincia de Hubei, entre los cuales 39,462 en Wuhan, 3,201 en Xiaogan, 2,823 en Huanggang, 1,490 en Jingzhou, 1,254 en Suizhou, 1,230 en Ezhou, 1,144 en Xiangyang, 988 en Huangshi, 909 en Jingmen, 901 en Yichang, 852 en Xianning, 602 en Shiyan, 523 en Xiantao, 447 en Tianmen, 247 en Enshi, 166 en Qianjiang y 10 en Shennongjia. Un total de 5,623 pacientes fueron curados y dados de alta del hospital. 1,596 murieron de la epidemia, de los cuales 1,233 en Wuhan, 75 en Huanggang, 65 en Xiaogan, 36 en Jingzhou, 34 en Ezhou, 30 en Jingmen, 22 en Suizhou, 21 en Yichang, 19 en Xiangyang, 17 en Xiantao, 14 en Huangshi, 10 en Tianmen, 8 en Xianning, 6 en Qianjiang, 4 en Enshi y 2 en Shiyan.\nActualmente 39,447 personas permanecían hospitalizadas, entre ellos 8,439 en estado grave y 1,957 en estado crítico. De las 183,183 personas rastreadas en contacto cercano con los infectados, 74,261 todavía estaban bajo observación médica.\n2020년2월15일 후베이성 신종 코로나바이러스 감염증 현황\n2020년2월15일 0시-24시, 후베이성 신종 코로나바이러스 감염증으로 확진 환자는 1843명(임상 진료 환자 888명 포함)을 추가했다. 그 중 우한시(武漢市) 1548명, 샤오간시(孝感市) 87명, 첸장시(潛江市) 50명，어저우시(鄂州市) 38명, 톈먼시(天門市) 25명, 쑤이저우시(隨州市) 22명, 샹양시(襄陽市) 16명, 징저우시(荊州市) 12명, 셴닝시(咸寧市) 12명, 셴타오시(仙桃市) 9명, 황스시(黃石市) 7명, 황강시(黃岡市) 6명, 스옌시(十堰市) 5명, 언스주(恩施州) 3명을 추가하고 이창시(宜昌市)는 임상 진료 재검토로 5명을 차감했다. 성내에 사망자는 139명을 증가했다. 이 중에 우한시 110명, 황강시 7명, 이창시 6명, 징저우시 4명, 샤오간시 3명, 쑤이저우시 3명, 징먼시(荊門市) 2명, 황스시 1명, 샹양시 1명, 어저우시 1명, 첸장시 1명이었다. 한편, 퇴원 환자는 849명이 추가됐다. 이 중에 우한시 413명, 황강시 105명, 징저우시 71명, 이창시 48명, 샤오간시 40명, 샹양시 29명, 셴닝시 25명, 셴타오시 24명, 어저우시 23명, 황스시 22명, 쑤이저우시 17명, 스옌시 16명, 톈먼시 6명, 징먼시 5명, 언스주 5명으로 보고했다.\n2020년 2월15일 24시까지 후베이성 신종 코로나바이러스 감염증으로 확진 환자는 누적 56249명을 보고됐다. 그 중 우한시 39462명, 샤오간시 3201명, 황강시 2823명, 징저우시 1490, 쑤이저우시 1254명, 어우저시 1230명, 샹양시 1144명, 황스시 988명, 징먼시 901명, 이창시 901명, 셴닝시 852명, 스옌시 602명, 셴타오시 523명, 톈먼시 447명, 언스주 247명, 첸장시 166명, 선눙자 임구(神農架林區) 10명으로 통계됐다. 성내 퇴원 환자 누적 4774명. 성내 퇴원 환자는 5623명으로 통계되고 사망자는 누적 1596명이다. 이 중 우한시 1233명, 황강시 75명, 샤오간시 65명, 징저우시 36명, 어저우시 34명, 징먼시 30명, 쑤이저우시 22명, 이창시 21명, 샹양시 19명, 셴타오시 17명, 황스시 14명, 톈먼시 10명, 셴닝시 8명, 첸장시 6명, 언스주 4명, 스옌시 2명이었다.\n현재 입원치료중인 중증환자8439명, 위급환자 1957명을 포함한 39447명 환자는 병원에서 치료를 받고 있다. 밀접 접촉자 누적 총 183183명으로 파악됐고 아직 74261명은 의학적 관찰을 받고 있다.\nОбновленная информация о новом короновирусе в провицнии Хубэй в 15 февраля\nВ 15 февраля 2020 года в провинции Хубэй подтверждено 1843 новых случая заражения коронавирусом (включая 888 клинических диагнозов), в том числе 1548 в Ухане, 87 в Сяогане, 50 в Цзяньцзяне, 38 в Эчжоу, 25 в Тяньмэне, 22 в Суйчжоу, 16 в Сянъяне, 12 в Цзинчжоу, 12 в Сяньнине, 9 в Сяньтао, 8 в Хуанши, 7 в Цзинмэне, 6 в Хуангане, 5 в Шияне, 3 в Эньши, 5 отмененные клинических диагнозов в Ичане. Число новых жертв новой пневмонии -- 139 человек (включая 34 клинческие диагноза), в том числе 110 в Ухане, 7 в Хуангане, 6 в Ичане, 4 в Цзиньчжоу, 3 в Сяогане, 3 в Суйчжоу, 2 в Цзинмэне, 1 в Хуанши, 1 в Сянъяне, 1 в Эчжоу, 1 в Цзяньцзяне. Число выписанных из медучерждений после курса лечения и выздоровления - 849 человек, в том числе 413 в Ухане, 105 в Хуангане, 71 в Цзиньчжоу, 48 в Ичане, 40 в Сяогане, 29 в Сянъяне, 25 в Сяньнине, 24 в Сяньтао, 23 в Эчжоу, 22 в Хуанши, 17 в Суйчжоу, 16 в Шияне, 6 в Тяньмэне, 5 в Цзинчжоу, 5 в Эньши).\nК концу 15 февраля в провинции Хубэй было зарегистрировано в общей сложности 56249 подтвержденных случаев пневмонии, вызванной новым коронавирусом, в том числе 39462 в Ухане, 3201 в Сяогане, 2823 в Хуангане, 1490 в Цзинчжоу, 1254 в Суйчжоу, 1230 в Эчжоу, 1144 в Сянъяне, 988 в Хуанши, 909 в Цзинмэне, 901 в Ичане, 852 в Сяньнине, 602 в Шияне, 523 в Сяньтао, 447 в Тяньмэне, 247 в Эньши, 166 в Цзяньцяне, 10 в Шеньнонцзя.\nОбщее число выписанных из медучерждений после курса лечения и выздоровления - 5623 человек. Общее чило жертв болезни провинции - 1596, в том числе 1233в Ухане, 75 в Хуангане, 65 в Сяогане, 36 в Цзинчжоу, 34 в Эчжоу, 30 в Цзинмэне, 22 в Суйчжоу, 21 в Ичане, 19 в Сянъяне, 17 в Сяньтао, 14 в Хуанши, 10 В Тяньмэне, 8 в Сяньнине, 6 в Цзяньцзяне, 4 в Эньши, 2 в Шияне.\nВ настоящее время госпитализированы 39447 человека, из них 8439 в тяжелом состоянии и 1597 в критическом состоянии. Из отслеженных 183183 имевших с больными новой пневмонией близкие контакты человек 74261 еще находятся под медицинским наблюдением.


url: =Qingshilu 清實錄 (www.chinaknowledge.de)\nDa-Qing lichao shilu 大清歷朝實錄, short title Qingshilu 清實錄 "Veritable records of the Qing dynasty" is a chronologically arranged collection of so-called "veritable records" (shilu 實錄), the most important edicts issued during the Qing period 清 (1644-1911), through 11 reigns, and in 12 parts (including the Manzhou shilu 滿洲實錄 "Veritable records of the Manchus") with a total length of 4,404 juan.\nThrough history it had been common that on the accession to the throne an emperor ordered compiling the "veritable records" of his predecessor. A specialized office called shiluguan 實錄館 was established for the compilation, and the work had to be overseen by a Grand Minister (dachen 大臣), assisted by members of the Hanlin Academy (Hanlinyuan 翰林院) which produced the secretarial staff of the imperial court. The compiling team made use of a vast amount of imperial diaries (qijuzhu 起居注) recording the day-to-day routine activities of the emperor, and of memorials, edicts and a document drafts stored in the archives.\nThere were three versions of each of the Qing veritable records, written in the three languages Chinese, Manchurian, and Mongolian, each in five copies (the Mongolian version only four). These were called the four "main versions" (zhengben 正本), and the "appendant version" (fuben 副本). Of the main versions one was stored in the Capital Archive (huangshicheng 皇史宬), one in the Chongmo Hall 崇謨閣 in the imperial palace in Mukden (Shenyang 瀋陽, Liaoning) — these two versions are also called da hongling ben 大紅綾本 "versions with the large damask (lining)" —, the third version was stored in the Qianqing Palace 乾清宮 and the fourth in the library of the Imperial Secretariat (neige 内閣), the last two places being located in the Forbidden City. The latter two versions had a "small red damask lining".\nThe "appendant version", with a "small yellow damask lining" was also stored in the Imperial Secretariat. The first print version was published in 1936 by the Japanese Daizō shuppansha 大藏出版社, together with the unofficial records of the Xuantong period 宣統 (1909-1911), Xuantong zhengji 宣統政記. The publication was called Da-Qing lichao shilu 大清歷朝實錄 "Veritable records of the Great Qing through all reign periods" and consists of 1,210 volumes. This is the most widespread edition.\nAnother modern publication was edited by the Zhonghua Book Company 中華書局. For this edition a detailed textual critique was comiled by comparing all different existing versions.\nThe three first parts of the Qingshilu were revised several times. In 1683 the Taizu shilu 太祖實錄 (basic version issued in 1636) and the Taizong shilu 太宗實錄 (basic version issued in 1652) were revised, in 1734 both records, as well as the Shizu shilu 世祖實錄 (basic version issued in 1667), were again revised and obtained the shape they are now known with. The original version was discovered later and printed in the 1930s, with the name Qing Taizu Wu Huangdi Nu'erhachi shilu 清太祖武皇帝努爾哈赤實錄 "Veritable records of Emperor Qing Taizu, the Martial Emperor Nurhaci", in 4 juan, while the revised version was given the title Qing Taizu Nu'erhachi shilu 清太祖努爾哈赤實錄 "Veritable records of Qing Taizu Nurhaci", in 10 juan.\nFig 1. Example from the Qingshilu 清實錄\nExample from Da-Qing Shengzu Ren Huangdi (Kangxi) shilu 大清聖祖仁皇帝（康熙）實錄, juan 212, fol. 9. Jiaqing edition. The first full entry is a repeated submission of a proposal after discussion (yifu 議覆 in the Ministry of War (bingbu 兵部). The memorial deals with the investiture of the son of native chieftain (tusi 土司). The second text, dated jihai 己亥, is an imperial edict (yuzhi 諭旨) concerning extraordinary allowances to the members of the Eight Banners (baqi 八旗).\nThe revisions of the Kangxi reign 康熙 (1662-1722) were edited by the Republican period scholar Luo Zhenyu 羅振玉 (1866-1940) with the title Kangxi chongxiu Taizu shilu san zhong 康熙重修太祖實錄三種 "The three versions of the Veritable Records of Qing Taizu as revised during the Kangxi reign", as well as by the Japanese scholars Murayama Shiu 邨山芝塢 (1758-1820), with the title Daishin sanchō jiryaku 大淸三朝事略 and Nagane Hyosai 永根氷斎 (1765-1838) with the title Shin sanchō jitsuroku saiyō 清三朝實録採要. The different verisons have to be compared with each other when studying the early history of the Manchu dynasty.\nAn additional source that can not be neglected for this period of time is the collection Donghualu 東華錄 "Records from the Eastern Flower (Gate)". This is also true for the latest parts of the "Veritable records", especially the Dezong shilu 德宗實録, which is, as a source, of minor quality than the Guangxu chao donghua lu 光緒朝東華錄.\nThe Qingshilu, although an important treasury of primary sources for the Qing period, only represents a very small part of all documents that went to and fro at the Qing court and between the capital and the provinces. It is emperor-centered and can by no means, inspite of its largeness, give a complete picture of the functioning of the Qing government. Like many historical sources of the Qing that were officially acknowledged or issued, it serves to praise the emperors and the dynasty.\nTable 1. Parts of the Da-Qing lichao shilu 大清歷朝實錄\n大清滿洲實錄 八卷 Da-Qing Manzhou shilu 1583-1626, ed. 1635, rev. 1781 (bilingual Manchu-Chinese)\n大清太祖高皇帝實錄 十卷 Da-Qing Taizu Gao Huangshi shilu 1583-1626, ed. 1739\n大清太宗文皇帝實錄 六十五卷 Da-Qing Daizong Wen Huangdu shilu 1626-1643, ed. 1739\n大清世祖章皇帝（順治）實錄 一百四十四卷 Da-Qing Shizu Zhang Huangdi shilu 1643-1661 (Shunzhi), ed. 1739\n大清聖祖仁皇帝（康熙）實錄 三百卷 Da-Qing Shengzu Ren Huangdi shilu 1661-1722 (Kangxi), ed. 1741\n大清世宗憲皇帝（雍正）實錄 一百五十九卷 Da-Qing Shizong Xian Huangdi shilu 1722-1735 (Yongzheng), ed. 1741\n大清高宗純皇帝（乾隆）實錄 一千五百卷 Da-Qing Gaozong Chun Huangdi shilu 1735-1799 (Qianlong and until the death of the emperor), ed. 1807\n大清仁宗睿皇帝（嘉慶）實錄 三百七十四卷 Da-Qing Renzong Rui Huangdi shilu 1796-1820 (Jiaqing), ed. 1878\n大清宣宗成皇帝（道光）實錄 四百七十六卷 Da-Qing Xuanzong Cheng Huangdi shilu 1820-1850 (Daoguang), ed. 1856\n大清文宗顯皇帝（咸豐）實錄 三百五十六卷 Da-Qing Wenzong Xian Huangdi shilu 1850-1861 (Xianfeng), ed. 1866\n大清穆宗毅皇帝（同治）實錄 三百七十四卷 Da-Qing Muzong Yi Huangdi shilu 1861-1874 (Tongzhi), ed. 1879\n大清德宗景皇帝（光緒）實錄 五百九十七卷 Da-Qing Dezong Jing Huangdi shilu 1874-1908 (Guangxu), ed. 1927\n大清宣統政紀 七十卷 Da-Qing Xuantong zhengji 1908-1911 (Xuantong), ed. 1934\n大清歷朝實錄總目 四卷 Da-Qing lichao shilu zongmu Index\nGao Wende 高文德, ed. (1995). Shaoshu minzu shi da cidian 中國少數民族史大辭典 (Changchun: Jilin jiaoyu chubanshe), 2109.\nShi Zhihong 史志宏 (1992). "Qingshilu 清實錄", in Zhongguo da baike quanshu 中國大百科全書, Zhongguo lishi 中國歷史 (Beijing/Shanghai: Zhongguo da baike quanshu chubanshe), Vol. 2, 842.\nWang Yuguang 王余光, Xu Yan 徐雁, ed. (1999). Zhongguo dushu da cidian 中國讀書大辭典 (Nanjing: Nanjing daxue chubanshe), 1223.\nWu Feng 吳楓, ed. (1987). Jianming Zhongguo guji cidian 簡明中國古籍辭典 (Changchun: Jilin wenshi chubanshe), 799.


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url: =杨川川 副教授-区域光纤通信网与新型光通信系统国家重点实验室-Powered by PageAdmin CMS\n杨川川 博士 副教授 硕士生导师\n1. Zhongwei Tan, Chuanchuan Yang* and Ziyu Wang, "Energy Evaluation for Cloud RAN Employing TDM-PON as Front-haul based on a New Network Traffic Modeling", Journal of Lightwave Technology, 已接收发表。（SCI）\n2. Zhaopeng Xu, Zhongwei Tan and Chuanchuan Yang*, “Sliding Window Aided Phase Noise Suppression Method for Coherent Nyquist-WDM-PON”, IEEE PHOTONICS TECHNOLOGY LETTERS, VOL. 28, NO. 20, pp. 2229-2232, OCT. 2016.（SCI）\n3. Yue Liu, Chuanchuan Yang* and Hongbin Li, “Pseudo pilot-aided OFDM system with high spectral efficiency for high performance coaxial transmission”, SCIENCE CHINA Information Sciences, Vol. 59 pp.,. 2016.（SCI）\n4. Zhongwei Tan, Chuanchuan Yang*, Yuliang Li, Yan Yan, Changhong He, Xinyue Wang and Ziyu Wang, “A low-complexity sensor fusion algorithm based on a fiber-optic gyroscope aided camera pose estimation system”, SCIENCE CHINA Information Sciences, Vol. 59 pp. 042412:1–042412:12, Apr. 2016. （SCI ）\n5. Jun Xie, Chuanchuan Yang*, Qin Wang, Xinyue Wang, and Ziyu Wang, “A Low-Complexity Scheme For Enlarging The Dynamic Range of the Open-Loop I-FOG”，MICROWAVE AND OPTICAL TECHNOLOGY LETTERS, Vol. 58, No. 3, pp. 498-502, Mar. 2016.（SCI）\n6. Qin Wang, Jun Xie, Chuanchuan Yang*, Changhong He, Xinyue Wang, Ziyu Wang, “Step angles to reduce the north-finding error caused by rate random walk with fiber optic gyroscope”, Applied Optics, Vol. 54, No. 30, pp. 8944-8950, Oct. 2015. （SCI收录，影响因子: 1.784）\n7. Jingjing Song; Chuanchuan Yang*; Qingxiang Zhang; Zhuang Ma; Xingang Huang; Dan Geng; Ziyu Wang, “Energy efficiency evaluation of tree-topology 10 gigabit ethernet passive optical network and ring-topology time- and wavelength-division-multiplexed passive optical network” Opt. Eng. 54 (9), 090502 (September 28, 2015)（SCI收录，影响因子: 0.954）\n8. Yue Liu, Chuanchuan Yang*, and Hongbin Li, “Cost-effective and Spectrum-efficient Coherent OFDM-PON Aided by the Blind ICI Suppression”, IEEE PHOTONICS TECHNOLOGY LETTERS, VOL. 27, NO. 8, pp 887 - 890, April, 2015.（SCI收录，影响因子: 2.110）\n9. Yue Liu, Chuanchuan Yang*, Feng Yang, and Hongbin Li, “The application of cost-effective lasers in coherent UDWDM-OFDM-PON aided by effective phase noise suppression methods”, OPTICS EXPRESS, vol. 22, no. 6, pp 6276-6286, Mar. 2014.（SCI收录，影响因子：3.587）\n10. Xi Fang, Chuanchuan Yang*, Tingting Zhang and Fan Zhang, “Orthogonal Basis Expansion-Based Phase Noise Suppression for PDM CO-OFDM System”, IEEE PHOTONICS TECHNOLOGY LETTERS, VOL. 26, NO. 4, pp 376-379, FEB. 2014.（SCI收录，影响因子: 2.038）\n11. Qin Wang, Chuanchuan Yang*, Xinyue Wang, and Ziyu Wang, “All-digital signal processing open-loop fiber optic gyroscope with enlarged dynamic range”, OPTICS LETTERS, vol. 38, no. 24, pp 5422-5425,Dec. 2013. (SCI收录，影响因子:3.385)\n12. Chunxu Zhao, Chuanchuan Yang*, Feng Yang, Fan Zhang and Zhangyuan Chen, “A CO-OFDM System With Almost Blind Phase Noise Suppression”, IEEE PHOTONICS TECHNOLOGY LETTERS, vol. 25, no. 17, pp 1723-1726,Sep. 2013. (SCI收录，影响因子: 2.038)\n13. Changhong He, Chuanchuan Yang*, Xinyue Wang, and Ziyu Wang, "Enhanced multiposition method to suppress the north finding error caused by bias drift with fiber optic gyroscopes," APPLIED OPTICS, Vol.52, No.16, pp 5303-5311 June 2013. (SCI收录，影响因子:1.689)\n14. Xi Fang, Chuanchuan Yang* and Fan Zhang, “Time-domain Maximum-likelihood Channel Estimation for PDM CO-OFDM Systems”, IEEE PHOTONICS TECHNOLOGY LETTERS, vol. 25, no. 6, pp 619-622,Mar. 2013.（SCI收录，影响因子: 2.038）\n15. Changhong He, Chuanchuan Yang* and Ziyu Wang, “Fusion of Finite Impulse Response Filter and Adaptive Kalman Filter to Suppress Angle Random Walk of Fiber Optic Gyroscopes”, OPTICAL ENGINEERING, vol. 51, no. 12, pp 1244011-1244018,Dec. 2012.（SCI收录，影响因子: 0.880）\n16. Chuanchuan Yang, Feng Yang and Ziyu Wang, “Phase Noise Suppression for Coherent Optical Block Transmission Systems: a Unified Framework”, OPTICS EXPRESS, vol. 19, no. 18, pp 17013-17020,Aug. 2011.（SCI收录，影响因子：3.587）\n17. Chuanchuan Yang, Feng Yang and Ziyu Wang, “Orthogonal Basis Expansion-Based Phase Noise Estimation and Suppression for CO-OFDM Systems”, IEEE PHOTONICS TECHNOLOGY LETTERS, vol. 22, no. 1, pp 51-53, Jan. 2010.（SCI收录，影响因子：1.989）\n18. Chuanchuan Yang, Feng Yang and Ziyu Wang, “Phase Noise Estimation and Mitigation for DCT-based Coherent Optical OFDM Systems”, OPTICS EXPRESS, vol. 17, no. 19, Sep. 2009. （SCI收录，影响因子：3.278）\n19. Chuanchuan Yang, Feng Yang, Jun Wu and Ziyu Wang, “Channel Tracking for Optical Fiber Communication Systems: Clustering-Based Approach”, OPTICAL ENGINEERING, vol. 48, no. 8, pp 17052-17059, Aug. 2009.（SCI收录，影响因子：0.553）\n20. Chuanchuan Yang, Feng Yang and Ziyu Wang, “Clustering-Based Adaptive Channel Estimator for Optical Fiber Communication Systems”, IEEE PHOTONICS TECHNOLOGY LETTERS, vol. 20, no. 20, pp 1670-1672,Oct. 2008.（SCI收录，影响因子：2.173）\n21. Chuanchuan Yang, Feng Yang, and Ziyu Wang, “Iterative Minimum Mean Square Error Equalization for Optical Fiber Communication Systems”, IEEE Photonics Technology Letters, vol.19, no.19, pp.1571-1573, Oct. 2007. (SCI检索-221FK)\n22. Chuanchuan Yang and Ziyu Wang, “Higher-Order Optical PMD Compensator Evaluation Using Markov Chain Monte Carlo Simulation”, Optical Engineering, vol.45, no.7, 070505, 2006. (SCI检索-068BR)\n23. Chuanchuan Yang and Ziyu Wang, “A New Optical Compensator for Higher-Order Polarization Mode Dispersion in Optical Fiber Channel”, Optical Engineering, vol.45, no.2, 020502, 2006. (SCI检索-024CO)\n24. 杨川川，李正斌，王子宇，“40Gb/s WDM系统传输码型的性能分析与发展前景”，网络电信，vol.6，Issue 5，pp.55-57，July 2004。\n25. Fan Zhang, Chuanchuan Yang, Xi Fang, Tingting Zhang, and Zhangyuan Chen, “Nonlinear performance of multi-granularity orthogonal transmission systems with frequency division multiplexing”, OPTICS EXPRESS, vol. 21, no. 5, pp 6115-6130, Feb. 2013.（SCI源刊）\n26. Wu Jun, Li Yanping, Yang Chuanchuan, Peng Chao and Wang Ziyu, “Slow Light in Tapered Slot Photonic Crystal Waveguide”, CHINESE SCIENCE BULLETIN, vol. 54, no 20, pp 3658-3662,Oct. 2009.（SCI收录）\n27. 武隽，李艳萍，杨川川，彭超, 王子宇，基于光子晶体的楔形槽波导的慢光效应分析，科学通报，vol. 54，no 20，2009年10月，核心期刊。\n28. 陈章渊，李巨浩，杨川川，光正交频分复用技术及其应用(1)，中兴通讯技术, 04期，pp 58-62, 2011。\n29. 陈章渊，李巨浩，杨川川，光正交频分复用技术及其应用(2)，中兴通讯技术, 05期，pp 58-61, 2011。\n30. 陈章渊，李巨浩，杨川川，光正交频分复用技术及其应用(3)，中兴通讯技术, 06期，pp 56-61, 2011。\n1. Zhaopeng Xu, Zhongwei Tan and Chuanchuan Yang*, "Research on performances of coherent Nyquist-WDM-PON and WDM-OFDM-PON using effective phase noise suppression methods", Asia Communications and Photonics Conference, ACP, Wuhan, China, Nov. 2016. （EI收录）\n2. Zhongwei Tan, Chuanchuan Yang*, Yu Yang, Zhaopeng Xu, Xinyue Wang, and Ziyu Wang, “Energy Analysis for Dynamic Cache Storage in Video on Demand Services”, Opto-Electronics and Communications Conference, OECC, Niigata, Japan, July 2016.（EI收录）\n3. Zhongwei Tan, Chuanchuan Yang*, Zhaopeng Xu, Ziyuan Zheng, Yu Liu, Xinyue Wang, and Ziyu Wang, “A Low-complexity and Energy-efficient Dynamical Adjustment Strategy for Servers in a Data Center”, 25th Wireless and Optical Communication Conference (WOCC), Chengdu, China, 2016.（EI收录）\n4. Zhongwei Tan, Chuanchuan Yang*, Jingjing Song, Yu Liu and Ziyu Wang, "Energy Consumption Analysis of C-RAN Architecture Based on 10G EPON Front-Haul with Daily User Behaviour", International Conference on Optical Communications and networks, ICOCN, Nanjing, China, July 3-5 2015. (EI收录)\n5. Changhong He, Chuanchuan Yang*, Qin Wang, Jun Xie, Zhongwei Tan, Ziyu Wang and Xinyue Wang, "Method to Suppress the Temperature Dependency of Scale Factor in Measurement-While-Drilling Surveying Utilizing Fiber Optic Gyroscope", OptoElectronics and Communications Conference, OECC, Shanghai, China, June 28th-July 2nd 2015. (EI收录)\n6. Zhongwei Tan, Chuanchuan Yang* and Ziyu Wang, “Method to Suppress Scale Factor Error for All-Digital Signal Processing Open-loop Fiber-optic Gyroscope”, Asia Communications and Photonics Conference, ACP, Shanghai, China, Nov. 2014. （EI收录）\n7. Qingxiang Zhang, Chuanchuan Yang* and Ziyu Wang, “Method to suppress the north-seeking error by bias drift and angle random walk with fiber optic gyroscopes”, Asia Communications and Photonics Conference, ACP, Shanghai, China, Nov. 2014. （EI收录）\n8. Yue Liu, Chuanchuan Yang* and Hongbin Li, “Advanced Pseudo Pilot-aided Blind ICI Suppression for CO-OFDM System”, Opto-Electronics and Communications Conference, OECC, Melbourne, Austrilia, July 2014. （EI收录）\n9. Feng Yang, Chuanchuan Yang* and Daqing Gu, “A Novel Predictive Finite-rate Feedback Approach for Mobile Multiuser MIMO systems”, IEEE 78th Vehicular Technology Conference, 2-5 September 2013, Las Vegas, USA, 2013.（EI收录，A类）\n10. Zhongwei Tan, Chuanchuan Yang* and Ziyu Wang, “Analysis of Scale Factor Error for Open-loop Fiber Optic Gyroscope with A Digital Signal Processing System”, Asia Communications and Photonics Conference, ACP, Beijing, China, Nov. 2013.（EI收录）\n11. Xi Fang, Chuanchuan Yang* and Fan Zhang, “A phase noise estimation and suppression algorithm for PDM CO-OFDM”, Opto-Electronics and Communications Conference, OECC, Kyoto, Japan, July 2013.（EI收录）\n12. Chuanchuan Yang, Fan Zhang, Zhangyuan Chen and Ziyu Wang, “A New Nonlinearity Compensation Method for Coherent Optical OFDM Systems”, Opto-Electronics and Communications Conference, OECC, Busan, Korea, July 2012.（EI收录）\n13. Chuanchuan Yang, Changhong He and Ziyu Wang, “Iterative Phase Noise Estimation and Suppression for CO-OFDM Systems with Large Laser Linewidth”, Proceedings of SPIE, vol. 8309, 2011.（EI收录）\n14. Chuanchuan Yang, Feng Yang and Ziyu Wang, “A Clustering-Based Channel Estimation Algorithm for MLSE in Optical Fiber Communication Systems”, Optical Fiber Communication Conference (OFC), San Diego, Feb. 2008.（EI收录）\n15. Xi Fang, Chuanchuan Yang*, Fan Zhang, “A time-domain channel estimation algorithm for CO-OFDM”, Asia Communications and Photonics Conference, ACP, Guangzhou, China, Nov. 2012.（EI收录）\n16. Changhong He, Chuanchuan Yang*, Ziyu Wang, “Method to suppress bias drift and improve the accuracy of north finding with fiber optic gyroscopes”, Asia Communications and Photonics Conference, ACP, Guangzhou, China, Nov. 2012.（EI收录）\n17. Qin Wang, Chuanchuan Yang*, Ziyu Wang, “A Novel Digital Signal Processing System for Open-loop Fiber Optic Gyroscope”, Asia Communications and Photonics Conference, ACP, Guangzhou, China, Nov. 2012.（EI收录）\n18. Chuanchuan Yang, Zhangyuan Chen and Ziyu Wang, “Research on Phase Noise Suppression in CO-OFDM Systems”, International Nano-Optoelectronics Workshop (INOW), Aug. 2010.\n19. Chuanchuan Yang and Ziyu Wang, “Comparison of DQPSK and QDPASK Transmissions in 80 Gb/s Optical Communication Systems”, Proceedings of SPIE, vol.6021, pp.896-901, APOC2005, 6-10 Nov. 2005, Shanghai, China. (EI检索-06129768965)\n20. Fan Zhang, Juhao Li, Chuanchuan Yang, Zhangyuan Chen, Chunxu Zhao and Su Zhang, “100-Gb/s Coherent Optical Fiber Communication with Frequency Domain Equalization”, Asia Communications and Photonics Conference and Exhibition, ACP, Dec. 2010.（EI收录）\n21. Zhangyuan Chen, Juhao Li, Fan Zhang, Chuanchuan Yang, Yongqi He, Chunxu Zhao, Zhiyuan Huang and Su Zhang, “Coherent Optical Single-Carrier Frequency Domain Equalization Techniques for High Speed Fiber Transmission and Access Networking”, International Nano-Optoelectronics Workshop (INOW), Aug. 2010.