url: =A PRELIMINARY STUDY ON Agrobacterium Tumefaciens-MEDIATED CO-TRANSFORMATION OF DOUBLE GENES IN RICE--《Journal of Nuclear Agricultural Sciences》2009年01期\n《Journal of Nuclear Agricultural Sciences》 2009-01\nA PRELIMINARY STUDY ON Agrobacterium Tumefaciens-MEDIATED CO-TRANSFORMATION OF DOUBLE GENES IN RICE\nWANG Xiu-zhi~1 ZHANG Hong-yu~2 WANG Xu-dong~2 WU Xian-jun~2(1.HLJ August First Land Reclamation University,Daqing,Heilongjiang 163319;2.Rice Research Institute of Sichuan Agricultural University,Wenjiang,Sichuan 611130)\nGus and nptⅡ genes were constructed separately with their respective vectors and co-transformed into mature seed-derived calli of japanica rice cultivars Eyi 105 and Zhonghua 12 with a strain dosage ratio of 1∶1 and 1∶3 respectively through Agrobacterium tumefaciens-mediated transformation.21 transgenic plants contained gus gene were gained from 43 regeneration plants.The results of PCR showed that co-transformation efficiency of these two genes were 47.37% and 60.00%,respectively.The results of Southern Blot and Western Blot analysis showed that Gus had been integrated into rice genome.Genetic analysis confirmed Mendelian segregation was popular among T_1 plants in progeny.In this study,some key problems were discussed such as the relation of transformation rate and strain dos percent,which would be help to support the mutualism effect.\n1 WANG You1,WU Yu1,WANG Yan1,LI Zhao-bo1,WANG Guang-xia2(1 Innovation Center of Liaoning Academy of Agricultural Sciences,Shenyang,Liaoning,110161;2 Baita Subdistrict Office of Dongling District of Shenyang,Shenyang,Liaoning,110167,China);The Five Kinds of DNA Transformation Techniques[J];Rain Fed Crops;2010-03\n2 JIN Yong-mei;MA Rui;YU Zhi-jing;LIN Xiu-feng;Agro-Biotechnology Research Institute, Jilin Academy of Agricultural Sciences;;Development of Transgenic Rice Plants Harboring Two Bt Genes by Agrobacterium-Mediated Co-Transformation[J];Journal of Jilin Agricultural Sciences;2014-05\n3 WU Juan,XU Quan,HAN Jing,SUN Ting-ting,YANG Fang,MA Chang-jiang,WEI He-ping (Anqing Teachers’ College,Life Science School,Anqing 246011,China);Genetic transformation mediated by agrobacterium with fragrant gene in rice[J];Science and Technology of Food Industry;2011-07\n1 Zhang Xiuchun~1 Peng Ming~1 Wu Kunxin~1 Guo Liqiong~(1,2) Lin Junyang Lin Junfang~(1,2) (1.State Key Laboratory of Tropical Crop Biotechnology,Chinese Academy of Tropical Agricultural Sciences,Haikou 571101;2 Department of Bioengineering,College of Food Sciences,South China Agricultural University,Guangzhou 510640;3 Putian City's Institute of Agricultural Sciences,Putian 351100);GENERATING MARKER-FREE TRANSGENIC SOYBEAN PLANTS BY AGROBACTERIUM-MEDIATED TRANSFORMATION WITH DOUBLE T-DNA BINARY VECTOR[J];Soybean Science;2006-04\n2 TANG Li~(1,),LIU Qiao-Quan~(2,3,),DENG Xiao-Xiang~1,WU Xiao-Jin~1 and Samuel S M Sun~(2,*) (()~1Hunan Hybrid Rice Research Center,Changsha 410125,Hunan;()~2Department of Biology,Chinese University of Hong Kong,New Territory,Hong Kong;()~3College of Bioscience and Biotechnology,Yangzhou University,Yangzhou 225009,Jiangsu,China);LRP Transgenic Indica Rice Restorer Line without Resistance Selection Marker[J];Acta Agronomica Sinica;2006-08\n3 ZHANG Hong Yu 1,2 ,WU Xian Jun 1,① ,TANG Ke Xuan 2,WANG Xu Dong 1, SUN Xiao Fen 2,ZHOU Kai Da 1 (1 Rice Research Institute of Sichuan Agricultural University,Wenjiang 611130,China; 2 Institute of Genetics,Fudan University,Shanghai 200433,China)[WT5”HZ];A Primary Study of Transferring the Pinellia Tenata Agglutinin (pta) Gene into Rice and Expression[J];Acta Genetica Sinica;2003-11\n4 LIU Zhi，YUAN Xiao-ling，ZHANG Tian-zhen (Department of Genetics & Breeding, Nanjing Agricultural University; Key Laboratory of Crop Germplasm & Breeding, Ministry of Agriculture, Nanjing 210095,China);Strategies to Develop Transgenic Crops Expressing Multiple Genes[J];Hereditas(Beijing);2001-02\n5 CHEN Rui1,2, CHENG Zai-Quan2, HUANG Xing-Qi2, ZHANG Wei1, 2 1. College of Life Sciences, Yunnan University, Kunming 650091, China; 2. Biotechnology and Genetic Germplasm Institute, Yunnan Academy of Agricultural Sciences, Kunming 650223, China;Progress in rice genes mapping and gene distribution in chromosomes[J];Hereditas;2007-04\n6 ZHU Li1,#,FU Ya-ping1,#,LIU Wen-zhen1,HU Guo-cheng1,SI Hua-min1,TANG Ke-xuan2,SUN Zong-xiu1,*(1State Key Laboratory of Rice Biology,China National Rice Research Institute,Hangzhou 310006,China;2Plant Biotechnology Research Center,School of Agriculture and Biology,Shanghai Jiaotong University,Shanghai 200030,China);Rapidly Obtaining the Marker-Free Transgenic Rice with Three Target Genes by Co-Transformation and Anther Culture[J];Chinese Journal of Rice Science;2007-05\n7 YU Heng-xiu1, LIU Qiao-quan1, WANG Ling1, 2, ZHAO Zhi-peng1, XU Li1, Huang Ben-li3, GONG Zhi-yun1, TANG Shu-zhu1, GU Ming-hong1 (1 State Key Laboratory of Plant Functional Genomics of the Ministry of Education, Yangzhou University, Yangzhou 225009; 2 China National Rice Research Institute, Hangzhou 310006; 3 Department of Plant Protection, Agricultural College, Yangzhou University, Yangzhou 225009 );Breeding of Selectable Marker-Free Transgenic Rice Lines Containing AP1 Gene with Enhanced Disease Resistance[J];Scientia Agricultura Sinica;2005-12\n2 LI Hai-qing1,2,3,ZOU Min4,YAO Fang-yin1,2,LIU Wei1,2 (1.High-Tech Research Center,Shandong Academy of Agricultural Sciences/Key Laboratory of Crop Genetic Improvement and Biotechnology,Shandong Province,Jinan 250100,China;2.Key Laboratory of Crop Genetic Improvement and Biotechnology,Huanghuaihai,Ministry of Agriculture,Jinan 250100,China;3.College of Life Science,Shandong Normal University,Jinan 250014,China;4.The First Middle School in Laiwu,Laiwu 271100,China);Advances in Agrobacterium-Mediated Co-Transformation Systems for Marker-Free Transgenic Rice[J];Shandong Agricultural Sciences;2011-07\n4 Zheng Xueqin(College of life Sciences,Fujian Normal University,Fuzhou 350108,China);Application of Cre/loxp Recombination System in Excision of Selectable Marker Gene from Transgenic Plants[J];Anhui Agricultural Science Bulletin;2011-01\n5 Wu Xiaoliang et al (College of Agronomy and Life Sciences Southwest Agricultural University, Beibei, Chongqing 400716);Advances of the Studies on Engineering in Rape Breeding[J];Journal of Anhui Agricultural Sciences;2004-01\n6 LI Feng-ling et al (Rice Research Institute of Sichuan Agricultural University,Wenjiang,Sichuan 611130);Plant Lectin and its Application in the Genetic Engineering of Plant Resistance to Insects[J];Journal of Anhui Agricultural Sciences;2006-03\n7 HOU Chun-xia et al (College of Forestry and Horticulture,Sichuan Agricultural University,Yaan,Sichuan 625014);Research of Antibiotics Species and Concentration on Loquat Anther Embryos Transformation by Agrobacterium tumefaciens[J];Journal of Anhui Agricultural Sciences;2007-16\n9 WANG Lan et al (Key Laboratory of Plant Molecular Breeding of Guangdong Province,College of Agriculture,South China Agricultural University,Guangzhou,Guangdong 510642);Progress in Genetic Transformation Mediated by Agrobacterium tumefacien in Rice[J];Journal of Anhui Agricultural Sciences;2009-30\n10 CHEN Xiu-qing(Chemical Engineering Department,Yangzhou Polytechnic Institute,Yangzhou,Jiangsu 225127);Research Progress of Hairy Roots Induced by Agrobacterium rhizogenes[J];Journal of Anhui Agricultural Sciences;2011-16\n1 LI Lan-yu~1 CHEN Wei~2 YANG Qing-hui~1 LUO Yan-qing~2 DONG Yun-song~2 LI Gen-ze~2 WANG Jing-qiao~(2*) (1.College of Agronomy and Biotechnology,Yunnan Agrcultural University,Kunming,650201 The Key Laboratory of Yunnan Agricultural Biotechnology,Economic Crop Research Institute,Yunnan Agricultural Science Academy,Kunming 650223,China);Research on RNA interference and marker-free transformation of Fad 2 gene in brassica napus[A];[C];2007\n3 Yang Lichen,Yang Xiaoguang Institute of Nutrition and Food Safety,Chinese Center for Disease Control and Prevention,Beijing 100050,China;Progress on biosafety assessment of marker genes in genetically modified foods[A];[C];2003\n1 Ma Guilian Zhang Qin (Agricultural Scientific and Technical Information Research Institute,SAAS,Shanghai 201106,China);Application of Biotechnology of the Agriculture in the World and Expect in China[J];Anhui Agricultural Science Bulletin;2007-19\n3 Zhang Zhili (Hainan Academy of Agricultural Sciences Haikou city,571000);Research Progress on Plant Sulfite Oxidase and Gene[J];Anhui Agricultural Science Bulletin;2008-11\n10 GUO Xiao-li et al (Department of Life Science of Hengshui College,Hengshui,Hebei 053000);Study on the Culture of Callus from Mature Embryos of Different Wheat Varieties[J];Journal of Anhui Agricultural Sciences;2008-01\n1 XIA Si-lei(Wuxi Fisheries College of Nanjing Agricultural University,Wuxi,Jiangsu 214081);Construction Methods of Transgenic Fish[J];Journal of Anhui Agricultural Sciences;2011-14\n2 WEI Jun-jie et al(Baoding University,Baoding,Hebei 071001);Study of Herbicide-resistant GM Maize[J];Journal of Anhui Agricultural Sciences;2012-14\n3 GONG Hong-wei;Baoji Vocational Technology College;;The Harm and Cause of Transgenic Product[J];Ningxia Journal of Agriculture and Forestry Science and Technology;2013-08\n4 LI Bi-xia;Zhuhai Entry-Exit Inspection and Quarantine Bureau;;Effects of Transgenic Technology on Food Security[J];Journal of Agricultural Catastrophology;2013-06\n1 WU Juan~(1,2)(1. Department of Life Science,Anqing Teachers’ College , Anqing 246011, China;2. Bioscience and Biotechnology College, Yangzhou University, Yangzhou 225009, China);Initial Mapping of Fragrance Gene in Rice[J];Journal of Anhui Technical Teachers College;2005-03\n4 Zheng Jia-tuan,Wang Wu-qi, Zhang Jian-fu,Zhang Shui-jin,Zhao Ming-fu,Xiao Chen-he ,Tu Shi-hang (The institute of Rice and Wheat, Fujian Agricultural Academy of Sciences, Fuzhou, Fujian province,350019);The technology of integration of high blight-resistance gene Xa-23 of varieties to the super-hybridization rice[J];Fujian Science and Technology of Rice and Wheat;2004-04\n5 CHEN Zhi-wei, GUAN Hua-zhong,WU Wei-ren, ZHOU Yuan-chang, HAN Qing-dian (College of Crop Science, Fujian Agriculture and Forestry University, Fuzhou, Fujian 350002, China);The screening of molecular markers closely linked to rice blast resistant gene Pi-1 and their application[J];;2005-01\n6 Postgraduate: Mr Zhu W Y Superviser:Dr & Prof Zhang G Q South China Agricultural University, Guangzhou, 510642;Mapping of the Specific Compatibility Gene S-e using Molecular Markers in Rice(Oryza sativa L.)[J];Molecular Plant Breeding;2003-04\n7 Wu Changjun Jiang Gonghao Li Xin Liu Tao Xu Caiguo He Yuqing*National Key Laboratory of Crop Genetic Improvement and National Center of Crop Molecular Breeding, Huazhong Agricultural University, Wuhan, 430070;Dynamic Detection and Analysis of QTL for Resistance to the Brown Planthopper, Using a Doubled-haploid Rice Population[J];Molecular Plant Breeding;2005-04\n8 Li Rongbai1,5,6* Li Lishu1,6 Wei Sumei2 Wei Yanping3 Chen Yingzhi1,5,6 Bai Delang4 Yang Lang1 Huang Fengkuan2 Lu Weili1 Zhang Xiangjun1 Li Xiaoyong5 Yang Xinqing5 Wei Yuanwen11 Guangxi Crop Genetic Improvement and Biotechnology Lab, Guangxi Academy of Agricultural Sciences, Nanning, 530007; 2 Plant Protection Research Institute, Guangxi Academy of Agricultural Sciences, Nanning, 530007; 3 Agro-information Research Institute, Guangxi Academy of Agricultural Sciences, Nanning, 530007; 4 China National Hybrid Rice Research Center, Changsha, 410125; 5 Rice Research Institute, Guangxi Academy of Agricultural Sciences, Nanning, 530007; 6 Guangxi Key Laboratory of Subtropical Bioresource Conservation and Utilization, Gusngxi University, Nanning, 530005;The Evaluation and Utilization of New Genes for Brown Planthopper Resistance in Common Wild Rice (Oryza rufipogon Griff.)[J];Molecular Plant Breeding;2006-03\n9 XIAO Han-xiang, HUANG Bing-chao,ZHANG Yang(Plant Protection Research Institute, Guangdong Academy of Agricultural Sciences, Guangzhou 510640, China);Application of PSM maker linked to gene Gm6 in rice resistant breeding[J];Guangdong Agricultural Science;2005-03\n10 ZHU Li-li , ZHU Cai-lei,WENG Qing-mei, HUANG Zhen, HE Guang-cun(Key Laboratory of Ministry of Education for Plant Development Biology,Life Sciences College of Wuhan University, Wuhan 430072,China);Research progress on brown planthopper resistance genes in rice[J];Hubei Agricultural Sciences;2004-01


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url: =《Xinjiang Agricultural Sciences》-2004-06\nStudy on Dynamics of Dry Matter and Nutrient Accumulation in Maize under Verious Planting XIAO CHun-hua~1 ,LI SHao-kun~(1,2) ,LIU Jing-de~3 ,WANG Weng-jing~3 ,SONG Qiu-sheng~3(1.Research Center of Xinjiang Crop High-yield,Shihhotze University , Shihhotze, Xinjiang 832003,China;2.Institute of Crop Breeding and Cultivation,Chineseratory of Crop Genetic and Breeding ,Ministry of Agriculture, Beijing 100081,China;3.Xinjiang Agricultural Reclamation Academy of Sciences, Shihhotze Xinjiang 832000,China)\nEffects of Hail Calamity on Growth and Yield of Different Breeds (Series) of Cotton YANG Yuan-yuan,XU Wen-xiu,ZHANG Ju-song(Xinjiang Agricultural University,Urumqi 830052,China)\nBrief Summary of Experiment on Cutting Jujube Twig with Intermittent Sprinkling in the Sun ZHU CHun-lin,WANG Dong-jian, CHEN Qi-lin, ZHUANG Yu-rui(Forest and Horticulture Research Institute, Xinjiang Academy of Agricultural and Reclamation Sciences,Shihhotze 832000,China)\nExperiment on Seedlings and Cultivation of American Black Walnut SONG Feng -hui~1,SHI Yan-jiang~1, CONG Gui-zhi~2,Kader~1(1.Xinjiang Academy of Forestry Sciences,Urumqi 830002,China;2.Institute of Forestry Sciences,Ili Prefecture of Xinjiang,Ining,Xinjiang 835000,China)\nComparing Research of Dictyocaulus Filaria Epizootidogy in Sheep in Urumqi and Area of Altay WANG Yan~1, YUE CHeng~1 , Kuralbek~2,ZHAO Jian-guo~1(1.Parasite Laboratory of Animal Sciences College, Xinjiang Agricultural University, Urumqi 830052,China; 2.Station of Animal Epidemic Prevention and Intendency of Altay, Altay 836500, China )\nThe Effect of Microelement on Micronucleus Cell Rate of Rat's Marrow Cell PENG Xiao-wu,WU Ying-hui,ZHANG Le,WANG Ying(Pharmaceutical College,Xinjiang Agricultural University,Urumqi 830000,China)\nPreliminary Research of Alfalfa Powdery Mildew in Xinjiang LI Ke-mei,ZHAO Li,Rizwangguli,BAI Fu-qiang,ZHAO Ren-jiu(College of Agronomy,Xinjiang Agricultural University Agriculture Department,Urumqi 830052,China)\nEffects of Bovine Colostrum Powder on Modulating Immune Function of Rats with Poor Immunity XIAO Hui,ZHANG Yue-ming,YU Ya-lu,TIAN Yu-lu,LIU Yue-qiang(Department of Nutrition and Food Hygiene of School of Public Health,Xinjiang Medical University,Urumqi 830054,China)\nInformation Management and Fertilizing Decision System Based on Soil Nutrient of SuperMap IS Cotton Field CHEN Yan,LU Xin on and Construction Corps,Shihhotze University,Shihhotze 832003,China)\nNew Conception on the Overall Ecosystem Reconstruction of Secondary Salinization Wasteland in Manas River Valley PAN Xu-dong, YANG-Le , ZHANG Feng-hua, LAI Xian-qin and Construction Corps,Shihhotze 832003,China)\nCurrent States and Evaluation of Fertilzation in Xinjiang Production and Construction Cordps WU ZHi-yong, YAN Jing, ZHANG Xin-guo, AN Nan(Master Station of Spreading Agricultural Technique,Xinjiang Production and Construction Corps,Urumqi 830011,China)\nEffect of Border Check Length on Irrigation Quality under Representative Condition in Sangong River Valley XIE Xiang-wen~1, MEN Fen-xuan~1, LI ZHong-hua~1, ZHONG Xin-cai~1,LIU Hong~2 , GUO Jin~3(1. Institute of Soil and Fertilizer ,Xinjiang Academy of Agricultural Science,Urumqi 830000,China; 2.Bureau of Water Resources of Fukang City,Fukang 831500,China; 3. Xinjiang Academy of Water Resources and Hydropower Science,Urumqi 830000,China)\nImpact of Saving Water on Yield and Quality of Bread Wheat Xinchun 9 Haireguli~1, FAN ZHe-ru~1 , WANG Zi-xia~1 , YE Yu-xiang~2 , CHAI Xue-qin~3 , LI Lan-zhen~4, LI Jian-feng~1 , WU ZHen-lu~1(1.Institute of Nuclear & Biological Technoloqies, Xinjiang Academy of Agricultural Sciences,Urumqi 830000, China; 2.Agricultural Sciences Institute of 5th Division, Xinjiang Production and Construction Corps, Bole 833400, China; 3.Qitai Experimental Farm, Xinjiang Academy of Agricultural Sciences, Qitai 837800, China; 4.21st Regiment, Xinjiang Production and Construction Cops, Hejing 841111,China)\nStudy on the Culture of Gossypium Barbadense from Shoot Apex Tissues in Xinjiang LI Jian-ping, GE Feng, HUANG Quang-sheng, WANG Dong-mei,MENG Qing-yu(Institute of Nuclear and Biological Technoloqies,Xinjiang Academy of Agricultural Sciences,Urumqi 830000,China)\nHigh Quality Rice Variety Qiutian 39 and Cultivation Techniques WEI Yu-bo, LIANG Nai-ting, Buhaliqam, WANG Feng-bin(Institute of Nuclear & Biological Technoloqies,Xinjiang Academy of Agricultural Sciences,Urumqi 830000,China)\nApplication of Grey Relevancy to Agronomic Characteristics Breeding of Colored Hybrid Cotton LUO CHeng, LIU Qing-ming, ZENG Xiao-ying, HU SHou-jiang, ZHENG SHao-hui, WANG Yu-zhen(China Colored- Cotton (group) Co. Ltd of Xinjiang, Urumqi 830016, China)\nBrief Introduction of "Broad Row and Unmoving Vine" Planting Model for Processing Tomato YU Qing-hui~1, PENG Gang~2, YANG Xin-jia~3, FENG Hong-ying~1, MAO Hao-liang~2, ZHANG Gui-ren~1, CHI Qing-yong~2(1 Institute of Horticulture, Xinjiang Academy of Agricultural Science, Urumqi 830000, China;2 Xinjiang Tunhe Seeds Co,Ltd, Changji 831100,China;3 Yanqi Tomato Products Branch Company, Xinjiang Tunhe Joint-Stock Co.Ltd, Yanqi 841100, China)\nAn Effective Method of Extraction Total RNA from Grape Leaves LU Xiao-yan~1,　ZHAO　Ying~2 , SUN Wen-ying~1(1.Horticulture Department, Shihhotze University, Shihhotze 832003, China; 2.Manas Personnel Bureau, Manas Xinjiang 832200, China)\nEfficacy of Several Insecticides on Grape Leafhopper HAO Yan-jun, WANG Suo-lao, WANG Jian, LI Guang-kuo, LI Hao-bin(Institute of Plant Protection,Xinjiang Academy of Agricultural Sciences,Urumqi 830000 , China)


url: =Application of integrated geophysical method in quality detection of dikes--《Progress in Geophysics》2006年04期\nApplication of integrated geophysical method in quality detection of dikes\nSHI Ming,FENG De-shan,DAI Qian-wei(1.Faculty of Land Resource Engineering Kunming,University of Science and Technology,Kunming 650093,China;2.Nonferrous Metals Geophysical and Geochemical Prospecting Team of Guizhou Province,Duyun 558004,China;3.School of Info-Physics and Geometrics Engineering,Central South University,Changsha 410083,China)\nIn the quality detection of Dikes,the geophysical method could carry out fast,undamaged detection.It would form multiresolution easily if adopting single geophysical prospecting method to distinguish dike hidden fault,and it also very difficult to do the accurate classification to the dike quality.This article applies the intergrated geophysical prospecting method such as GPR,high-density resistivity method and seismic prospecting to detecting the DaYuanDu dike quality. It also takes the LongYi port as example,and through integrating these three geophysical prospecting method to consult,validate and supplement each other,then it finds out the locality and buried depth of dike hidden faults,and provides an new working method to the dike quality detection.\n1 Kong Fanliang1,Chen Chao1,Sun Guanjun2 (1.Institute of Geophysics and Geomatics,China University of Geosciences,Wuhan 430074,China;2.Changjiang Institute of Survey,Lanning,Design and Research,Changjiang Water Resources Commission,Yichang 443000,China);Application of Multi-Electrodes Electrical Method to Landslide Investigation in Qingjiang Shuibuya Reservoir[J];Chinese Journal of Engineering Geophysics;2008-02\n2 Liu Bing1,Li Shuguang2(1.Guangdong Nuclear Power Engineering Exploration Institute,Guangzhou 510800,China;2.Institute of Geophysics and Geomatics,China University of Geosciences,Wuhan 430074,China);Application of Multi-Electrodes Electrical Method to Karst Exploration of one Highway in Yunnan[J];Chinese Journal of Engineering Geophysics;2008-05\n3 Wang Ruimin,Liu Huaishan,Zhang Jin,Zhang Weigang,Zhang Jing(Key Lab of Submarine Geosciences and Prospecting Techniques,Ministry of Education,Ocean University of China,Qingdao 266100);Integrative Geophysical Prospecting in Taocun of Shandong and Its Application Effect[J];Chinese Journal of Engineering Geophysics;2009-03\n4 Huang Pan1,Wang Chuanlei1,Liu Bin2,Huang Tao3(1.Institute of Geophysics and Geometrics,China University of Geosciences,Wuhan 430074,China;2.Guangdong Province Nuclear Industry Geological Bureau,Guangzhou 510800,China;3.Beijing Geological Apparatus Company,Beijing 100000,China);Application of Comprehensive Geophysical Prospecting Method in the Exploration of High-speed Railway Tunnel[J];Chinese Journal of Engineering Geophysics;2009-04\n5 LIAO Xiu-ying LONG Hui;The application of high density numerical method in the site selection of bridge over river[J];Shanxi Architecture;2008-34\n6 XIAO Hong-yue1,LEI Wan1,YANG Wei2(1.School of Information Engineering,Chengdu University of Technology,Chengdu 610059,China;2.Chengdu Hydroelectric Investigation and Design Institute of SPC,Chengdu 610072,China);Correspondence between geological characteristics of radar images and typical geological phenomenon[J];Coal Geology & Exploration;2008-04\n1 LIU Kang-he (Tianjin Investigation,Design and Research Institute of Water Resources and Hydropower,Ministry of Water Resources,Tianjin 300222,China);An Integrated Geophysical Exploration of Hidden Dangers in Dyke[J];JOURNAL OF CHANGJIANG VOCATIONAL UNIVERSITY;2000-02\n7 ZHENG Can-tang(Water resources research institute of Shandong province,Jinan 250013,China);Distributing characters of dam spontaneous electric field[J];Progress in Geophysics;2006-02\n8 SHI Nian-zeng,LIU Kang-he(China Water Beifang Investigation,Design & Research Co.Ltd.,Tianjin 300222,China);CASE STUDY OF GEOPHYSICAL PROSPECTING FOR HIDDEN FAULTS IN DIKES[J];Journal of Geological Hazards and Environment Preservation;2005-04\n9 Zeng Ti, Xu Xingxing, Wu Jin, Wu Xiangan;DETECTION OF DAM HIDDEN DANGERS BY GROUND PENETRATING RADAR IN KARST AREA[J];GEOLOGY AND PROSPECTING;1998-03\n10 Xu Fangquan et al;The Application of High-density Resistivity in Detecting of Hidden Defects on dams[J];Equipment for Geotechnical Engineering;2006-04\n2 Zhao Guoping Wang Lijuan Zhang Liqin Jin Yi Wu Bin (China University of Mining and Technology,Beijing 100083,China);Application of Ground Penetrating Radar in Tracking of Soft Layer Crossing Changing[J];Journal of Beijing Vocational & Technical Institute of Industry;2005-02\n3 ZHANG Zuo-xin~1 YANG Shang-hua~2 YANG Zhong-xi~1 YANG Guang-jin~1 PEI Zhong~1 TIAN Ya-jing~1 TIAN She~3 1.Jilin Province Coalfield Geological and Geophysical Exploration Company,Changchun 130033,China 2.Jilin Province Coal Industry Bureau,Changchun 130021,China 3.Beijing Geological and Prospecting Technologic Institute,Beijing 102218,China;Application of Transient Electromagnetic Method at Periphery of Songshu Coal Mine in Hunjiang Basin[J];Journal of Jilin University(Earth Science Edition);2006-S2\n4 Fan YaowuSun Renguo, Lu Yuanlin, Wang Ruo (Jilin Survey Design Institue, Jilin 130021)(Changchun Uni. of Sci. and Tech., Changchun 130026);THE APPLICATION OF SYNTHETIC GEOPHYSICAL TECHNIQUES IN THE SITE SELECTION OF XIAOPANLING ROAD CHANNEL[J];JOURNAL OF CHANGCHUN UNIVERSITY OF SCIENCE AND TECHNOLOGY;1998-02\n6 LIU Zu-min~(1,2),LEI Wan~1,LU Hong-ying~2,WU You-liang~1,LI Jin-xi~11.College of Information Engineering,Chengdu Univesity of Technology,Chengdu 610059,China;2.College of Network Education,Chengdu University of Technology,Chengdu 610059,China;The application of shallow seismic reflection in preselecting the location of a major engineering project[J];Journal of Chengdu University of Technology(Science & Technology Edition);2006-04\n7 ZHOU Li-ming, XIAO Guo-qiang, WANG Fa-gang,CHENG Chuan-huan (Yangtze River Scientific Research Institute, Wuhan 430010, China);Application of High Density Resistivity Method in Detecting Interface Between Stone and Earth[J];Journal of Yangtze River Scientific Research Institute;2004-06\n10 RAN Zhi-jie1,WEN Chao1,ZHANG He1,CAI Ling-ling2,PENG Yuan-qian1 (1.Earthquake Administration of Hebei province,Hebei Shijiazhuang 050021,China; 2.Hongshan Seismic station,Hebei Longyao 054000,China);APPLICATION STUDY ON THE COMMON DEPTH POINT SURVEY AND SEISMIC IMAGING SURVEY IN QUATENARY SYSTEM OVERBURDEN THINER AREA[J];Seismological Research of Northeast China;2007-04\n3 by DONG Yan-peng and WAN Hai Water Resources Research Institute of Shandong Province;Application of high-density resistivity technique to caves of dam[J];Dam & Safety;2006-02\n4 Wang Huilian Li Daxin Deng Shikun Qi Mingsong (China University of Geosciences, Wuhan 430074);APPLICATION OF GROUND PENETRATING RADAR TO CONSTRUCTION FOUNDATION EXPLORATION[J];;1993-03\n8 FENG De-shan, DAI Qian-wei, HE Ji-shan(Institute of Geophysical Technique Exploration, Central South University,Changsha 410083,China);SIR—10H type geology radar data format[J];Progress In Geophysics;2004-03\n1 Liu Bing1,Li Shuguang2(1.Guangdong Nuclear Power Engineering Exploration Institute,Guangzhou 510800,China;2.Institute of Geophysics and Geomatics,China University of Geosciences,Wuhan 430074,China);Application of Multi-Electrodes Electrical Method to Karst Exploration of one Highway in Yunnan[J];Chinese Journal of Engineering Geophysics;2008-05\n2 ZHANG Xiao-jun 1,2,SONG Lei 1,2,CHEN Yong 3,HUANG Jia-hui 1,2 (1.State Key Laboratory for Geomechanics & Deep Underground Engineering,CUMT,Xuzhou 221008,China;2.College of Architecture & Civil Engineering,CUMT,Xuzhou 221008,China;3.Guizhou Communication Planning and Surveying Design Institute,Guiyang 550001,China);Application of Ground Penetrating Radar (GPR) Exploration for Karst Subgrade of the Expressway in Mountain Areas[J];Journal of Guizhou University(Natural Science Edition);2009-05\n3 XIE Xiao-feng ZHANG Xing-jie;Application of high-density resistivity methods in prospect of flood alluvial soil[J];Shanxi Architecture;2009-11\n4 He Wenyong Xiao Tao Yu Renquan (Guizhou Communication Planning Survey & Design Institute);Application of Comprehensive Geophysical Exploration Technology to Maotai Super Bridge Site Survey[J];Site Investigation Science and Technology;2009-03\n3 LIU Kang-he (Tianjin Investigation,Design and Research Institute of Water Resources and Hydropower, Ministry of Water Resources,Tianjin 300222,China);The Application of Geologic Radars in Detecting the Quality of Water Conservancy Projects[J];Journal of Changjiang Vocational University;2001-01\n5 Gao Libing 1 Wang Ying 2 Xia Mingjun 2 (1.Institute of Archaeology,Chinese Academy of Social Science,Beijing 100710;2.Chinese University of Mineralogy, Beijing 100083);THE APPLICATIONS OF GROUND-PENETRATION RADAR IN ARCHAEOLOGICAL PROSPECTION[J];PROGRESS IN GEOPHYSICS;2000-01\n6 LI Jian-hao 1 LI Hua-zhang 1 CHU Zi-han 2 LI Yie-hua 2 XUE Mei 2 (1 Daqing petrolium Burean Hei Lingjiang Daquing 163412; 2 University of Petroleum,Beijing 100083);MORNITERING AND CONTROLLING OF WATER POLLUTION FOR PROTECTING RIVERS, LAKES AND OCEANS[J];PROGRESS IN GEOPHYSICS;2000-01\n8 YU Sheng 1 CHANG Xu 2 (1. National Natural Science Foundation of China, Department of Earth Sciences, Beijing 100085, China; 2. Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100101, China);CHINESE 2000 CITY GEOPHYSICAL SYMPOSIUM HELD IN FUSHUN,CHINA[J];Progress In Geophysics;2001-01\n10 LI Mao rong 1 QI Hong bing 2 WANG Yun 3 CAI Gang 4 (1. Academy of Geological Science of Shengli Petroleum Ltd. Cor., Dongying, 257015, China; 2. Chinese University of Geology, Material Science Department., Beijing, 100083, China; 3. Institute;KEY GEOLOGICAL PROBLEMS AND GEOPHYSICAL TECHNIQUES IN THE EXPLORATION OF THE UNDERGROUND WATER IN THE WESTERN OF CHINA[J];Progress In Geophysics;2001-04


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url: =Erhai Park travel guidebook –must visit attractions in Dali – Erhai Park nearby recommendation – Trip.com\nAddress: Binhai Avenue, Dali City, Dali Bai Autonomous Prefecture\nThe Erhai Lake is a symbol of Dali. It is named Erhai Lake because it is shaped like an ear 👂. At the southernmost point of Erhai Lake, at the earlobe, there is a park near the sea and a coastal avenue. This is the best place to view the sea from land.\nReviewed on 1604607542000\nErhai Lake Park is located on the southernmost shore of Erhai Lake. It is a strip-shaped park with trees planted along the coast. At the same time, you can see the boundless Erhai Lake from here to the north. It is a good place for people to exercise in the morning.\nReviewed on 1604274923000\nOn the south bank of Erhai Lake in Dali, there is the best place to view the sea-Erhai Park. Facing the Erhai Lake for a lifetime from here is really desirable. If you are free, you can join this romantic Erhai Lake for a meal and an appointment with friends. This covenant is never restrictive, and you can do whatever you want.\nReviewed on 1603207119000\nErhai Park is located at the southern end of Erhai Lake and is the first stop to visit the Cangshan and Erhai Scenic Area. There is an oval hill in the park, which is called "Tuanshan" by the locals because of its shape. Erhai Park is composed of Haixin Pavilion, swimming pool, Wanghailou promenade, zoo, botanical garden, flower garden, Diaoyutai, playground and other parts. In December 1976, it was turned into Erhai Park, covering an area of about 864 acres, with a water area of 1065 acres. There are lush forests on the hills and under the mountains. The pavilions, terraces, buildings, and pavilions echo each other. It has become the largest and largest facility on the market in Dali. A large-scale comprehensive park with a lower level.\nReviewed on 1602454989000\nIn view of the uncertain weather and occasionally there is no rain for a short time, I plan to go out and turn around. It happens that the park is at the entrance of the hotel. In fact, it should be that the hotel is surrounded by mountains on one side and the sea on three sides. It's quite convenient. The ideal way to go up the mountain is to go out and turn left and walk along the Erhai Lake for about 5-6 minutes. When you see the statue of the fisher girl, it's almost the same. It is not recommended to go up the mountain in one breath, especially the elderly and children in plateau areas, please be cautious about excessive exercise\nReviewed on 1605509749000\nLocated on the north side of Dali City, Erhai Park is a city park along the Erhai Lake. It is a beautiful city park with beautiful scenery and convenient transportation. It is the first stop for many tourists visiting Dali. There is a hill in the park called Tuanshan. It is the place where the Nanzhao king raised deer. Walking to the top of the mountain, you can look out over the Erhai Lake and overlook the scenery of the city.\nAttractions Near Erhai Park\nDali International Convention & Exhibition Center\nMore attractions near Erhai Park\nHotels Near Erhai Park\nDali Tujia Seaview Lnn\nMore hotels near Erhai Park\nErhai Park Attractions | Minzu Square Attractions | Dali Prefecture Museum Attractions | Erhaiyue Wetland Park Attractions | Dali Library Attractions | Xiongfengta Park Attractions | Long Mountain Park Attractions | Qingguang Mountain Park Attractions | Dali Christian Church Attractions | Tianbao Park Attractions | Binhai Park Attractions | Longweiguan Ruins Attractions | Xiaguanfengche Square Attractions | Baolin Temple Attractions | Taihecheng Relic Site Attractions | Nanhua Dehua Monument Attractions | Fazhensi Attractions | Dalicang Mountain Botanical Garden Attractions | Mosque (dongnanmen) Attractions | Zhangjia Garden Attractions | Gantong Ropeway Attractions | Gantong Temple Attractions | Jizhao Nunnery Attractions | Jinsuo Island Attractions | Dalihaiyang World Attractions | Luoquan Peninsula Tourism Area Attractions | Dali Erhai Tianjing Temple Attractions | Qingbi Creek Attractions | Cangshanda Canyon Attractions | Yunshang Flower Sea Attractions\nLijiang Travel | Kunming Travel | Xishuangbanna Travel | Dali Travel | Shangri-La Travel | Jinghong Travel | Tengchong Travel | Pu'er Travel | Yuanyang Travel | Dali Travel | Deqin Travel | Mile Travel | Mengla Travel | Jianshui Travel | Diqing Travel | Shilin Travel | Menghai Travel | Baoshan Travel | Chengjiang Travel | Luoping Travel | Ruili Travel | Anning Travel | Jianchuan Travel | Yuxi Travel | Yulong Travel | Ninglang Travel | Mengzi Travel | Lincang Travel | Weishan Travel | Gongshan Travel


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url: =Australian National Action2 : 暴风影音 澳大利亚国家行动Octobis2014年第133号公共信息公告\n索马里联系人：@13年10月31日：。“有一本新书关于1918年至1925年在英国的索马里战争中我方已导致了一个”疯狂“毛拉我们失去了英国瓜分了我们的土地，他们割让土地。 2.5万索马里肯尼亚和350万索马里人到埃塞俄比亚的土地这就是为什么我们这么多的人现在生活在肯尼亚北部：这是我们的土地 - 英国刚搬到边境“！\nJU-骗子吗？ “实打实的！”：@13年6月11日由毛利人的女权主义者：“我走在布里斯班劳动节游行与当时的总理朱莉娅·吉拉德[第一麦2013]。我什至连我的照片被她吸引住了！它没有出来所以我才回去，拍了拍她的肩膀，说：“对不起，朱莉娅，我可以拿到了吗？”，她做到了。你能想到的美国总统是如此自由的公开？一个'我还没有一个澳大利亚人！“[真。美国是在自己的联赛。 RE]\n社论 - 吸血鬼VERSUS僵尸：最新Sollywood一抖，而是由一名支持者提出的问题不是标题：“为什么迷恋吸血鬼和僵尸好莱坞电影？”要回到1920年的无声电影时代。这些数字是贝拉·古喜和鲍里斯卡洛夫描绘这些类型。这些字符是再受欢迎。为什么呢？首先，我们必须承认，这些影片的格式，因为它们的来源发生了变化。在1920年的“怪物”是恐怖的生物：好惊吓的妇女和儿童在电影之前，英雄人物追捕他，杀害他。结束。\n亚美尼亚种族大屠杀解释：鸟无翼由路易·德·Bernieres（纽约：阿尔弗雷德A. Knopf出版社，2004年）。 [A novelised土耳其，希腊和亚美尼亚的生活考虑，1914年至1922年。\n“四年后，斯大林复活它。 27 Septembis1947年，他创立了共产党和工党，又名Informburo或情报局的情报局在Szkerska波伦巴，九个欧洲共产党的波兰会议。继南斯拉夫从东方集团于1949年Novembis分割情报局不复存在“（p.534）。\n“二战期间，美国的工业潜力上涨了50％。与此相反，苏联有1000'它毁了人口中心。 1946年饥荒摆在面前和苏联的整个西部地区淹没在游击战。后德国军队被驱逐，武警部队继续战斗苏军在波罗的海国家和乌克兰西部的战争后5年整。现代苏联历史的这一方面并没有收到应有的重视“（P.531）。 [我们的重点]\n“在1946年4月12日内政部长克鲁格洛夫发出的报告，斯大林：火星1946年期间，”8360游击队员被打死或者在乌克兰西部以及8门迫击炮，20重机枪，712冲锋枪，步枪2,002，600支步枪俘虏， 1,766手榴弹，印刷机4台，33台打字机。 200克格勃和红军部队被打死。立陶宛在同一时期145游击队被打死，1500捕获44挺重机枪，289支步枪，122支手枪和182枚手榴弹。 215克格勃和红军部队被打死。武装发生冲突，发生在白俄罗斯，拉脱维亚，爱沙尼亚“（P.531）。\nàodàlìyǎ guójiā xíngdòng Octobis 2014 nián dì 133 hào gōnggòng xìnxī gōnggào\nbàofēng yǐngyīn huì cóng “nèibù rénshì”, chuányán xìnxī. Wǒmen wúfǎ quèrèn tāmen de gùshì. Zuìxīn xiāoxī:\nSuǒmǎlǐ liánxì rén: @ 13 Nián 10 yuè 31 rì: . “Yǒuyī běn xīnshū guānyú 1918 nián zhì 1925 nián zài yīngguó de suǒmǎlǐ zhànzhēng zhōng wǒ fāng yǐ dǎozhìle yīgè” fēngkuáng “máolā wǒmen shīqùle yīngguó guāfēnle wǒmen de tǔdì, tāmen gēràng tǔdì. 2.5 Wàn suǒmǎlǐ kěnníyǎ hé 350 wàn suǒmǎlǐ rén dào āisāi'ébǐyǎ de tǔdì zhè jiùshì wèishéme wǒmen zhème duō de rén xiànzài shēnghuó zài kěnníyǎ běibù: Zhè shì wǒmen de tǔdì - yīngguó gāng bān dào biānjìng “ !\nJU-piànzi ma? “Shídǎshí de! ”: @ 13 Nián 6 yuè 11 rì yóu máolì rén de nǚquán zhǔyì zhě: “Wǒ zǒu zài bù lǐsī bān láodòng jié yóuxíng yǔ dāngshí de zǒnglǐ zhūlìyà·jí lā dé [dì yī mài 2013]. Wǒ shén zhì lián wǒ de zhàopiàn bèi tā xīyǐn zhùle! Tā méiyǒu chūlái suǒyǐ wǒ cái huíqù, pāile pāi tā de jiānbǎng, shuō: “Duìbùqǐ, zhūlìyà, wǒ kěyǐ ná dàole ma? ”, Tā zuò dàole. Nǐ néng xiǎngdào dì měiguó zǒngtǒng shì rúcǐ zìyóu de gōngkāi? Yīgè'wǒ hái méiyǒu yīgè àodàlìyǎ rén! “ [Zhēn. Měiguó shì zài zìjǐ de liánsài. RE]\nshèhuì zhǔyì chūxiànle: Zài 2011 niándǐ, wǒmen bàoyuàn de lǎo yòupài jījìn yuē yóu dāngnián bù lái gōngdǎng zhèngfǔ zuìxīn de zhèngzhì, zhèngquè de zhàoshū. Tā huídá shuō:\n“Shèhuì zhǔyì shì gòngchǎn zhǔyì bǐ chà. Gòngchǎn zhǔyì shì qiánqí, zhíjiē de, duìkàng xìng de. Shèhuì zhǔyì shì wéimiào de, yǐncáng de, dìxià de. Dànshì měitiān dū yǒu xīn de wèntí, rú zá cǎo, yǒngxiàn chū “ .\nROADTEK: “Wǒ gēgē de Roadtek [bàn sīrén dàolù jiànshè de zhǔyào dàolù kūnshìlán bùmén shǒubì] zài tú wén bā. Tāmen xiū lù biàn dá lìng táng sī qūyù. Yījiā sīyíng gōngsī huòdé àoyuán 500 wàn měiyuán zuòle yīduàn dàolù, dàn yóu tā wùshì. Wǒ gēgē de chuányuán “de guǎnggào lái de'N'jiějué tā huāfèile éwài àoyuán 500 wàn yuán. Zài nǎlǐ, zài shénme yìyìle? Wèishéme shì zài [kūn xié hào zhuǎn wǎng] zhèngfǔ jìxù sīyǒu huà de zhèng fu zhínéng? “\nZài hé de érzi: “Wǒ de nǚ'ér shì 10 suì. Zài tā de bānjí zài xuéxiào de háizi hěn bàolì. Tā de māmā shì yīgè jìnǚ hé tā xiāngdāng kāifàng. Tā shì jiāo'ào de: Tā xīwàng měi gèrén dōu zhīdào. Bìjìng, tā shì héfǎ duōnián. Tā de dà nǚ'ér 21 suì. Tā shì yīgè jìnǚ, tài. Tā de dì èr gè nǚ'ér 12 suì. Tā bèi qiángjiānle. Tā de māmā ràng kèhù liú xiàle', dàn yuánlái tā shì yīgè liàn tóng pǐ. Suǒyǐ, niánqīng de nǚ'ér dōu gǎo zále xiànzài. Yuánlái shì tā de dìdì, 10 suì.\nTā tǒngle nán lǎoshī dài xuè jiān de qiānbǐ. Xuéxiào zǒu jìn suǒdìng. Sān wèi jiàoshī de rènwù shì liú ràng tā píngjìng xiàlái. Zhǐyǒu yīgè rén qù yǔ bān shàng qítā tóngxué dào xuéxiào de tuǒyuán xíng. Dì èr tiān zǎoshang, tā yòu huílái shàngkè, dàn xiànzài yǒu tā zìjǐ de iPad, bìng cānjiāle pēngrèn bān. Tā dédào jiān jiānbing zǎocān lái chīle. Háizimen de xiūxí jiù kāishǐ shuō:“Hēi! Nǐ zài jiǎnglì bùliáng xíngwéi. “Tāmen dōu qiāndìng yǒu zài wéi shàn” shì méiyǒu yìyì de.\nShèlùn - xīxuèguǐ VERSUS jiāngshī: Zuìxīn Sollywood yī dǒu, ér shì yóu yī míng zhīchí zhě tíchū de wèntí bùshì biāotí: “Wèishéme míliàn xīxuèguǐ hé jiāngshī hǎoláiwù diànyǐng? ” Yào huí dào 1920 nián de wúshēng diànyǐng shídài. Zhèxiē shùzì shì bèi lā·gǔ xǐ hé bào lǐsī kǎ luò fū miáohuì zhèxiē lèixíng. Zhèxiē zìfú shì zài shòu huānyíng. Wèishéme ne? Shǒuxiān, wǒmen bìxū chéngrèn, zhèxiē yǐngpiàn de géshì, yīnwèi tāmen de láiyuán fāshēngle biànhuà. Zài 1920 nián de “guàiwù” shì kǒngbù de shēngwù: Hǎo jīngxià de fùnǚ hé értóng zài diànyǐng zhīqián, yīngxióng rénwù zhuībǔ tā, shāhài tā. Jiéshù.\nXīxuèguǐ jīntiān: Jīntiān, shìqíng yǐjīng yǎnbiàn chéng gèngjiā wéixiǎn. Ràng wǒmen lái liúlǎn yīxià mù guāng zhī chéng sān bù qǔ zhǔyǎn yīngguó yǎnyuán luōbótè·pà dīng sēn. Jīyú yī běn shū yóu yīgè mó mén jiàotú, sīdìfēn nī méi yé tā zuìzǎo shì zài 2005 nián chūbǎn de, bèi shìfàng zài 2008 nián de dì yī bù diànyǐng zài mù guāng zhī chéng de guàiwù, xiànzài shì bùshì yīgè ègùn, dàn xīyǐn de duìxiàng, yīgè shòu pòhài de, shǎoshù rén wùjiě, shènzhì chéngyuán shuí shì'zhǐshì'yuèduì'shùn qí zìrán' . De mù guāng zhī chéng xìliè shūjí hé diànyǐng, yóuqí shì zài fánzhí niánlíng de niánqīng nǚxìng de pǔjí, bāngzhù móshì de sīkǎo guòchéng, shuō:“Zhè shì zhèngcháng de shǎoshù jìshēng shēnghuó, chéngwéi suǒzài guó shèhuì”. Piàn zǐ chūlái hòu de 2007 nián, dāng jìshēng de wàilái jīngyīng “bēngkuì” huá'ěrjiē nàme zhěnggè xīfāng jīngjì. Tōngguò zài xīfāng dàzhòng zhège jīngjì zāinàn de chénmò de fǎnyìng zài hěn dà chéngdù shàng yào guīgōng yú méitǐ de yù chǔlǐ.\nJiāngshī: Sollywood kǒngbù, jiāngshī de dì èr liàn, yě chūxiànzài 1920 nián. Zài'huó sǐrén'chūxiànzài zhèyàng de jīngdiǎn zhī zuò 1932 nián de bái jiāngshī yǒu xiàng bǎoshí: “Duōme kěpà de mìngyùn! Yào hēirén de núlì. Jiāngshī géshì shì yóu měiguó lāměi yì dǎoyǎn, qiáozhì·luō méi luō fùhuó yǔ 1967 nián de huó sǐrén límíng. Hēisè'yīngxióng'de shēngcún zhìliàng, jiāngshī de gōngjí yī wǎn zài yīgè gūlì de nóngshè qiǎngpò suǒyǒu de báisè xìngcún zhě wài, tāmen sǐ zài shí rén jiāngshī de shǒu. Cóng fángzi de fèixū zhōng, dì èr tiān zǎoshang, tā bèi yīgè quán bái de, jiāngshī shòuliè bō sāi mǎnzú bùduàn yǒngxiàn. Kàn dào tāmen de péngyǒu, tāmen zhōuwéi sànluò de yíjī chéngdān'yīngxióng'shì yīgè jiāngshī hōng tā shīwàng, yīnwèi tā de zhǒngzú chūlái yíngjiē tāmen. DOTD de “sībēn” de chénggōng yǐnfāle lìngwài liǎng gè diànyǐng.\nWǒmen DEMISE: Kǒngbù de jiāngshī zǐ liúpài sǐle (shuāngguān yǔ), zhídào jǐn cì yú 2001 nián 9-11 zhè gǎibiànle yǐqián de géshì yǒu liǎng zhǒng fāngshì. Zhíwù dàzhàn jiāngshī réngrán shāhài de shìxiàn, dàn zhège xiǎngfǎ xiànzài shì yīgè duōyuán zhǒngzú de jīngyīng yīnggāi shēngcún de rènhé'jiāngshī qǐshì lù' . Zài jiāngshī shí jǐ suì de bǐchù dì èr gè qūshì de kuángrè bàotú zhuīqiú zhège zhǒngzú duōyuán huà jīngyīng. Tāmen cóng'ér péiyǎng wǒmen de báiyī qīngnián rènwéi zhè shì zhèngcháng de yīgè xiǎo bùfèn jīngyīng shā sǐ jué dà duōshù, rúguǒ dāng tāmen juédé shòudào wēixié. Rènhé rén dōu kěyǐ cāi dào shuí xiě de, shēngchǎn hé zhǐdǎo zhèxiē zhǔn diànshì gòuwù jiémù? Wǒmen zuì xǐhuān de wài xīng rén jīngyīng. Dàzhòng méitǐ, dàzhòng jiàoyù, dàzhòng yúlè de suǒyǒu mùdì shì gǔlì wǒmen de tóngmóu zài wǒmen zìjǐ de mièwáng.\nYàměiníyǎ zhǒngzú dà túshā jiěshì: Niǎo wú yì yóu lùyì·dé· Bernieres (niǔyuē: Ā'ěr fú léi dé A. Knopf chūbǎn shè, 2004 nián). [A novelised tǔ'ěrqí, xīlà hé yàměiníyǎ de shēnghuó kǎolǜ, 1914 nián zhì 1922 nián.\n(P.273): “Jǐ shí niánlái, yàměiníyǎ hé dōng'ān nà tuō lì yǎ bùluò yǐjīng zài duìfāng de hóulóng. Wúlùn shì kù'ěrdé rén hé yàměiníyǎ rén xiāngxìn zìjǐ de zhǒngzú hé zōngjiào de yōuyuè xìng. Kù'ěrdé rén shì kuángrè de yīsīlán zhǔyì zhě, dàn hěn shǎo yǒurén dúguò kělánjīng dehuà. Yàměiníyǎ rén rènwéi tāmen shì nuó yà de zhíxì hòudài, ér zhè shǐ tāmen yǔ zhòng bùtóng. Yàměiníyǎ rén xīwàng de zìzhǔ quán, dàn kù'ěrdé rén shì zhōngyú guójiā. Duōnián de mìmì zhànzhēng cúnzài de liǎng zǔ “zhī jiān.\n(P.274):“Zài ēn wéi'ěr de àosīmàn zhèngcè jīdū tú xiàn zài zhēngzhào dàliàng yǒngxiàn. Wéiyī de chūlù shì yào fùchū tèshū de “shuì”. Dà bùfèn yàměiníyǎ rén tài qióng fù, suǒyǐ àosīmàn jūnduì hěn kuài jiù chōngmǎnle kělián de yàměiníyǎ yìwùbīng, shuí réngrán kěwàng dúlì.\nZài yàměiníyǎ de dà bēijù de dì yī bù shǐ yú jiā luō Pastermadjan, yàměiníyǎ MP cóng āi ěr zǔ lǔ mǔ, dǎozhì dà bùfèn de dì 3 jítuánjūn de yàměiníyǎ guānbīng jiāo gěi éguó rén. Ránhòu, tāmen jiārùle tāmen zài tāmen de xià yīgè gōngjí. Àosīmàn rènwéi zhè shì pànguó zuì. Tāmen chuánshū de suǒyǒu yàměiníyǎ rén zhàndòu dānwèi de láodòng yíng, zài nàlǐ tāmen bèi rúcǐ yánlì xǔduō lěngqīng chǔlǐ. Zhèxiē zǔchéng wǔzhuāng tuánhuǒ, qiēduàn dàolù hé qiáoliáng, gōngjí bǔjǐxiàn hé shòushāng dì liè. Tāmen zhēnduì kù'ěrdé rén de cūnzhuāng. Yóuyú suǒyǒu zhuàngdīng dōu bèi zhēngzhào, jiéguǒ kě xiǎng ér zhī.\nWèi liǎo jiějué zhège wèntí, zài 1915 nián 5 yuè 2 rì ēn wéi'ěr·pà xià zhìdiàn tǎ lā tè bèi, nèizhèng bùzhǎng. Tā shuō:“Cóng àosīmàn dìguó de qiánxiàn hòufāng shānchú suǒyǒu yàměiníyǎ rén. Tā guīdìng yīnggāi yǒu “bù nüèdài'tā shuō: 'Pāimài měi gè jiātíng de cáichǎn, gěi tāmen qián, dāng tāmen dàodá mùdì de' .”\n(P.275): “Bùduì tǎ lā tè bèi zhǐdìng de hùsòng liúwáng zhě bùshì chángkè, yīnwèi zhèxiē dōu zài qiánmiàn, dàn kù'ěrdé zhèngguījūn. Zhè shì bù kěnéng jìsuàn yǒu duōshǎo yàměiníyǎ rén sǐwáng de qiángxíng jūn. Jù zhǐkòng tǎ lā tè bèi gōujié de mièjué shì gùyì de yùndòng “ .\nDVD dǎodú: Āng zāng de zhànzhēng yóu qiáonàsēn·wéijīn (86 fēnzhōng) ( ? ). Tèxiě kàn kàn měiguó yǐnxíng tèqín jiàn zì 9-11.\n“Suíjí 9-11 hòu zhǐyǒu 7 duì CIA'Kill huò bǔhuò” lièbiǎo míngchēng. Zài 2003 nián yīlākè zhànzhēng zhè yī zēngzhǎng dào 55 míng, zúyǐ bǎ duì “dǎpái” de jiǎbǎn. Běn·lādēng zhī sǐ gěile fǎnkǒng zhànzhēng de tuīdòng zuòyòng. Zài “shā míngdān”, xiàn zài yǐjīng fāzhǎn dào shù qiān míng. Zài āfùhàn, lìrú niánlíng zài 15-70 suì nánxìng de rènhé yīgè héfǎ de mùbiāo “ .” Jìzhě qiáonàsēn wéijīn zhǎodàole měiguó de mìmì dānwèi sǐwáng bèihòu de quánqiú, zài chāoguò 40 gè guójiā, dānwèi? Liánhé gōngjí zuòzhàn sīlìng bù (JSOC).\nWéijīn huìjiàn suǒmǎlǐ jūnfá, “yīn dá Eyah” huò “báiyǎn” shuí de zuòpǐn zhíjiē JSOC. Tā de mìnglìng bāokuò dào: “Zhuībǔ hé shā sǐ suǒyǒu de kǒngbù fèn zi yóuqí shì wàiguó rén. Tā shuō:“Pāishè de suǒyǒu wàiguó rén bìxū bèi shā sǐ, bìng yǎnmái zài zhànchǎng shàng. [JSOC] fēi jiǎnsuǒ suǒmǎlǐ de jīgòu jiàndìng de JSOC sōu jìnhǎi. Zhèyàng de zhēnduì xìng kěyǐ dǎshàngle tāmen de “shā míngdān” “ . JSOC yīzhí zài suǒmǎlǐle shí nián. Wú rén jiàshǐ fēijī xíjí, yè xí, gùyōng bīng. Jīngguò shí duō nián de xiāoxī shì cǎndàn de shì wèilái”.\n“Bái yǎnjīng shuō: ” Měiguó shì zhànzhēng de dàshī, tāmen zhīdào rúhé yùnxíng yī chǎng zhànzhēng. “Dào mùqián wéizhǐ, zhǐyǒu liǎng míng měiguó gōngmín bèi shāhài, wúlùn shì zài yěmén de fùqīn, yī wèi mùsīlín chuánjiào shì, bèi dǎ sǐ ránhòu yīgè xīngqí hòu. , Tā 16 nián suì de érzi, érzi bèi shā bùshì yīnwèi tā zuòle shénme, ér shì yīnwèi tā kěnéng yǒu yītiān huì chéngwéi yīgè zhànzhēng yǐjīng kuàyuèle wàiguó rén hé měiguó gōngmín bèi měiguó zǒngtǒng lìng de yīzhì hǎopíng ànshā quánqiú fāqǐ de, zài zhòngmùkuíkuí xià shā gěi dàjiā kàn. Zěnme huì yǒu zhèyàng yī chǎng zhànzhēng jiéshù? “\n“Cóng wǒ zìjǐ de yánjiū, wǒ bǎ shùzì shū 1941-45 zài 26-27 wàn yuán. Qiān wàn zài zhàndòu zhōng huòzhě zuòwéi zhànfú de sǐwáng, zuòwéi jūnrén, yóují duì hépíngmín. Zuì móhú de shì nàxiē bèi liè wèi “shīzōng”. Zhè bāokuò nàxiē bèi fú hái yǒu nàxiē hǎiguī zài wújìn de nèiwù rénmín wěiyuán bù'jiǎnchá'zài sūlián jízhōngyíng “ (p.506) Shuí xiāoshīle. Sūlián jūnshì shūle qiú jūn gāo yú déguó shīqù yóuyú sīdàlín de jiānchí, mùbiāo shíxiàn “wúlùn sǔnshī”. Xīshēng shèhuì zhǔyì yāoqiú de xīshēng shīqù “ (p.506)\n“1946 Nián hòu, sīdàlín juéxīn yào dǎpò měiguó de hé lǒngduàn; tā zhǔnbèi yòng mǎyǐ de shǒuduàn, bāokuò guójì láogōng hé gòngchǎn zhǔyì yùndòng hé xīnxīng de hé píng yùndòng, táitóu wèi sūlián. Tā shèlìle yīgè jīgòu lái xiétiáo shìjiè gòngchǎndǎng de huódòng. Sīdàlín céng quànshuō jiěsàn gòngchǎn guójì [gòngchǎn guójì] zài 1943 nián, xīwàng xīfāng méngguójiāng kāipì dì èrzhànchǎng “ (p.533).\n“Sì nián hòu, sīdàlín fùhuó tā. 27 Septembis 1947 nián, tā chuànglìle gòngchǎndǎng hé gōngdǎng, yòu míng Informburo huò qíngbào jú de qíngbào jú zài Szkerska bō lúnbā, jiǔ gè ōuzhōu gòngchǎndǎng de bōlán huìyì. Jì nánsīlāfū cóng dōngfāng jítuán yú 1949 nián Novembis fēngē qíngbào jú bù fù cúnzài “ (p.534).\n“1946 Nián zuòwù shībài. Tā shībài zhīqián, zài 1943 nián, dàn dāngshí dì měiguó tígōng de liángshí “ (p.512) Suǒyǒu [méiyǒu měiguó de yuánzhù, sūlián jiù shīqùle èrzhàn. Xītèlēi zài 1941 nián de pínggū shì zhǔnquè de: Sūlián huì zài liù gè xīngqí nèi, dàn duìyú měiguó de jièrù, shìqíng méiyǒu rén nénggòu yùcè dǎotā. RE].\n“Wúlùn shì nóngyè, yě bù xiāofèipǐn shì rènhé hòuguǒ sīdàlín” (p.517).\n“Nóngyè xiàjiàng. Shēnghuó zài 1950 nián de biāozhǔn shì yīyàng de 1913 nián de wú xiūzhǐ de shíyàn, tōngguò gāi zhìdù dédào hěn shǎo de rén. Zài sīdàlín de guāndiǎn jǐyǔ gāo yú zuìdī xiàndù de rén rènhé dōngxī, zhǐ huì bàihuài tāmen “ (p.518).\n“Zài 6 rì huǒxīng zài 1946 nián mìsūlǐ zhōu fù ěr dùn qiūjí'ěr de yǎnjiǎng shì bǎ shìjiè” (P.531)\n[Qiūjí'ěr jièyòng yuēsèfū gē péi ěr miáoshù de shìjiè fēnliè chéng dōng, xī yījù, diàoyòng lièhén “de tiě mù zài ōuzhōu”. Sīdàlín rènshí dào diǎngù, juédé shòudào wēixié. RE].\n“Èr zhàn qíjiān, měiguó de gōngyè qiánlì shàngzhǎngle 50% . Yǔ cǐ xiāngfǎn, sūlián yǒu 1000'tā huǐle rénkǒu zhōngxīn. 1946 Nián jīhuang bǎi zài miànqián hé sūlián de zhěnggè xībù dìqū yānmò zài yóujízhàn. Hòu déguó jūnduì bèi qūzhú, wǔjǐng bùduì jìxù zhàndòu sū jūn zài bōluódìhǎi guó jiā hé wūkèlán xībù de zhànzhēng hòu 5 nián zhěng. Xiàndài sūlián lìshǐ de zhè yī fāngmiàn bìng méiyǒu shōu dào yīng yǒu de zhòngshì “ (P.531). [Wǒmen de zhòngdiǎn]\n“zài 1946 nián 4 yuè 12 rì nèizhèng bùzhǎng kè lǔ gé luò fū fāchū de bàogào, sīdàlín: Huǒxīng 1946 nián qíjiān, ” 8360 yóují duìyuán bèi dǎ sǐ huòzhě zài wūkèlán xībù yǐjí 8 mén pò jí pào, 20 zhòng jīqiāng, 712 chōngfēngqiāng, bùqiāng 2,002, 600 zhī bùqiāng fúlǔ, 1,766 shǒuliúdàn, yìnshuā jī 4 tái,33 tái dǎzìjī. 200 Kègébó hé hóngjūn bùduì bèi dǎ sǐ. Lìtáowǎn zài tóngyī shíqí 145 yóují duì bèi dǎ sǐ, 1500 bǔhuò 44 tǐng zhòng jīqiāng, 289 zhī bùqiāng, 122 zhī shǒuqiāng hé 182 méi shǒuliúdàn. 215 Kègébó hé hóngjūn bùduì bèi dǎ sǐ. Wǔzhuāng fāshēng chōngtú, fāshēng zài bái'èluósī, lātuōwéiyǎ, àishāníyǎ “ (P.531).\n“Zài wūkèlán xībù [jí bōlán dōngbù] de wǔzhuāng chōngtú yīzhí chíxù dào 1951 nián “ (p.508)\nPosted by Steve Godfrey at 12:17


url: =22.02.2016 - Happy end - Lobosonda | Whalewatching | MadeiraLobosonda | Whalewatching | Madeira 22.02.2016 - Happy end - Lobosonda | Whalewatching | Madeira\nBottlenose dolphin, Common dolphin, Dolphins, Loggerhead sea turtle, Others Animals\n22.02.2016 – Happy end\nOne might say we’ve “only” seen some dolphins and in the morning they “weren’t so interested” in us or in the afternoon they appeared “so late”. The other say, we’ve seen two different species of dolphins in the morning and in the afternoon we’ve had an happy ending with Common dolphins and a Loggerhead turtle. I decide myself for the second way of perception and I’m happy about all the nice guests onboard that did the same.\n15.00: Common dolphins, Loggerhead turtle


url: =Bboy Mike Blog. All Information .: Dread Out, Game Horror Karya Anak Bangsa!\nDiposting oleh Michael Lie di 09.04


url: =Luxury Shower Power | pure-water-plumbing\n• Dimensions: 8" x 3" x 3"\n• Weight: 1 lb 10oz\n• Recommended flow rate 2.5 gallons per minute with the maximum of 5 GPM.\nCRYSTAL QUEST® Luxury Shower Power is the most advanced shower filter on the market. Removes chlorine, chloramines, VOC's, THM's, pesticides, sulfur, heavy metals, hydrogen sulfide ("rotten egg" odor), iron oxides ("rust water"), dirt, sediment and other odors..... and it's pH balanced!! It works in the shower by filtering the water through each stage of ERA-6500 and ERA-9500 and then Coconut Shell Granular Activated Carbon. The result? The healthiest, most refreshing shower experience ever.\nWhite-Just shower filter without massage shower head $34.95\nWhite-With massage shower head $39.95\nChrome-Just shower filter without massage shower head $39.95\nChrome-With massage shower head $44.95


url: =Xiaoduo Pan - Semantic Scholar\nGlen E. Liston7\nXiaoduo Pan, Xin Li, Kun Yang, Jie He, Yanlin Zhang, Xujun Han\nDevelopment of an accurate precipitation dataset is of primary importance for regional hydrological process studies and water resources management. Here, four regional precipitation products are… (More)\nXin Li, Zhuotong Nan, +8 authors Zhongming Zhu\nXin Li, Rui Jin, Xiaoduo Pan, Tingjun Zhang, Jianwen Guo\nXiaoduo Pan, Xin Li, Guodong Cheng, Hongyi Li, Xiaobo He\nTo obtain long term accurate high resolution precipitation for the Heihe River Basin (HRB), Weather Research and Forecasting (WRF) model simulations were performed using two different initial… (More)\nXiaoduo Pan, Xin Li, Guodong Cheng, Yang Hong\nIndividually, ground-based, in situ observations, remote sensing, and regional climate modeling cannot provide the high-quality precipitation data required for hydrological prediction, especially… (More)\nXin Tian, Christiaan van der Tol, +11 authors Longhui Li\nWe propose a long-term parameterization scheme for two critical parameters, zero-plane displacement height (d) and aerodynamic roughness length (z0m), that we further use in the Surface Energy… (More)\nDonghang Shao, Hongyi Li, Jian Wang, Xiaoduo Pan, Xiaohua Hao\nImpact Analysis of Climate Change on Snow over a Complex Mountainous Region Using Weather Research and Forecast Model (WRF) Simulation and Moderate Resolution Imaging Spectroradiometer Data…\nXiaoduo Pan, Xin Li, Guodong Cheng, Rensheng Chen, Kuolin Hsu\nClimate change has a complex effect on snow at the regional scale. The change in snow patterns under climate change remains unknown for certain regions. Here, we used high spatiotemporal resolution… (More)\nDevelopment and validation of remote sensing products of hydrological cycle to close water balance at river basin scale\nXin Li, Shuguo Wang, +6 authors Chunlin Huang\nDevelopment and validation of hydrological cycle elements derived from remote sensing observations are of utmost importance for the study of hydrology at different scales, especially at watershed… (More)


url: =Effect of Dipyridamole Therapy on Kawasaki Disease with Glucose-6-Phosphate Dehydrogenase Deficiency in Children--《Journal of Applied Clinical Pediatrics》2009年01期\nEffect of Dipyridamole Therapy on Kawasaki Disease with Glucose-6-Phosphate Dehydrogenase Deficiency in Children\nLI Shu-hua,HUANG Ping,YU Ming-hua(Department of Cardiology,Guangzhou Women and Children's Medical Center Children's Hospital,Guangzhou 510120,Guangdong Province,China)\nObjective To evaluate the therapy and turnover of Kawasaki disease(KD)with glucose-6-phosphate dehydrogenase(G-6-PD)deficiency.Methods Six hundred and twenty-four patients with KD were selected including 32 patients who had G-6-PD defected.The same dose intravenous immunoglobulin(IVIG)was used in all 624 patients(2 g/kg),but used Dipyridamole in 32 patients had G-6-PD deficiency which replaced the role of acetylsalicylic acid(ASA)after acute period.The coronary artery of these patients were checked and followed-up through echocardiograph.The turnover of 32 patients with G-6-PD deficiency and 356 case selected randomly from all the KD patients were compared.SPSS 10.0 software was used to analyze the data.Results In 32 cases of KD with G-6-PD deficiency,4 children had coronary aneurysm(12.5%).After 6-12 months follow-up,the coronary lesions were recovered in 62.5% children,improved in 21.9% children and not improved in 15.6% childern,which were not significantly different from all the KD patients(Z=-1.604 P=1.09).Conclusions IVIG and Dipyridamole are feasible in treating KD with G-6-PD deficiency.J Appl Clin Pediatr,2009,24(1):26-27\n1 NIE Guo-ming,ZOU Min-shu,YU Jian(Department of Pediatrics,Wuhan General Hospital of Guangzhou Command of the Chinese People′s Liberation Army,Wuhan 430070,China);Relationship between Serum Neopterin and D-Dimer Levels and Coronary Artery Dilatation in Kawasaki Disease[J];Journal of Applied Clinical Pediatrics;2007-21\n2 YI Qi-jian(Department of Cardiology,the Children's Hospital Affiliated to Chongqing Medical University,Chongqing 400014,China);Diagnosis of Kawasaki Disease[J];Journal of Applied Clinical Pediatrics;2008-09\n3 CHEN Xin-min(Department of Pediatrics,Fuzhou General Hospital of Nanjing Command,Fuzhou 350025,China);Current Situation of Diagnosis and Treatment of Kawasaki Disease[J];Journal of Applied Clinical Pediatrics;2008-09\n1 ;Evaluation of left ventricular systolic function before and after treatment in children with Kawasaki disease by RT-3DE[J];Journal of Jilin University(Medicine Edition);2010-01\n2 YANG Ming-yu,QIN Jing-ting,YANG Fang-yuan,et al.(Department of Pediatrics;the Affiliated Hospital of Guilin Medical College,Guilin 541001,China);Exploration for the change of plasma D-dimer in kawasaki disease with coronary artery lesion[J];Chongqing Medicine;2010-04\n3 LI Chang-Gang, CHEN Xiao-Wen, CHEN Yun-Sheng, WANG Ying, ZHAO Wei-Ling, SHI Hong-Song, LI Cheng-Rong, et al. Children′s Hospital of Shenzhen, Shenzhen, Guangdong 518026, China;Application of PCR-DGGE technique in G-6-PD deficiency[J];Chinese Journal of Contemporary Pediatrics;2007-06\n4 CHEN Xiao-Wen,LI Chang-Gang,YUE Li-Jie,ZHANG Min,CHEN Yun-Sheng,MAI Hui-Rong,WANG Ying,LI Chen-Rong.Lab of Molecular Hematology,Shenzhen Institute of Pediatrics,Shenzhen Children's Hospital,Shenzhen,Guangdong 518026,China;Genetic diagnosis for female carriers of glucose-6-phosphate dehydrogenase deficiency by RT-PCR-DGGE[J];Chinese Journal of Contemporary Pediatrics;2009-08\n5 GE Dan,YANG Xiao-Ying,WANG Run-Lan,Mei Li. Department of United-Ultrasound,First Hospital of Jilin University,Changchun 130021,China;Assessment of regional left ventricular systolic function by VSI in children with Kawasaki disease[J];Chinese Journal of Contemporary Pediatrics;2010-04\n6 JIANG Zhi-Gui,LIU Ling,YANG Cui-Yan,WU Jie.Department of Pediatrics,Shunde Longjiang Hospital of Foshan,Foshan,Guangdong 528318,China;Value of anti-neutrophil cytoplasmic antibody in diagnosis of Kawasaki disease[J];Chinese Journal of Contemporary Pediatrics;2012-01\n7 GUO Peng-fei,YI Qi-jian(Children's Hospital of Chongqing Medical University,Chongqing 400014,China);Progress in Research of Incomplete Kawasaki Disease[J];Journal of Pediatric Pharmacy;2009-05\n8 RUAN Xiu-chun(Xiangyun People's Hospital of Yunnan Province,Yunnan Dali 672100,China);Basic Treatment of Kawasaki Disease in Primary Hospitals[J];Journal of Pediatric Pharmacy;2010-01\n9 CHEN Yun-sheng,JIANG Wei-ying, LI Chang-gang,et al.Department of Hematology, Shenzhen Children′s Hospital,Shenzhen 518026,China;A study on the influential factors of G6PD/6PGD specific value assay in the heterozygotes of G6PD gene variants in female patients[J];International Journal of Laboratory Medicine;2006-05\n10 WU Chang xue 1, SHAN Ke ren 1, HE Yan 1, XIU Jin 1, LI Yi 1, XIE Yuan 1, ZHAO Yan 1, QI Xiao lan 1, MA Jiao 1, WU Xiao li 2, REN Xi lin 1 (1.Molecular Biological Key Laboratory of Guiyang Medical College, Guiyang 550004,China; 2.Department of Biochemistry, Guiyang College of Traditional Chinese Medicine, Guiyang 550001, China);An Investigation of G6PD Deficiency Gene Frequency in Yao Nationality in Libo County, Guizhou[J];Journal of Guiyang Medical College;2004-04\n1 PanBao-long Shan De-sheng ZhangXiU-qin The People's Hospital OPYuxi City.YunnanYuxi.653100.;The StUdy Of GUcose-6-phosphate dehydrOgenase gene mutatiOns in Yuxi tity,Yunnan prOVinte[A];[C];2008\n1 LI Huan-bin1,ZHANG Qi1,WANG Ling1,CHU Mao-ping2,XIANG Ru-lian2 (1.Department of Nuclear Medicine;2.Department of Cardiovascular,Yuying Children's Hospital,Wenzhou Medical College,Wenzhou 325027,China);Evaluation of Myocardial Ischemia of Kawasaki Disease at Convalescence Period by Radioactive Nuclide Myocardial Perfusion Imaging[J];Journal of Applied Clinical Pediatrics;2007-01\n2 LI Ai-guo1,YANG Shi-wei2,SU Hong-chun1,GONG Chun-hua2 (1.Department of Pediatrics,Hai'an Hospital Affiliated to Nantong University,Hai'an 226600,China;2.Department of Cardiology,Nanjing Children's Hospital Affiliated to Nanjing Medical University,Nanjing 210008,China);Changes of Plasma Levels of Thrombomodulin and Its Significance in Children with Kawasaki Disease before and after Treatment[J];Journal of Applied Clinical Pediatrics;2007-01\n3 LI Xiao-qing1,ZHOU Nan1,SONG Yang1,SU De-cheng2 (1.Department of Heart Center;2.Department of Central Laboratory,Xi'an Children's Hospital,Xi'an 710002,China);Curative Effect of Low Melocular Heparin on Hypercoagulability of Kawasaki Disease[J];Journal of Applied Clinical Pediatrics;2007-01\n4 ZHAO Li-jian,HAN Bo (Department of Pediatrics,Shandong University Shandong Provincial Hospital,Jinan 250021,China);Study Advancement of Kawasaki Disease with Coronary Artery Lesions[J];Journal of Applied Clinical Pediatrics;2007-01\n5 YANG Sheng-rong1,SONG Yu2,ZHANG Yan-qiu1,ZHOU Li-juan2,ZHANG Mei2(1.Department of Internal Medicine,Tianjin Gong An Hospital,Tianjin 300042,China; 2.Department of Cardiology,The Second Hospital,Tianjin Medical University);Changes and significance of serum neopterin concentrations in patients with coronary heart disease[J];Journal of Tianjin Medical University;2006-02\n6 XIE Rong-sheng, FU Lu (The Third Cardiovascular Department,The First Hospital of Harbin Medical University, Harbin 150001, China);The Relations Between Serum Neopterin Levels and Acute Coronary Syndromes[J];Advances In Cardiovascular Diseases;2005-05\n8 WANG Dawei,HU Baozhen, WANG Fengming,et al. Nanjing Children′s Hospital, Nanjing 210008,China;Study on the epidemiological features of Kawasaki disease in Jiangsu[J];CHINESE JOURNAL OF EPIDEMIOLOGY;2000-02\n9 JIAO Fuyong, YANG Lifang,QIAO Jing,et al. Department of Pediatrics, Shanxi Provincial People′s Hospital, Xian 710068, China;Epidemiological and clinical characteristics of Kawasaki disease in Shanxi province[J];CHINESE JOURNAL OF EPIDEMIOLOGY;2000-02


url: =Q-Zone | Memory Beta, non-canon Star Trek Wiki | FANDOM powered by Wikia\nMemory Beta stubs (publication), TNG novels\nThe Next Generation No. 48\nThe Q Continuum No. 2\nOdo • Ozari\nOzari-thul • Temple of Ozari\nDeep Space 9 • Rzom • Tower of Babel • Wsor\nAngosian • Betazoid • Human • Q • Tkon\nOrganian • Verathan\nStarfleet • Tkon Empire • United Federation of Planets\nRzom Alliance • Starfleet Science\nalien • bone • earthquake • Great Endeavor • hair • heart • implant • phaser • psi-transmitter • star • temperature • time\nambassador • attendant • captain • dowager empress • empress • Empress of the Tkon Empire • first minister • high priestess • lieutenant • minister • physician • technologist\nAge of Makto • Age of Xora • bridge • colony • couch • crystal • day • decade • demon • empire • god • history • homeworld • month • moon • planet • prayer • quartz • Ritual of Ascension • robe • sacred emblem of the Endless Flame • sardonyx • scepter • slipper • throne • vovelle • walking stick • wood • year\nRetrieved from "http://memory-beta.wikia.com/wiki/Q-Zone?oldid=612228"


url: =Lee, Hye-Soon (19)\nBang, So-Young (16)\nChoi, Chan-Bum (12)\nCho, Soo-Kyung (10)\nYoo, Dae-Hyun (10)\nSung, Yoon-Kyoung (9)\n2. The frequency of and risk factors for osteoporosis in Korean patients with rheumatoid arthritis Lee, Joo-Hyun | Sung, Yoon-Kyoung | Choi, Chan-Bum | Cho, Soo-Kyung | Bang, So-Young | Choe, Jung-Yoon | Hong, Seung-Jae | Jun, Jae-Bum | Kim, Tae-Hwan | Lee, Jisoo | Lee, Hye-Soon | Yoo, Dae-Hyun | Yoon, Bo Young | Bae, Sang-Cheol\n4. DC-Based Immunotherapy Combined with Low-Dose Methotrexate Effective in the Treatment of Advanced CIA in Mice Park, Jun-Eui | Jang, Jinah | Choi, Ji-Hye | Kang, Mi-sun | Woo, Yun-Ju | Seong, Young-Rim | Choi, Chan-Bum | Lee, Hye-Soon | Bae, Sang-Cheol | Bae, Yong-Soo\n7. Multicenter Retrospective Analysis of the Effectiveness and Safety of Rituximab in Korean Patients with Refractory Systemic Lupus Erythematosus Bang, So-Young | Lee, Chang Keun | Kang, Young Mo | Kim, Hyoun-Ah | Suh, Chang-Hee | Chung, Won Tae | Park, Yong-Beom | Choe, Jung-Yoon | Kim, Tae-Jong | Park, Yong-Wook | Yoo, Dae-Hyun | Bae, Sang-Cheol | Lee, Hye-Soon\n9. Association of STAT4 with Rheumatoid Arthritis in the Korean Population Lee, Hye-Soon | Remmers, Elaine F | Le, Julie M | Kastner, Daniel L | Bae, Sang-Cheol | Gregersen, Peter K\n10. Secondary Renal Amyloidosis in Adult Onset Still’s Disease: Case report and Review of the Literature Oh, Young Bae | Bae, Sang-Cheol | Jung, Ja-Hun | Kim, Tae-Hwan | Jun, Jae-Bum | Jung, Sung-Soo | Lee, In-Hong | Yoo, Dae-Hyun | Park, Moon Hyang | Kim, Seong Yoon\n13. Progress in defining clinically meaningful changes for clinical trials in nonrenal manifestations of SLE disease activity Choi, Chan-Bum | Liang, Matthew H. | Bae, Sang-Cheol\n16. An HLA-C amino-acid variant in addition to HLA-B*27 confers risk for ankylosing spondylitis in the Korean population Kim, Kwangwoo | Bang, So-Young | Lee, Seunghun | Lee, Hye-Soon | Shim, Seung-Cheol | Kang, Young Mo | Suh, Chang-Hee | Sun, Celi | Nath, Swapan K. | Bae, Sang-Cheol | Kim, Tae-Hwan\n17. Seizure disorders in Systemic Lupus Erythematosus Hanly, John G. | Urowitz, Murray B. | Su, Li | Gordon, Caroline | Bae, Sang-Cheol | Sanchez-Guerrero, Jorge | Romero-Diaz, Juanita | Wallace, Daniel J | Clarke, Ann E. | Ginzler, E.M. | Merrill, Joan T. | Isenberg, David A. | Rahman, Anisur | Petri, M. | Fortin, Paul R. | Gladman, D. D. | Bruce, Ian N. | Steinsson, Kristjan | Dooley, M.A. | Khamashta, Munther A. | Alarcón, Graciela S. | Fessler, Barri J. | Ramsey-Goldman, Rosalind | Manzi, Susan | Zoma, Asad A. | Sturfelt, Gunnar K. | Nived, Ola | Aranow, Cynthia | Mackay, Meggan | Ramos-Casals, Manuel | van Vollenhoven, R.F. | Kalunian, Kenneth C. | Ruiz-Irastorza, Guillermo | Lim, Sam | Kamen, Diane L. | Peschken, Christine A. | Inanc, Murat | Theriault, Chris | Thompson, Kara | Farewell, Vernon\n19. Impact of early disease factors on metabolic syndrome in systemic lupus erythematosus: data from an international inception cohort Parker, Ben | Urowitz, Murray B | Gladman, Dafna D | Lunt, Mark | Donn, Rachelle | Bae, Sang-Cheol | Sanchez-Guerrero, Jorge | Romero-Diaz, Juanita | Gordon, Caroline | Wallace, Daniel J | Clarke, Ann E | Bernatsky, Sasha | Ginzler, Ellen M | Isenberg, David A | Rahman, Anisur | Merrill, Joan T | Alarcón, Graciela S | Fessler, Barri J | Fortin, Paul R | Hanly, John G | Petri, Michelle | Steinsson, Kristjan | Dooley, Mary Anne | Manzi, Susan | Khamashta, Munther A | Ramsey-Goldman, Rosalind | Zoma, Asad A | Sturfelt, Gunnar K | Nived, Ola | Aranow, Cynthia | Mackay, Meggan | Ramos-Casals, Manuel | van Vollenhoven, Ronald F | Kalunian, Kenneth C | Ruiz-Irastorza, Guillermo | Lim, S Sam | Kamen, Diane L | Peschken, Christine A | Inanc, Murat | Bruce, Ian N\n20. Meta-Analysis of Associations Between the Peroxisome Proliferator-Activated Receptor-γ Pro12Ala Polymorphism and Susceptibility to Nonalcoholic Fatty Liver Disease, Rheumatoid Arthritis, and Psoriatic Arthritis Lee, Young Ho | Bae, Sang-Cheol | Song, Gwan Gyu\n23. Lymphoma risk in systemic lupus: effects of disease activity versus treatment Bernatsky, Sasha | Ramsey-Goldman, Rosalind | Joseph, Lawrence | Boivin, Jean-Francois | Costenbader, Karen H | Urowitz, Murray B | Gladman, Dafna D | Fortin, Paul R | Nived, Ola | Petri, Michelle A | Jacobsen, Soren | Manzi, Susan | Ginzler, Ellen M | Isenberg, David | Rahman, Anisur | Gordon, Caroline | Ruiz-Irastorza, Guillermo | Yelin, Edward | Bae, Sang-Cheol | Wallace, Daniel J | Peschken, Christine A | Dooley, Mary Anne | Edworthy, Steven M | Aranow, Cynthia | Kamen, Diane L | Romero-Diaz, Juanita | Askanase, Anca | Witte, Torsten | Barr, Susan G | Criswell, Lindsey A | Sturfelt, Gunnar K | Blanco, Irene | Feldman, Candace H | Dreyer, Lene | Patel, Neha M | Pierre, Yvan St | Clarke, Ann E\n24. Construction and Application of a Korean Reference Panel for Imputing Classical Alleles and Amino Acids of Human Leukocyte Antigen Genes Kim, Kwangwoo | Bang, So-Young | Lee, Hye-Soon | Bae, Sang-Cheol\n25. Endothelial nitric oxide synthase gene polymorphisms and the risk of osteonecrosis of the femoral head in systemic lupus erythematosus Kim, Hak Soo | Bae, Sang-Cheol | Kim, Tae-Ho | Kim, Shin-Yoon


url: =10 Meilleurs hôtels proches China Coconut Island, Wanning sur TripAdvisor\n10 Meilleurs hôtels proches China Coconut Island - Hôtel près de China Coconut Island\nHôtels proches de China Coconut Island\nPaixi Village, Yelin Country, Wanning 571500, Chine\nLire les avis sur China Coconut Island\nÀ n'importe quelle distance de China Coconut Island\nAffinerÀ n'importe quelle distance de China Coconut Island\nMarriott Hotels85 $US\nXiangshui Bay Tourism Zone, Lingshui County 572400, Chine\n1,5 km de China Coconut Island\nBinhe South Road, Lingshui County, Chine\n5,4 km de China Coconut Island\nNo.1 Binhe South Road, Lingshui County, Chine\nNear Zhongxin Avenue, Yelin Town, Lingshui County 572400, Chine\n5,7 km de China Coconut Island\nZhongxin Avenue, Lingcheng Town, Lingshui County 572400, Chine\nWenhua Road, Lingshui County 572400, Chine\n5,8 km de China Coconut Island\nXinmin Road, Lingshui County 572400, Chine\n6,0 km de China Coconut Island\nWenhua Road, Yelin Town, Lingshui County 572400, Chine\n6,1 km de China Coconut Island\nOpposite Minghao Club South Gate Resettlement Area, Wenhua Road, Lingshui County 572011, Chine\n6,2 km de China Coconut Island\nOpposite to Beidou Primary School, Yelin South Avenue, Lingshui County, Chine\n6,7 km de China Coconut Island\nNo. 45 Erheng Road West Beidou Garden, Yelin, Lingshui County, Chine\nOpposite to Beidou Primary School, Lingwen Road, Lingshui County, Chine\n6,8 km de China Coconut Island\nNo.65 Huayuan Road, Lingshui County 572400, Chine\nHuayuan Road, Lingshui County 572400, Chine\nNo.83 Huayuan Road, Lingshui County, Chine\nLiang Jie Haijing Apartment\n13B Building B Lanhai Huayuan, Sanya Bay Resort, Sanya, Chine\nOpposite to Lingshui Power Supply Bureau, Yelin South Avenue, Lingshui County, Chine\n6,9 km de China Coconut Island\nNo. 80 Yelin Nangan Avenue, Lingshui County, Chine\n7,0 km de China Coconut Island\nLingshui Mumianhua Hotel\nNo.94-97 Yelin Nangan Avenue, Yelin Town, Sanya 572400, Chine\n7,2 km de China Coconut Island\nNo.39 Lingwen Road, Lingshui County, Chine\n7,3 km de China Coconut Island\nOpposite to Dianxin New Village, Lingwen Road, Lingshui County 572000, Chine\n8,4 km de China Coconut Island\n8,5 km de China Coconut Island\n9,0 km de China Coconut Island\n10,0 km de China Coconut Island\nNo. 58 Xinpin Road, Wanghai Avenue, Lingshui County, Chine\n16,4 km de China Coconut Island\nArea C, Qingshui Bay Beach Resort District, Lingshui County 572426, Chine\n17,5 km de China Coconut Island\nChiling Sightseeing Area Clearwater Bay, Lingshui County 572427, Chine\n21,0 km de China Coconut Island\nNo.SB1-2 Hanhai Yintan, Qingshuiwan Avenue, Sanya, Chine\n25,6 km de China Coconut Island\nHali Luya Qingshuiwan Haijing Service Apartment Hotel\nNo.SA2-1801 Hanhaiying Bund, Qingshuiwan Main Street, Sanya, Chine\n26,1 km de China Coconut Island


url: =Research on Reconfigurable Plant Layout Based on Equipment Capability--《China Mechanical Engineering(中国机械工程)》2010年10期\n《China Mechanical Engineering(中国机械工程)》 2010-10\nResearch on Reconfigurable Plant Layout Based on Equipment Capability\nSong Shigang Li Aiping Xu LiyunTongji University,Shanghai,200092\nTo improve enterprise's market-response ability and competitiveness,the reconfigurable plant layout flow of a reconfigurable manufacturing system was proposed.According to machining process of products,equipment layout was optimized gradually based on current layout and equipment machining state.Mathematic model was presented with considering materiel transport cost,equipment reset cost and production loss cost.Its objective was to minimize cost of reconfigurable plant,and realize reconfigurable plant layout based on equipment capability using dynamic programming algorithm.An application example validates the efficiency and feasibility of the above method.\n【Fund】： 国家863高技术研究发展计划资助项目(2007AA042002);; 上海市“十一五”基础性重点研究项目(06JC14066)\n1 Xu Shuang-yan,Ding Xiang-hai,Tao Li-yan(Institute of industrial engineering and management,Hangzhou Dianzi university,Hangzhou Zhejiang 310018,China);A review of multi-objective dynamic workshop facility layout problems[J];机械研究与应用;2012-06\n2 CHEN You-ling,LIU Wen-ke,YAN Jian(College of Mechanical Engineering,Chongqing University,Chongqing 400043,China);Research of equipment layout optimization of reconfigurable manufacturing systems based on RMC[J];计算机应用研究;2011-12\n1 Wu Zhijun1,2 Ning Ruxin1 Wang Aimin1 1.Beijing Institute of Technology,Beijing,100081 2.Shandong Jianzhu University,Jinan,250101;Grey Fuzzy Synthetically Evaluation Method for RMS Layout Planning[J];中国机械工程;2007-19\n2 LIANG Fu-jun,NING Ru-xin(Sch. of Mechanical and Vehicular Eng., Beijing Inst. of Tech., Beijing100081, China);Method of virtual manufacturing cell formation based on similarity science in reconfigurable manufacturing system[J];计算机集成制造系统;2004-11\n3 LI Shu gang, WU Zhi ming, PANG Xiao hong (Dept. of Automation,Shanghai Jiaotong Univ., Shanghai 200030, China);The Machine Robust Facility Layout Problem in the Dynamic and Flexible Production Environments[J];上海交通大学学报;2003-05\n1 Li Nailiang;Zhu Liying;Zhao Jiaqi;Zhuang Zhongnan;Department of Industrial Engineering,China University of Mining and Technology;;A simulation and analysis of facility layout problems of reconfigurable manufacturing systems[J];现代制造工程;2015-06\n2 CAO Xiaobo;XU Chengdong;HU Chunsheng;LIU Zhaoyang;Key Laboratory of Dynamics and Control of Flight Vehicle,Ministry of Education;School of Aerospace Engineering,Beijing Institute of Technology;;Design resources agglomeration methods based on design ability[J];计算机集成制造系统;2015-09\n3 Hu Guangzhong;Liu Zhongbin;Xiao Shoune;Sichuan University of Science & Engineering;National Traction Power Laboratory,Southwest Jiaotong University;;Recent situation of rapid design theory and methodology for mechanical products[J];现代制造工程;2014-12\n4 WANG Guoxin;DU Jingjun;YAN Yan;WANG Mengchao;BAO Yandi;School of Mechanical Engineering,Beijing Institute of Technology;;Manufacturing system configurations optimization oriented to evenly distribution of machining functions[J];计算机集成制造系统;2015-06\n5 XUE Tao1,2,FENG Yun-wen1,DAI Xiao-ming2(1.School of Aeronautics,Northwestern Polytechnical University,Xi'an 710072,China; 2.Military Representative Office Stationed at 124 Plant,Zhengzhou 450005,China);Level of Repair Analysis Economic Evaluation for Aircraft Maintenance Based on Improved AHP[J];火力与指挥控制;2013-03\n6 Gu Wenbin1,2,Tang Dunbing1,Zheng Kun1,Pei Wenxiang1(1.College of Mechanical and Electrical Engineering,Nanjing University of Aeronautics & Astronautics,Nanjing,210016,China;2.College of Mechanical and Electrical Engineering,Hohai University,Changzhou,213022,China);Formation Technology for Manufacturing Cells Using Potential Field[J];南京航空航天大学学报;2012-06\n7 JIA Guo-zhu,LUAN Shi-chao,CHEN Liang,MIN Cheng (School of Economics and Management,Beihang University,Beijing 100191,China);Cell formation problem for virtual cellular manufacturing based on the process modularization[J];系统工程理论与实践;2012-10\n8 CAO Xiao-bo1,2,XU Cheng-dong1,2,HU Chun-sheng2(1.Key Laboratory of Dynamics and Control of Flight Vehicle,Ministry of Education,Beijing Institute of Technology,Beijing 100081,China;2.School of Aerospace Engineering,Beijing Institute of Technology,Beijing 100081,China);Virtual manufacturing unit in cloud manufacturing[J];计算机集成制造系统;2012-07\n9 Wang Zhengcheng Xie Xianwen Zhejiang Sci-Tech University,Hangzhou,310018;Resource Service Chain Construction for Networked Manufacturing Based on FAHP and Improved Ant Colony Algorithm[J];中国机械工程;2012-12\n10 SHEN Jian1,SHEN Hao-yu1,ZHANG Hai-yan2(1.School of Machinery and Automobile Engineering,Hefei University of Technology,Hefei 230009,China;2.School of Chemical Engineering,Hefei University of Technology,Hefei 230009,China);Grey fuzzy comprehensive evaluation of design scheme of Cartesian robot[J];合肥工业大学学报(自然科学版);2012-02\n1 Song Shigang Li Aiping Xu LiyunTongji University,Shanghai,200092;Research on Reconfigurable Plant Layout Based on Equipment Capability[J];中国机械工程;2010-10\n2 Li Yan Liu Yong Li Shujuan Yang Mingshun Xi'an University of Technology,Xi'an,710048;Modeling and Ant Colony Algorithm Implementation of Multi-order Oriented Job-shop Scheduling Problem[J];中国机械工程;2009-18\n3 ZHENG Yu-bin1,HAN Feng2,HE Yu1,QU Zhi3 (1Institute of Mechanical Science and Engineering,Jilin University,Changchun 130025,China) (2Department of Industry and Mechanical Engineering,Beihang University,Beijing 100083,China) (3Liaoning Provincial Machinery Research Institute Co.,Ltd,Shenyang 110032,China);Based on genetic algorithm reconfigurable manufacturing unit on the layout[J];机械设计与制造;2009-09\n4 Zhu Hengyun1,2 Ye Wenhua11.Jiangsu Key Laboratory of Precision and Micro-Manufacturing Technology,Nanjing University of Aeronautics and Astronautics,Nanjing,2100162.Nanjing Institute of Industry Technology,Nanjing,210046;Application of Particle Swarm Algorithm Based on Simulated Annealing in Variable Cellular Facility Layout Problems[J];中国机械工程;2009-02\n5 QIU Feng,LI Bo(School of Management,Tianjin University,Tianjin 300072,China);Dynamic Plant Layouts Based on Heuristic Approaches[J];工业工程;2008-01\n6 SUO Xiao-hong,LIU Zhan-qiang(Department of Mechanical Engineering,Shandong University,Jinan 250061,China);Modeling and solution algorithms for facility layout of manufacturing systems[J];计算机集成制造系统;2007-10\n7 WU Zhi-jun,NING Ru-xin,WANG Ai-min(School of Mechanical and Vehicular Engineering,Beijing Institute of Technology,Beijing 100081);Research on Technology of Plant Layout for Reconfigurable Manufacturing System(RMS)[J];工业工程与管理;2007-05\n8 LIU Fei~1,DONG Ming~(1,2),HOU Wen-hao~2,ZHAI Yu~1(1.School of Mechanical Eng.,Shanghai Jiaotong Univ.,Shanghai 200030,China; 2.SJTU-Intel Joint Research and Education Center for Advanced Semiconductor Manufacturing System,Shanghia 200030,China);Multi-criteria Evaluation for Facility Layout Problems[J];上海交通大学学报;2007-04\n9 ZHANG Ya-nan,KAN Shu-lin,WANG Yue (College of Mechatronics Engineering and Automation,Shanghai University,Shanghai 200072,China);Using Ant Colony Algorithm to Solve the Problem of Dynamic Facilities Layout[J];工业工程;2007-02\n10 LI Bo,QIU Feng(School of Management,Tianjin University,Tianjin 300072,China);Simulation of the dynamic plant layout problem based on partheno genetic algorithm[J];智能系统学报;2007-01\n1 LIAO Chuanrong;Department of Mathematics,Nanchang University;;Model and analysis for multi product production workshop machines layout having optional processing route optimization design[J];南昌大学学报(工科版);2014-03\n2 YAN Ji-hong;ZHANG Fen-yang;Department of Industry Engineering School of Mechatronics Engineering,Harbin Institute of Technology;;On Simulation and Optimization Module for a Virtual Reconfigurable Manufacturing System[J];实验室研究与探索;2013-07\n1 CAI Zong-yan (College of Mechanical and Electrical Engineering, Northwestern Polytechnical University, Xi′an710072, China);Performance Measurement of Reconfigurable Manufacturing System[J];航空学报;2004-05\n2 Liang Fujun Ning Ruxin (Beijing Institute of Technology);THEORETICAL RESEARCH OF RECONFIGURABLE MANUFACTURING SYSTEM[J];机械工程学报;2003-06\n3 LOU Shaomin;Synthetic evaluation algorithm for reconfiguration manufacturing system's scheme selection[J];组合机床与自动化加工技术;2002-04\n4 LI Yan, WU Zhi ming (Inst. of Automation, Shanghai Jiaotong Univ., Shanghai 200030, China);Layout Optimization of Manufacturing Cells Based on GA and Nested Facility[J];上海交通大学学报;2001-08\n5 Zhao Ji, Le Qinghong, Luo Qi, Zhu Mingquan (Department of Aircraft Manufacturing Engineering, Northwestern Polytechnical University, Xi′an 710072);On Implementing Virtual Production Line[J];西北工业大学学报;2000-04\n6 LUO Zhenbi(Tsinghua University,Beijing,China) SHENG BoHao ZHAO Xiaobo ZHAO Honglin LIUJiepin JIANG Renzhong;Rapidly Reconfigurable Manufacturing Systems[J];中国机械工程;2000-03\n7 Sheng Bohao(Beijing Machine Tool Research Institute, Beijing, China) Luo Zhenbi Yu Shengmei Zhao Xiaobo Zhao Honglin Zhang Jianmin p 1055 1060;Study on Dynamic Modeling and Structure for Rapidly Reconfigurable Manufacturing System[J];中国机械工程;1999-09\n> Standardization of Engineering Construction


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url: =Han,Jiwei (Johannes) Ryerson---Engineering UofT Mississauga---Computer Sciences China International Centre of Hangzhou Normal University Qianjiang College 2014-07\nHu,Ruonan (Anna) Laurier---Business Administration McMaster---Business Western---Management & Organizational Studies Western---Media, Information & Technoculture UofT Scarborough---Management UofT St. George---Rotman Commerce China Shenyang City Huimin Middle School 2014-07\nHuang,Xiarui(Ric) McMaster---Computer Sciences UofT Mississauga---Computer Science UofT St.UofT St. George---Computer Engineering George---Computer Science Waterloo---Computer Science China Wenzhou No. 2 Middle School of Zhejiang Province 2014-07\nJi,Qiaochu (Ashley) Lakehead---Business UofT Mississauga---Computer Science UofT Scarborough---Social Sciences Western---BR: Management & Organizational Studies China Fu Xine Experimental High School 2014-07\nJia,Nanyang (Nathan) Western---Psychology Western---Science and Biological Sciences McMaster---Life Science Waterloo---Life Sciences China Changzhou Senior High School of Jiangsu Province 2014-07\nJia,Zhipeng (Jacky) UofT Scarborough---Management UofT Mississauga---Commerce McMaster---Business Western---Management & Organizational Waterloo---Financial Analysis and Risk Management Waterloo---Business Administration & Computer Sci China Luoyang No. 1 Senior High School 2014-07\nJiang,Chengrui(Carry) UofT Mississauga---Commerce China Shandong Huantai No. 1 Senior High School 2014-07\nJiang,Haozhe (Jimmy) York University---Administrative Studies Western---Management & Organizational Ryerson---Commerce Ryerson---International Economics and Finance UofT St. George---Rotman Commerce UofT Scarborough---Management Waterloo---Mathematics China Tsinghua International School 2014-07\nJiang,Xiaolu (Sophia) Western---BR: Social Science UofT St. George---Social Science UofT Scarborough---Management China The High School Affiliated to Liaoning Normal University 2014-07\nKang,Yujia (Cristy) Western---Management & Organizational Uoft St.Gorge---Architecture UofT Mississauga---Commerce China Zhengzhou Middle School 2014-07\nKong,Zixuan (Frank) UofT St.Gorge campus---Phy&Math Science UofT Mississauga---Commerce McMaster---Engineering Western---Management & Organizational York---Engineering China Jiangsu Xinhai Senior High School 2014-07\nKyaw Win Soe (Kyle) UofT Mississauga---Management Lakehead---Engineering Ottawa---Engineering McMaster--- B TECH China The British Embassy Rangoon Myanmar (Burma) 2014-07\nLi,Hongming (Gareth) McMaster---Computer Sciences McMaster---Engineering Waterloo---Engineering Waterloo---Mathematics Waterloo---Business Administration Western---MN: Management & Organizational Studies Western---MN: Engineering China Northeast Yucai School 2014-07\nLi,Jinhuan (Agnes) UofT St. G. campus---Kinesiology UofT St. G. campus---Life Science Waterloo---Kinesiology Waterloo---Health Studies Waterloo---Geomatics Western---Kinesiology China Guangdong Experimental High School 2014-07\nLi,Yihan (Serena) Waterloo---Environment and Business York---Economics McMaster---Busines UofT St.Gorge campus---Rotman Commerce UofT Mississauga---Commerce UofT Scarborough---Management and Economics China Zhenhai High School of Zhejiang Province 2014-07\nLi,Yiyang (Leanne) Western---BR: Management & Organizational Studies Guelph---Hotel & Food Administration UofT Scarborough---Social Sciences China Rizhao No. 1 Middle School of Shandong 2014-07\nLiang,Zhecheng (Eric) UofT Scarborough---Life Sciences UofT St. George---Rotman Commerce UofT Mississauga---Studies in Management Waterloo---Life Sciences China Lushan International Experimental Schoo 2014-07\nLiu,Hao (Verena) McMaster---Business Waterloo---Environment and Business Ryerson---Criminology Ryerson---Hospitality and Tourism Management Ryerson---Business Technology Management Brock---Honours Business Economics UofT St. George---Social Sciences Western---MN: Social Science China Yancheng Experimental Senior HighSchool 2014-07\nLiu,Helin (Eileen) Waterloo---Business Administration and Mathematics UofT St. George---Architectural Studies UofT Scarborough---Management China Baotou City No. 9 High School 2014-07\nLiu,Jiayue (Yumi) Ryerson---Engineering UofT St.George---Physical and Mathematical Sciences UofT Mississauga---Management China Beijing New Oriental Foreign Language School at Yangzhou 2014-07\nTotal：106 Top << >> Last Page：2/6


url: =Paris –Beijing 2 | China Unlimited\nParis –Beijing 2\nThis is my second painting using Chinese signs .I don’t know what they mean ,They keep their mystery .I like the shapes .I tried to paint them without hesitation .They are here just to remenber my experience in China and mix it with my life in Paris . My chinese friends seem to like it.\nI call it « Paris –Beijing 2 » It measures 155 x 80 cm\n← Paris Beijing 1\nParis-Beijing 5 →


url: =Du Fu River Pavilion travel guidebook –must visit attractions in – Du Fu River Pavilion nearby recommendation – Trip.com\n9:00-18:00 in summer and 9:00-17:30 in winter\nLocated on the edge of the Lijiang River, you can overlook the entire Orange Island. The scenery is not bad. There are various things about Du Fu. The night view is very good and the lights are bright. But I went during the day, it is a pity.\nReviewed on 1623511353000\nOk, if it is not the epidemic, canceling the fireworks show in Orange Island, Dufu Jiangge is the best viewing point.\nReviewed on 1623142753000\nWe went to the National Day in 2020. We got up early to go to Hexin Square and friends to eat crawfish. But there were too many people. We walked to Dujuan Jiangge. It was very close and arrived in ten minutes. Seeing the river view is very beautiful. It was a bit cold that day, but it didn't affect the appreciation of the beautiful scenery, and we also learned that the life of Dujuan was floating. Many literati's works are displayed inside, and you can also learn more about the cultural background. Friends who like literature history, recommend everyone to visit the must-visit attractions in Changsha.\nReviewed on 1622965750000\nLook at the gentle Lijiang River, it is still OK, the night view is generally but also quite interesting. The price/performance ratio is still quite high, there are some famous people with history in it, there is a tea building on the 6th floor, and it feels good to come up and sit. Not bad.\nReviewed on 1622906598000\nDu Fu Jiang Pavilion across the river from Xiangzizhou, built in memory of the Tang poet Du Fu, may show a little plain during the day, one night overflowing with brilliance, is the most beautiful building along the river road. One night, Du Fu Jiang Pavilion beside the gathering of a lot of people, the people who walk the square dance, the Xiangjiang River side lively extraordinary.\nReviewed on 1622458764000\nThe night view of Du Fu River Pavilion is too beautiful and beautiful, Changsha landmark building, in the light of the lighting looks particularly charming, atmosphere, quaint, has characteristics, interesting, cost-effective, can also be in the riverside scenery belt.\nReviewed on 1620351734000\nDu Fu River Pavilion Attractions | Gutan Street Attractions | Meigongguan Former Site Attractions | Changsha Fuxuegong Relic Site Attractions | Orange Island Attractions | Orange Isle Fireworks Attractions | Hunqing Park Attractions | Huogongdian Attractions | Sanwang Street Attractions | Huangxing Plaza Attractions | Former Residence of Jia Yi Attractions | BaiGuoYuan Attractions | Li Fuchun Former Residence Attractions | Cheng Qian Residence Attractions | Xiang River Attractions | Taiping Street Attractions | Xiangjiang Review Printing Office Former Site Attractions | Huangxing Road Walking Street Attractions | Hunan First Normal School Attractions | Zhuzhangdu Attractions | Chengnan College Ancient Sites Attractions | Gaozheng Street Attractions | Duzheng Street Attractions | Tianxin Pavilion Attractions | Ju-zi-zhou Bridge Attractions | Tianxin Park Attractions | Baisha Well Attractions | Peace Dove Square Attractions | Changsha Bamboo and Wooden Slips Museum Attractions | Mingfan House Attractions\nZhangjiajie Travel | Changsha Travel | Fenghuang Travel | Huaihua Travel | Xiangxi Travel | Changsha County Travel | Yongzhou Travel | Zhuzhou Travel | Chenzhou Travel | Loudi Travel | Yongshun Travel | Hengyang Travel | Jishou Travel | Xiangtan Travel | Shaoshan Travel | Shaoyang Travel | Changde Travel | Cili Travel | Yueyang Travel | Liuyang Travel | Ningyuan Travel | Hengshan Travel | HongJiang Travel | Leiyang Travel | Ningxiang Travel | Rucheng Travel | Xiangtan County Travel | Dao County Travel | Guiyang Travel