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url: =Nether's Theory of Some Two-dimensional Singular Integral Operator with Interrupted Coefficients--《Journal of Hebei University(Natural Science Edition)》2008年05期\nNether's Theory of Some Two-dimensional Singular Integral Operator with Interrupted Coefficients\nLU Su-kui,LI Zi-zhi,WANG Si-le(College of Mathematics and Computer,Hebei University,Baoding 071002,China)\nSummarizing that Б.М.Бильман,Г.Джангибеков and others have done a series of effective researches for two-dimensional singular integral operators(or equations) with interrupted coefficients.It also gives Nether's effective condition and index formulas.\n1 Wen Guochun (Peking University);SOME DISCONTINUOUS BOUNDARY VALUE PROBLEMS FOR NONLINEAL ELLIPTIC EQUATIONS OF SECOND ORDER[J];Pure and Applied Mathematics;1985-00\n1 Zhou Je (Anhui coll. of Fin and Trade Bangbu 233000);Conergence of Variety of Quaternion Regular Function and Sckwarz Formula[J];Journal of Fuyang Teachers College Natural Sciences;1997-03\n2 JIANG Wei , QI Hong-yuan , YANG Jiang-tian (School of Mechanical and Electronic Engineering, Beijing Jiaotong University, Beijing 100044, China);MAPPING ANALYSIS OF FUNDAMENTAL FREQUENCY ON ELASTIC CLAMPED PLATES SUBJECTED TO IN-PLANE CONSTANT STRESS[J];Engineering Mechanics;2008-06\n3 Zou Jie (Anhuicoll. ofFin and Trade, Bangbu 233000);Convergence of Variety of Quaternion Regular Function and Schwarz Formula[J];JOURNAL OF MATHEMATICS FOR TECHNOLOGY;1999-04\n4 LIU Yuan-jian~1,XU Zhong-yi~2 (1.College of Mathematics and Physics Nanjing University of Posts and Telecommunications,Nanjing 210003,China;2.Department of Mathematics,Nanchang University,Nanchang 330047,China);Neumann Boundary Value Problem on Several Cylinder Domain[J];Journal of Gannan Teacher's College;2005-06\n5 LIU Yuan-jian1,LIU Fa-ming2,XU Zhong-yi3(1.College of Mathematics and Physics Nanjing University of Posts and Telecommunications,Nanjing 210003,China;2.Department of Mathematics and Computer GanNan Normal College,Ganzhou 341000,China;3.Department of Mathematics Nanchang University,Nanchang 330047,China);Hilbert Boundary Value Problem on the Topological Product of Several Half Planes[J];Journal of Gannan Normal University;2007-06\n6 Huang Xinmin Guangxi University Zhang Wenguang Nanning Television University;ON POTENTIAL FLOW AROUND SEMI-INFINITE GATE PIERS[J];Journal of Guangxi Academy of Sciences;1988-02\n7 QIAO Yu-ying~1, JIA Mei-zhi~2(1.College of Mathematics and Information Science, Hebei Normal University, Shijiazhuang 050016, China; 2.College of Mathematics and Statistics, Hebei Univesity of Economics and Trade, Shijiazhuang 050016, China) ;;Properties of sequence and space of hypermonogenic functions in real Clifford analysis[J];Applied Mathematics A Journal of Chinese Universities(Ser.A);2006-04\n8 Li Hangzhen Li zizhi Wen Guochun (Hebei University) (Peijing University);An approximate solution methods of an irregular oblique derivative problem for the nonlinear elliptic type complex equation of second order[J];Journal of Hebei University(Natural Science Edition);1990-03\n9 CUI Shu-ying(School of Mathematics and Information Science,shandong Institute of Business and Technology,Yantai Shangdong 264005,China);On the Problem of Zero Point Distribution of Integer Functions[J];Journal of Hebei Institute of Technology;2006-01\n10 ZHANG Yan hui, QIAO Yu ying (College of Mathematics and Information Science,Hebei Normal University,Hebei,Shijiazhuang 050016,China);The Hypermonogenic Function in Complex Clifford Analysis and Its Properties[J];;2001-04


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url: =dblp: Lei Chen 0021\nLei Chen 0021\nLei Chen 0001 — Hiroshima University, Japan\nLei Chen 0002 — Hong Kong University of Science and Technology, Department of Computer Science and Engineering, Hong Kong\nLei Chen 0003 — University of Wisconsin, Madison\nLei Chen 0004 — Liulishuo, San Mateo, CA, USA (and 2 more)\nLei Chen 0005 — Morgan Stanley (and 1 more)\nLei Chen 0006 — RISE Viktoria, Gothenburg, Sweden (and 1 more)\nLei Chen 0007 — Shanghai Maritime University, China (and 2 more)\nLei Chen 0008 — San Disk (and 1 more)\nLei Chen 0009 — National University of Singapore\nLei Chen 0010 — Beijing Microelectronics Technology Institute, China\nLei Chen 0011 — Nanjing University of Posts and Telecommunications, Jiangsu Key Laboratory of Big Data Security and Intelligent Processing, China (and 1 more)\nLei Chen 0012 — Johns Hopkins University (and 1 more)\nLei Chen 0013 — University of Adelaide, SA, Australia (and 1 more)\nLei Chen 0014 — Institute of Intelligent Machines, CAS\nLei Chen 0015 — Nanyang Technological University, Singapore\nLei Chen 0016 — Hebei Polytechnic University\nLei Chen 0017 — University of Waterloo\nLei Chen 0018 — University of Vermont\nLei Chen 0019 — East China University of Science and Technology, Shanghai Key Laboratory of New Drug Design\nLei Chen 0020 — Beijing Institute of Technology\nLei Chen 0022 — Concordia University, Concordia Institute for Information Systems Engineering\nLei Chen 0023 — Simon Fraser University, Burnaby, Canada\nLei Chen 0024 — Naval Aeronautical and Astronautical University, Yantai, Shandong, China\nLei Chen 0025 — Hefei University of Technology, China (and 1 more)\nLei Chen 0026 — Wuhan University, School of Electrical Engineering, China\nLei Chen 0027 — Beijing University of Posts and Telecommunications, Key Laboratory of Universal Wireless Communications, Ministry of Education, China\nLei Chen 0028 — Zhejiang University of Technology, College of Computer Science and Technology, Hangzhou, China\nLei Chen 0029 — Georgia Southern University, Department of Information Technology, Statesboro, GA, USA (and 1 more)\nLei Chen 0030 — Beijing University of Posts and Telecommunications, School of Electronic and Engineering, China (and 1 more)\nLei Chen 0031 — Huawei, Noah's Ark Lab, Hong Kong (and 1 more)\nLei Chen 0032 — Yangzhou University, School of Information Engineering, China\nLei Chen 0033 — Southeast University, School of Automation, Nanjing, China\nLei Chen 0034 — University of Ottawa, School of Electrical Engineering and Computer Science, Canada\nLei Chen 0035 — Tsinghua University, Department of Electrical Engineering, Beijing, China\nLei Chen 0036 — Harbin Institute of Technology, Department of Electrical Engineering, China\nLei Chen 0037 — Ministry of Transport Research Institute of Highways, Beijing, China (and 1 more)\nLei Chen 0038 — Jiangsu University, School of Automotive and Traffic Engineering, Zhenjiang, China\nLei Chen 0039 — Xi'an Technological University, School of Electronic and Information Engineering, Xi'an, China\nLei Chen 0040 — Chongqing University, School of big Data andvSoftware Engineering, Chongqing, China\nLei Chen 0041 — Wuhan University of Technology, Hubei Digital Manufacturing Key Laboratory, Wuhan, China\nLei Chen 0042 — North China Electric Power University, Department of Mechanical Engineering, Baoding, China\nLei Chen 0043 — University of Birmingham, Birmingham Centre for Railway Research and Education, Birmingham, U.K\nLei Chen 0044 — Guangdong University of Technology, School of Automation, Guangzhou, China\nLei Chen 0045 — Hunan University, College of Electrical and Information Engineering, Changsha, China\nLei Chen 0046 — Harbin Institute of Technology, Communication Research Center, China\nLei Chen 0047 — Beijing Jiaotong University, School of Software Engineering, Beijing, China (and 1 more)\nLei Chen 0048 — Shenzhen Onething Technologies Co, China\nLei Chen, Wendi B. Heinzelman :\nA Survey of Routing Protocols that Support QoS in Mobile Ad Hoc Networks. IEEE Network 21(6): 30-38 (2007)\nLei Chen, Wendi Rabiner Heinzelman :\nQoS-aware routing based on bandwidth estimation for mobile ad hoc networks. IEEE Journal on Selected Areas in Communications 23(3): 561-572 (2005)\nLei Chen, Wendi Rabiner Heinzelman:\nNetwork architecture to support QoS in mobile ad hoc networks. ICME 2004: 1715-1718\naka: Wendi Rabiner Heinzelman


url: =3. Land use, land tenure and management practices\n9. Settlements in Canada Archived\n7. Canadian Environmental Sustainability Indicators: Socio-economic Information Archived\n8. Farm Data and Farm Operator Data (Full Release) for the 2001 Census of Agriculture Plus Selected Historical Data Archived\n9. Indicators and Detailed Statistics (Econnections: Linking the Environment and the Economy) Archived\n10. National and Provincial Highlights from the 1996 Census of Agriculture-Population Linkage Base (Data Products: 1996 Census of Agriculture) Archived\n3. The changing landscape of Canadian metropolitan areas\n4. Settlements in Canada Archived\n5. The Population Ecumene of Canada: Exploring the Past and Present Archived\n1. Introducing a New Concept and Methodology for Delineating Settlement Boundaries: A Research Project on Canadian Settlements Archived\n2. Concepts, Sources and Methods of the Canadian System of Environmental and Resource Accounts Archived\n3. First You Take an Ecumene... Archived\n4. They're Tilling That Field Behind the Mall Archived\n5. Population Ecumene Census Division Boundary File, Reference Guide (Geography Products: Geographic Reference Products) Archived\n6. Population Ecumene Census Division Boundary File (Geography Products: Spatial Information Products, 2001 Census) Archived


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Ltd., Ningbo 315207,China)\nSynthesis of Aminothiourea Acetic Acid Grafted Chitosan PENG Shi-jun1,ZHAO Ji-qiang2(1.Shuikoushan Non-ferrous Metals Co.Ltd.,Changning 421513,China;2.Qingdao Science Technology University,Qingdao 266042,China)\nSurface Modification of Ultrafine Calcium Carbonate Particles Prepared from Calcium Carbide ResidueCHEN Hong,FAN Guang-neng,HU Kun-hong,ZHOU Hai( Depart. of Chemistry and Materials Engineering,Hefei University, Hefei 230022,China)\nThe Simulation and Optimal Design of Parallel-Current Double-Effect Distillation Process XIAO Feng1,GAO Wei-ping2,YANG Jia-jun1(1. Changchun University of Technology ,Changchun 130012,China;2. Jilin Institute of Chemical Technology,Jilin 132022,China)\nOptimizing the Production of Synthetic Ammonia LIU Hui-peng(SINOPEC Anqing co.,Anqing,Anhui Province 246002,China)\nStudy of EW Formulation of Pesticide DAI Quan(The State Center of Pesticide Formulation Engineering & Technology of Anhui Province,Hefei 230041,China)\nStudy of Biological Activity of 20% Triazophos EW Formulation LING Jin(The State Center of Pesticide Formulation Engineering & Technology of Anhui Province, Hefei 230041,China)\nStudy of Formula of 35% Imidacloprid SC Formulation LIU Qin-dong(The State Center of Pesticide Formulation Engineering & Technology of Anhui Province,Hefei 230041,China)\nOrthogonal Optimize Design of Removing Ammonium Nitrogen from Wastewater by Immobilized Microorganism FENG Ben-xiu1,LAI Zi-ni2,3,YU Yu-mian4,QI Su-fang1(1. Faculty of Environment Science and Technology ,Guangdong University of Technology ,Guangzhou 510090,China;2. Zhujiang Aquiculture Academe,Guangzhou 510380,China;3. Faculty of Material ,Northwestern Polytechnical University,Xi'an 710072,China;4. Experiment Center, Guangdong University of Technology ,Guangzhou 510090,China)\nTreatment of Coke Plant Wastewater by Physico-Chemical Methods ZHENG Zhen-hui1,2 ,WAND Hong-mei2,WANG Li-juan2,LIU Gao-yan2(1. Institute of Environmental Science and Engineering,Sandong University,Jinan 250100,China;2. Jining Vocational and Technical College,Shandong 272122,China)\nPolicy Analysis on the Industry of the Environment Judgement PING Zhi-bin1,YA Jun2(Environmental Research Institute of Huainan City,Anhui 232001,China)\nPID Parameter Adjustment Applied to the Plastic HE Da-qing(Liaoyuan Chemical Industry Factory of Anqing,246000,China)\nAnalysis on the Fire-Explosion Danger of Formaldehyde Equipments WANG An(Anhui Huaihua Co.Ltd.,Huainan 232038,China)\nStudy of Difference of Ligand Characteristic of Cu(Ⅱ)-Ru and Fe(Ⅲ)-Ru by Ultraviolet-visible Absorption Spectroscopy ZHOU Bei-bei,PAN Jian,KAI Gui-qing,JIN Ri-sheng(Hefei University of Technology,Institute of Bio-mechanical and Electrical Engineering,Key Laboratory of Bio-process,Ministry of Education,P.R.C,Hefei 230069,China)\nDetermination of Trace Copper by Voltammetry at Rutin Modified Carbon Paste Electrode ZHU Zhao-hui(Environmental Monitoring Center of Jianshi City,Hubei 445300,China)


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de qing kuang huan xu yao dui shi yong gong ju suo ti gong de shen shu you bi jiao qing chu de le jie ， pi ru yuan xi tong yu mu biao xi tong shi yong bu tong de biao kong jian ， jiu hui she ji dao biao kong jian chong ding xiang de wen ti 。 you yu ben wen de chong dian zai yu kua ping tai de yi zhi ， zhe zhong fang an xian ran wu fa man zu xu qiu ， zai ci bu zai ao shu 。\nna me ， ru he chu li kua ping tai de shu ju ku qian yi wen ti ？ shi bu shi ke yi shi yong shi yong gong ju db2move ne ？ db2move zhi neng qian yi biao zhong de shu ju ， er wu fa dui suo yin 、 wai jian yue shu 、 chu fa qi he cun chu guo cheng deng shu ju ku dui xiang ye shi xian qian yi cao zuo ， er qie dui yu bao han zi zeng zi duan shu ju de biao lai shuo ，db2move ye you yi ding de xian zhi 。 bing qie db2move zhi neng ba shu ju dao ru dao yi cun zai de shu ju ku de biao zhong ， wu fa xian shi zhi ding biao kong jian de wei zhi 。 you yu zai shu ju ku de xi tong qian yi guo cheng zhong ， bu jin xu yao qian yi biao zhong de shu ju ， huan you suo yin 、 wai jian yue shu 、 chu fa qi he cun chu guo cheng deng shu ju ku dui xiang ， yu ben wen suo xuan fang an xiang bi ， huan shi hou zhe geng ju you shi 。 ke yi jiang db2move jin zuo wei qian yi biao shu ju de yi zhong bei yong fang an 。\ner dui yu export he import lai shuo ， yi ci zhi neng zhen dui yi zhang biao jin xing dao chu dao ru cao zuo ， bing qie xu yao shou dong shu ru export he import de ming ling yi ji xu yao dao ru dao chu de shu ju biao ming ， zai shu ju ku biao de shu liang bu duo de qing kuang xia ， zhe zhong fang an ye xu huan ke yi kao lv ， dan ye bu bing shi zui jia de fang an 。 er zai shu ju ku zhong biao shu liang zhong duo de qing kuang xia ， zhe zhong zuo fa ze shi ji ben bu xian shi de ， er qie import ming ling bing bu neng bao zheng zi zeng zi duan de shu ju yu yuan lai de biao shu ju bao chi yi zhi 。\nben wen gen ju DB2 dui shu ju ku dui xiang de chu li ji zhi ， cai yong jiang db2look yu DDL、DML jiao ben xiang jie he de fang shi ， bing zhen dui yuan shu ju ku zhong de chu fa qi 、 cun chu guo cheng yi ji wai jian yue shu deng fen bie chu li ， gei chu le yi zhong kua ping tai DB2 shu ju ku xi tong yi zhi de ke xing fang an 。\nxia mian wo men yi SRCDB1 wei li jie shao yi xia zhe zhong qing kuang xia de shu ju ku zheng ti qian yi guo cheng 。SRCDB1 shu ju ku zhong you SRCDB1、ASN、DB2DBG he SQLDBA zhe si ge shu ju ku mo shi 。 jia she SRCDB1 shu ju ku de yong hu ming wei user_srcdb1， mi ma ：pw_srcdb1。\nzai yuan xi tong (AIX) shang de xiang guan cao zuo\n1． shi yong db2look ming ling chou qu sheng cheng shu ju ku dui xiang de DDL jiao ben\nqing dan 1. db2look ming ling ji shen shu\ndb2look ： sheng cheng DDL yi bian chong xin chuang jian zai shu ju ku zhong ding yi de dui xiang\nyu fa : db2look -d DBname [-e] [-u Creator] [-z Schema]\n-d : shu ju ku ming cheng ， bi xuan shen shu\n-e : chou qu fu zhi shu ju ku suo xu yao de DDL wen jian ， ci xuan xiang jiang sheng cheng bao han DDL yu ju de jiao ben\n-o : jiang shu chu chong ding xiang dao gei ding de wen jian ming ， ru guo wei zhi ding -o xuan xiang ， ze shu chu mo ren zhuan dao stdout\n-a : wei suo you chuang jian cheng xu sheng cheng tong ji xin xi ， ru guo zhi ding le ci xuan xiang ， ze jiang hu lue -u xuan xiang\n-i : zhi ding deng lu dao shu ju ku suo zai fu wu qi shi suo shi yong de yong hu biao shi\n-w : zhi ding deng lu dao shu ju ku suo zai fu wu qi shi suo shi yong de mi ma\n2． gen ju bu tong lei xing dui xiang ， fen hua shu ju ku dui xiang DDL jiao ben\nyou yu yuan shu ju ku zhong de ge ge biao shu ju yi jing shi jing guo chu fa qi 、 cun chu guo cheng deng shu ju ku dui xiang chu li guo de shu ju ， wei bao zheng shu ju ku zhong shu ju de yi zhi xing he wan zheng xing ， zhe xie shu ju ku dui xiang ying gai zai dao ru shu ju hou zai chuang jian ， yi fang zhi zai dao ru biao shu ju shi chong fu zhi xing chu fa qi he cun chu guo cheng deng shu ju ku dui xiang sheng cheng cuo wu shu ju 。 shi yong wen ben bian ji qi bian ji you db2look sheng cheng de srcdb1.ddl， jiang chuang jian biao ji suo yin de DDL yu ju ， chuang jian wai jian yue shu de DDL yu ju yi ji chuang jian chu fa qi he chuang jian cun chu guo cheng de yu ju fen wei si zu ， fen bie bao cun wei xia mian si ge DDL jiao ben ：\nsrcdb1_tables.ddl ： bao han chuang jian SEQUENCE，UDF，TABLE，VIEW deng shu ju ku dui xiang de ddl yu ju 。\nqing dan 2. srcdb1_tables.ddl yu ju\nsrcdb1_foriegnkeys.ddl ： bao han chuang jian wai jian yue shu de ddl yu ju 。\nqing dan 3. srcdb1_foriegnkeys.ddl yu ju\nsrcdb1_triggers.ddl ： bao han chuang jian chu fa qi de ddl yu ju 。\nqing dan 4. srcdb1_triggers.ddl yu ju\nsrcdb1_procedures.ddl ： bao han chuang jian SQL cun chu guo cheng yi ji java cun chu guo cheng de ddl yu ju 。\nqing dan 5. srcdb1_procedures.ddl yu ju\nxu yao zhu yi de shi ，db2 v6 ban ben de db2look shang wei shi xian chou qu ru UDF，TRIGGER，UserSpace，NodeGroup，BufferPool deng shu ju ku dui xiang de ddl yu ju 。 cong db2 v7 kai shi ，db2look ke yi chou qu shang shu dui xiang de DDL， dan shi yi ran wu fa chou qu chuang jian cun chu guo cheng dui xiang de ddl yu ju 。 cong db2 v8.2 kai shi ， wan shan le dui db2look gong neng de zhi chi ， shi xian le cun chu guo cheng ddl yu ju de chou qu gong neng 。 you yu ben wen suo she ji de yuan shu ju ku xi tong de ban ben jiao di （DB2 v8.1）， yin ci xu yao cai qu shang shu fang an huo qu suo you shu ju ku dui xiang de DDL xin xi ：\n1）. cong mou ge DB2 v8.2 xi tong dui SRCDB1（DB2 v8.1 ban ben ） zhi xing CATALOG cao zuo ：\n2）. cong DB2 v8.2 xi tong dui SRCDB1 jin xing db2look chou qu guo cheng ：\nzhe yang jiu ke yi huo qu wan zheng de shu ju ku dui xiang DDL xin xi 。\n3． sheng cheng shu ju dao chu export jiao ben\nshi yong shell jiao ben sheng cheng bing dao chu suo you shu ju de DML jiao ben ， bing jiang qi chong ding xiang dao srcdb1_export.sql wen jian zhong 。 dui yu shu xi DB2 de yong hu lai shuo ， ying gai zhi dao shu ju ku zhong chuang jian de mei ge biao 、 shi tu 、 bie ming yun dui ying SYSCAT.TABLES zhong yi xing ji lu 。 yin ci ke yi tong guo xiang ying de shu ju ku select yu ju jiu ke yi huo qu suo you xu yao de shu ju ku biao xin xi 。 gen ju xu yao ， xia shu shell jiao ben jiang cong xi tong biao SYSCAT.TABLES zhong gen ju tabname zi duan xuan chu SRCDB1 zhong suo you tabschema biao mo shi shi SRCDB1，ASN，SQLDBA，DB2DBG de biao ming zi ， bing gen ju ta men de ming zi sheng cheng xiang ying de export dao chu yu ju ， dao da pi liang dao chu de mu de 。rtrim han shu yong yu qu chu tabname zi duan shu ju de you bian de kong ge 。\nqing dan 6. sheng cheng export jiao ben\nbian ji sheng cheng de srcdb1_export.sql， shan chu tou bu he yi bu suo xian shi de tong ji xin xi ， zhi bao liu bi yao de export yu ju 。 tong guo xiu gai shang shu jiao ben zhong suo bao han de tabschema xin xi ， ke yi zhi ding xu yao dao chu de biao de fan wei ， ye ji qian yi guo cheng zhong xu yao de suo you biao ming 。 suo sheng cheng de export dao chu yu ju ju you ru xia de ming ling xing shi ：\n4． sheng cheng shu ju dao ru load jiao ben\nshi yong shell jiao ben sheng cheng load jiao ben yong yu jiang shu ju dao ru mu biao xi tong ：srcdb1_load.sql\nqing dan 7. sheng cheng load jiao ben\nbian ji sheng cheng de srcdb1_load.sql， shan chu tou bu he yi bu de tong ji xin xi ， zhi bao liu bi yao de load yu ju 。 yu export dao chu yu ju lei si ， shang shu shell jiao ben cong xi tong biao zhong xuan chu SRCDB1 zhong suo you biao de ming zi ， bing gen ju ta men de ming zi sheng cheng xiang ying de import dao ru yu ju ， dao da pi liang dao ru de mu de 。 suo sheng cheng de import dao ru yu ju ming ling xing shi ru xia ：\ndb2 load from tablename.ixf of ixf insert into tablename;【原文】【汉音对照】\nben wen zhu yao jie shao ru he wan cheng ji yu DB2 de PHP ying yong xi tong cong AIX ping tai dao Linux ping tai de yi zhi guo cheng 。 wen zhong bao han le di ceng de DB2 shu ju ku yi zhi 、 shang ceng de PHP ying yong xi tong yi zhi de xiang xi bu zhou yi ji yi zhi guo cheng zhong ke neng yu dao de wen ti he jie jue fang fa 。 ren wu gai shu xi tong qian yi de gong zuo zhu yao fen wei yi xia ji ge fang mian ： 1.DB2 shu ju ku xi tong de kua ping tai qian yi 2.Apache fu wu qi yu php ying yong xi tong de an zhuang he pei zhi xia mian wo men jiu fen 2 ge fang mian fen bie jie shao qian yi he pei zhi de ju ti bu zhou 。 DB2 shu ju ku xi tong de kua ping tai qian yi shu ju ku huan jing yuan huan jing ：AIX＋DB2 v8.1 mu biao huan jing ：Linux＋DB2 v8.1 qi zhong yuan shu ju ku zhong bao han le 2 ge shu ju ku Instance：SRCDB1 yu SRCDB2。 zai SRCDB1/SRCDB2 shu ju ku zhong ， yun bao han le shang bai zhang shu ju ku biao ， bing you hen duo de suo yin 、 wai jian yue shu 、 chu fa qi 、 cun chu guo cheng yi ji yi xie han you zi zeng zi duan de biao （ han you GENERATED ALWAYS AS IDENTITY ding yi zi duan de biao ）。 geng wei kun nan de shi ， wo men bing mei you guan yu zhe xie shu ju ku dui xiang de zhun que chuang jian jiao ben 。 qian yi fang an de xuan ze ru guo qian yi de yuan xi tong yu mu de xi tong shu yu tong yi lei xing cao zuo xi tong ， li ru Linux zhi jian de qian yi ， huo zhe AIX xi tong zhi jian de qian yi ， ze qing kuang xiang dui jian dan ，DB2 ben shen yi jing ti gong xiang guan de shi yong gong ju lai shi xian zhe zhong tong lei xing ping tai zhi jian de shu ju ku yi zhi ， ru ： BACKUP he RESTORE ming ling 。 dang ran ， gen ju bu tong de qing kuang huan xu yao dui shi yong gong ju suo ti gong de shen shu you bi jiao qing chu de le jie ， pi ru yuan xi tong yu mu biao xi tong shi yong bu tong de biao kong jian ， jiu hui she ji dao biao kong jian chong ding xiang de wen ti 。 you yu ben wen de chong dian zai yu kua ping tai de yi zhi ， zhe zhong fang an xian ran wu fa man zu xu qiu ， zai ci bu zai ao shu 。 na me ， ru he chu li kua ping tai de shu ju ku qian yi wen ti ？ shi bu shi ke yi shi yong shi yong gong ju db2move ne ？ db2move zhi neng qian yi biao zhong de shu ju ， er wu fa dui suo yin 、 wai jian yue shu 、 chu fa qi he cun chu guo cheng deng shu ju ku dui xiang ye shi xian qian yi cao zuo ， er qie dui yu bao han zi zeng zi duan shu ju de biao lai shuo ，db2move ye you yi ding de xian zhi 。 bing qie db2move zhi neng ba shu ju dao ru dao yi cun zai de shu ju ku de biao zhong ， wu fa xian shi zhi ding biao kong jian de wei zhi 。 you yu zai shu ju ku de xi tong qian yi guo cheng zhong ， bu jin xu yao qian yi biao zhong de shu ju ， huan you suo yin 、 wai jian yue shu 、 chu fa qi he cun chu guo cheng deng shu ju ku dui xiang ， yu ben wen suo xuan fang an xiang bi ， huan shi hou zhe geng ju you shi 。 ke yi jiang db2move jin zuo wei qian yi biao shu ju de yi zhong bei yong fang an 。 er dui yu export he import lai shuo ， yi ci zhi neng zhen dui yi zhang biao jin xing dao chu dao ru cao zuo ， bing qie xu yao shou dong shu ru export he import de ming ling yi ji xu yao dao ru dao chu de shu ju biao ming ， zai shu ju ku biao de shu liang bu duo de qing kuang xia ， zhe zhong fang an ye xu huan ke yi kao lv ， dan ye bu bing shi zui jia de fang an 。 er zai shu ju ku zhong biao shu liang zhong duo de qing kuang xia ， zhe zhong zuo fa ze shi ji ben bu xian shi de ， er qie import ming ling bing bu neng bao zheng zi zeng zi duan de shu ju yu yuan lai de biao shu ju bao chi yi zhi 。 ben wen gen ju DB2 dui shu ju ku dui xiang de chu li ji zhi ， cai yong jiang db2look yu DDL、DML jiao ben xiang jie he de fang shi ， bing zhen dui yuan shu ju ku zhong de chu fa qi 、 cun chu guo cheng yi ji wai jian yue shu deng fen bie chu li ， gei chu le yi zhong kua ping tai DB2 shu ju ku xi tong yi zhi de ke xing fang an 。 xia mian wo men yi SRCDB1 wei li jie shao yi xia zhe zhong qing kuang xia de shu ju ku zheng ti qian yi guo cheng 。SRCDB1 shu ju ku zhong you SRCDB1、ASN、DB2DBG he SQLDBA zhe si ge shu ju ku mo shi 。 jia she SRCDB1 shu ju ku de yong hu ming wei user_srcdb1， mi ma ：pw_srcdb1。 zai yuan xi tong (AIX) shang de xiang guan cao zuo 1． shi yong db2look ming ling chou qu sheng cheng shu ju ku dui xiang de DDL jiao ben qing dan 1. db2look ming ling ji shen shu # db2look -d SRCDB1 -e -o srcdb1.ddl -a -i user_srcdb1 -w pw_srcdb1 db2look ： sheng cheng DDL yi bian chong xin chuang jian zai shu ju ku zhong ding yi de dui xiang yu fa : db2look -d DBname [-e] [-u Creator] [-z Schema] [-t Tname1 Tname2...TnameN] [-tw Tname] [-h] [-o Fname] [-a] [-m] [-c] [-r] [-l] [-x] [-xd] [-f] [-fd] [-td x] [-noview] [-i userID] [-w password] [-v Vname1 Vname2 ... VnameN] [-wrapper WrapperName] [-server ServerName] [-nofed] -d : shu ju ku ming cheng ， bi xuan shen shu -e : chou qu fu zhi shu ju ku suo xu yao de DDL wen jian ， ci xuan xiang jiang sheng cheng bao han DDL yu ju de jiao ben -o : jiang shu chu chong ding xiang dao gei ding de wen jian ming ， ru guo wei zhi ding -o xuan xiang ， ze shu chu mo ren zhuan dao stdout -a : wei suo you chuang jian cheng xu sheng cheng tong ji xin xi ， ru guo zhi ding le ci xuan xiang ， ze jiang hu lue -u xuan xiang -i : zhi ding deng lu dao shu ju ku suo zai fu wu qi shi suo shi yong de yong hu biao shi -w : zhi ding deng lu dao shu ju ku suo zai fu wu qi shi suo shi yong de mi ma 2． gen ju bu tong lei xing dui xiang ， fen hua shu ju ku dui xiang DDL jiao ben you yu yuan shu ju ku zhong de ge ge biao shu ju yi jing shi jing guo chu fa qi 、 cun chu guo cheng deng shu ju ku dui xiang chu li guo de shu ju ， wei bao zheng shu ju ku zhong shu ju de yi zhi xing he wan zheng xing ， zhe xie shu ju ku dui xiang ying gai zai dao ru shu ju hou zai chuang jian ， yi fang zhi zai dao ru biao shu ju shi chong fu zhi xing chu fa qi he cun chu guo cheng deng shu ju ku dui xiang sheng cheng cuo wu shu ju 。 shi yong wen ben bian ji qi bian ji you db2look sheng cheng de srcdb1.ddl， jiang chuang jian biao ji suo yin de DDL yu ju ， chuang jian wai jian yue shu de DDL yu ju yi ji chuang jian chu fa qi he chuang jian cun chu guo cheng de yu ju fen wei si zu ， fen bie bao cun wei xia mian si ge DDL jiao ben ： srcdb1_tables.ddl srcdb1_foriegnkeys.ddl srcdb1_triggers.ddl srcdb1_procedures.ddl srcdb1_tables.ddl ： bao han chuang jian SEQUENCE，UDF，TABLE，VIEW deng shu ju ku dui xiang de ddl yu ju 。 qing dan 2. srcdb1_tables.ddl yu ju CREATE SEQUENCE "SRCDB1"."SAMPLE_SEQ_1" AS INTEGER MINVALUE 1 MAXVALUE 9999999999 START WITH 1 INCREMENT BY 1; CREATE FUNCTION " SRCDB1"." SAMPLE _FUNC_1" ( VARCHAR(254), VARCHAR(254), VARCHAR(254) ) RETURNS VARCHAR(254) SPECIFIC SAMPLE _FUNC_1 ……; CREATE TABLE " SRCDB1"." SAMPLE _TAB_1" ( "TAB_COL1" CHAR(20) NOT NULL , "TAB_COL2" VARCHAR(70) NOT NULL ) ; CREATE TABLE " SRCDB1"." SAMPLE _TAB_2" (……); …… CREATE TABLE " SRCDB1"." SAMPLE _TAB_N" (……); CREATE VIEW SRCDB1.SAMPLE_VIEW_1 (VIEW_COL1,VIEW_COL2) AS SELECT distinct COL1 , COL2 FROM SAMPLE_TAB WHERE ……; CREATE VIEW SRCDB1.SAMPLE_VIEW_2 ……; …… CREATE VIEW SRCDB1.SAMPLE_VIEW_N ……; srcdb1_foriegnkeys.ddl ： bao han chuang jian wai jian yue shu de ddl yu ju 。 qing dan 3. srcdb1_foriegnkeys.ddl yu ju ALTER TABLE " SRCDB1"."SAMPLE_FK_1" ADD CONSTRAINT "SQL030903143850120" FOREIGN KEY ("FK_COL1") REFERENCES " SRCDB1"."SAMPLE_TABLE" ("COL1")； ALTER TABLE " SRCDB1"."SAMPLE_FK_2" ADD ……; …… ALTER TABLE " SRCDB1"."SAMPLE_FK_N" ADD ……; srcdb1_triggers.ddl ： bao han chuang jian chu fa qi de ddl yu ju 。 qing dan 4. srcdb1_triggers.ddl yu ju CREATE TRIGGER SRCDB1.SAMPLE_TRIG_1 AFTER UPDATE OF col1 ON SRCDB1.SAMPLE_TAB REFERENCING NEW AS n FOR EACH ROW MODE DB2SQL WHEN ( n.col1 > 3) BEGIN ATOMIC update SAMPLE_TAB set(col2) = 'anotherValue' where col1 = n.col1 ;-- END; CREATE TRIGGER SRCDB1. SAMPLE_TRIG_2 ……; …… CREATE TRIGGER SRCDB1. SAMPLE_TRIG_N ……; srcdb1_procedures.ddl ： bao han chuang jian SQL cun chu guo cheng yi ji java cun chu guo cheng de ddl yu ju 。 qing dan 5. srcdb1_procedures.ddl yu ju CREATE PROCEDURE " SRCDB1"." JAVA_PROCEDURE_1" ( OUT SQLSTATE CHARACTER(5), OUT ROWS_SUBMITED INTEGER, IN BATCH_ID INTEGER, IN LEVEL VARCHAR(4000) ) DYNAMIC RESULT SETS 0 SPECIFIC SUBMIT_BATCH EXTERNAL NAME 'Submit_batch!submit_batch' LANGUAGE JAVA PARAMETER STYLE JAVA NOT DETERMINISTIC FENCED THREADSAFE MODIFIES SQL DATA NO DBINFO; CREATE PROCEDURE " SRCDB1"."JAVA_PROCEDURE_2" ……; …… CREATE PROCEDURE " SRCDB1"."JAVA_PROCEDURE_N" ……; SET CURRENT SCHEMA = " SRCDB1"; SET CURRENT PATH = "SYSIBM","SYSFUN"," SRCDB1"; CREATE PROCEDURE SRCDB1.SQL_PROCEDURE_1 ( IN hostname varchar(4000), IN username varchar(4000), OUT SQLCODE_OUT int ) SPECIFIC SRCDB1.SQL_PROCEDURE_1 LANGUAGE SQL ------------------------------------------------- -- SQL Stored Procedure ------------------------------------------------- P1: BEGIN …… END P1 ; CREATE PROCEDURE SRCDB1.SQL_PROCEDURE_2 ……; …… CREATE PROCEDURE SRCDB1.SQL_PROCEDURE_N ……; xu yao zhu yi de shi ，db2 v6 ban ben de db2look shang wei shi xian chou qu ru UDF，TRIGGER，UserSpace，NodeGroup，BufferPool deng shu ju ku dui xiang de ddl yu ju 。 cong db2 v7 kai shi ，db2look ke yi chou qu shang shu dui xiang de DDL， dan shi yi ran wu fa chou qu chuang jian cun chu guo cheng dui xiang de ddl yu ju 。 cong db2 v8.2 kai shi ， wan shan le dui db2look gong neng de zhi chi ， shi xian le cun chu guo cheng ddl yu ju de chou qu gong neng 。 you yu ben wen suo she ji de yuan shu ju ku xi tong de ban ben jiao di （DB2 v8.1）， yin ci xu yao cai qu shang shu fang an huo qu suo you shu ju ku dui xiang de DDL xin xi ： 1）. cong mou ge DB2 v8.2 xi tong dui SRCDB1（DB2 v8.1 ban ben ） zhi xing CATALOG cao zuo ： db2 catalog db SRCDB1 as SRCDB1; 2）. cong DB2 v8.2 xi tong dui SRCDB1 jin xing db2look chou qu guo cheng ： db2look -d SRCDB1 -e -o srcdb1.ddl -a -i user_srcdb1 -w pw_srcdb1; zhe yang jiu ke yi huo qu wan zheng de shu ju ku dui xiang DDL xin xi 。 3． sheng cheng shu ju dao chu export jiao ben shi yong shell jiao ben sheng cheng bing dao chu suo you shu ju de DML jiao ben ， bing jiang qi chong ding xiang dao srcdb1_export.sql wen jian zhong 。 dui yu shu xi DB2 de yong hu lai shuo ， ying gai zhi dao shu ju ku zhong chuang jian de mei ge biao 、 shi tu 、 bie ming yun dui ying SYSCAT.TABLES zhong yi xing ji lu 。 yin ci ke yi tong guo xiang ying de shu ju ku select yu ju jiu ke yi huo qu suo you xu yao de shu ju ku biao xin xi 。 gen ju xu yao ， xia shu shell jiao ben jiang cong xi tong biao SYSCAT.TABLES zhong gen ju tabname zi duan xuan chu SRCDB1 zhong suo you tabschema biao mo shi shi SRCDB1，ASN，SQLDBA，DB2DBG de biao ming zi ， bing gen ju ta men de ming zi sheng cheng xiang ying de export dao chu yu ju ， dao da pi liang dao chu de mu de 。rtrim han shu yong yu qu chu tabname zi duan shu ju de you bian de kong ge 。 qing dan 6. sheng cheng export jiao ben # db2 "select 'export to ' rtrim(tabname) '.ixf of ixf select * from ' rtrim(tabname) ';' from syscat.tables where tabschema in('SRCDB1', 'ASN', 'SQLDBA', 'DB2DBG')" > srcdb1_export.sql ; bian ji sheng cheng de srcdb1_export.sql， shan chu tou bu he yi bu suo xian shi de tong ji xin xi ， zhi bao liu bi yao de export yu ju 。 tong guo xiu gai shang shu jiao ben zhong suo bao han de tabschema xin xi ， ke yi zhi ding xu yao dao chu de biao de fan wei ， ye ji qian yi guo cheng zhong xu yao de suo you biao ming 。 suo sheng cheng de export dao chu yu ju ju you ru xia de ming ling xing shi ： db2 export to tablename.ixf of ixf select * from tablename; 4． sheng cheng shu ju dao ru load jiao ben shi yong shell jiao ben sheng cheng load jiao ben yong yu jiang shu ju dao ru mu biao xi tong ：srcdb1_load.sql qing dan 7. sheng cheng load jiao ben # db2 "select 'load from ' rtrim(tabname) '.ixf of ixf insert into ' rtrim(tabname) ';' from syscat.tables where tabschema in ('SRCDB1', 'ASN', 'SQLDBA', 'DB2DBG')" > srcdb1_load.sql; bian ji sheng cheng de srcdb1_load.sql， shan chu tou bu he yi bu de tong ji xin xi ， zhi bao liu bi yao de load yu ju 。 yu export dao chu yu ju lei si ， shang shu shell jiao ben cong xi tong biao zhong xuan chu SRCDB1 zhong suo you biao de ming zi ， bing gen ju ta men de ming zi sheng cheng xiang ying de import dao ru yu ju ， dao da pi liang dao ru de mu de 。 suo sheng cheng de import dao ru yu ju ming ling xing shi ru xia ： db2 load from tablename.ixf of ixf insert into tablename;


url: =Yi Long Jian Dan Dian ( Guo Jin Street ) Reviews: Food & Drinks in Changsha– Trip.com\nShop A029-A030, Level A, Guojin Street, No. 78 Huangxing Middle Road\nReviewed on 1589553589000\nReviewed on 1592179424000\nReviewed on 1533382565000\nReviewed on 1514618488000\nReviewed on 1513776186000\nRestaurants Near Yi Long Jian Dan Dian ( Guo Jin Street )\nAi Dun . Ou Feng Ou Shi Feng Qing Restaurant(7Mall )\nMore restaurants near Yi Long Jian Dan Dian ( Guo Jin Street )\nAttractions Near Yi Long Jian Dan Dian ( Guo Jin Street )\nMore attractions near Yi Long Jian Dan Dian ( Guo Jin Street )\nHotels Near Yi Long Jian Dan Dian ( Guo Jin Street )\nMore hotels near Yi Long Jian Dan Dian ( Guo Jin Street )\nOrange Island | Yuelu Mountain | Colorful World | Hunan Provincial Museum | Yuelu Academy | Taiping Street | Orange Isle Fireworks | Tianxin Pavilion | Autumn-Admiring Pavilion | Huogongdian | Shiyan Lake | Changsha Ferris Wheel | Changsha Sea World | Du Fu River Pavilion | Hunan Forestry Botanical Garden | Changsha Ecological Zoo | HBtown | Xinhualian Tongguanyao Ancient Town | Huangxing Road Walking Street | Oceanus Marine Park\nYu Xiang Yan · Duo Jiao Yu Tou ( He Xi Yue Lu Main Branch) | Cha Yan Yue Se ( Tai Ping Street 18dian) | Hei Se Jing Dian Chou Dou Fu ( Xiao Xiang Wen Hua Dian) | Chui Yan Times Xiao Chao Huang Beef( Wu Yi Hua Fu Dian ) | Huo Gong Dian ( Po Zi Street Main Branch) | Li Li Yu Gang ( Shuang Tang Road Main Branch) | WALAIDA | Mao Jia Restaurant( Kai Fu wandadian ) | Jun Ting Zhong Can Guan(Nian Jia Hu Dian) | Lao Street Yu Zui Ba ( Po Zi Street Lao Dian) | Peng Chu ( Ba Yi Road Dian ) | Hidilao Hot Pot( Yu Hua Ting CapitaLand Square ) | Shantou Ba He Li Hai Ji Beef ( Jie Fang Xi Road ) | Fan Pa Yu ( Hu Da Dian) | Shuang Yan Lou ( San Wang Street Dian) | Qian Xing·Cui Yuan18 Hao | Da Wan Chu ( Dong Feng Road ) | Yang Yu Xing ( San Wang Street Dian ) | Jiangnan Gong She ( Jiu Long Cang dian) | Lu Xiang Small Town( Le He Cheng Dian )\nWanda Vista Changsha | Huaruihe Hotel (Changsha IFC) | Empark Grand Hotel | Niccolo Changsha | Wanjiali International Hotel | Hampton by Hilton Changsha South Railway Station | Grand Hyatt Changsha | Atour Hotel (Changsha Furong Middle Road) | Days Hotel By Wyndham | Friendship Hotel | InterContinental Changsha | Serenity Inn | Ramada By Wyndham (Changsha Bohua) | Atour Hotel (Changsha South High-speed Railway Station) | Nuobo Meiyu Hotel | Changsha Wandai Hotel | Yannian Shenyu Hotel | Xinli News International Hotel | Longchamp Garden Hotel | Pujing Hotel | Sheraton Changsha Hotel | Days Hotel (Changsha Binjiang) | Changsha Liufang Mansion | Tingbo Hotel (Meixi Lake) | Yilan Zunpin Hotel


url: =Can Migrant Farmers Really Be Integrated Into Urban Life?--《中国经济学人(英文版)》2008年03期\nCan Migrant Farmers Really Be Integrated Into Urban Life?\nDENG Dasongand HU Hongwei Professor and Director of the Center for Social Security Studies of Wuhan University Ph.D.of the Center for Social Security Studies of Wuhan University\nRecently,China has experienced a noteworthy phenomenon among migrant workers characterized by them being"moving but not settled down,settled down but excluded".This is due to their"intrinsic citizenship"lagging behind their"extrinsic citizenship".In a normal state,however,"intrinsic citizenship"should proceed in synchronization with"extrinsic citizenship".In reality,"intrinsic citizenship"is manifested as the positioning and recognition of one's self-identity role.By carrying out a multinomial logistic regression analysis of migrant workers self-identity role,we nd that"intrinsic citizenship"lags behind"extrinsic citizenship"primarily due to differences in migrant farmers'education,age and marital status.The most fundamental reason for this is that migrant farmers cannot acquire the same basic civil rights of regular citizens,including basic social security rights.In other words,migrant farmers are deprived of their basic civil rights to which citizens are entitled.In light of an in-depth analysis of this phenomenon,and based on the conclusions reached,this article puts forward recommendations for speeding up the process for migrant farmers to acquire social security rights and accelerate their citizenship process.\n【CateGory Index】： F299.2;F323.6\n1 by Song Hongyuan,Huang Huabo and Liu Guangming;An Analysis of the Policy of the Flow of Rural Labor Forces[J];Management World;2002-05\n2 Li Chunling;Urban and Rural Immigrants and Social Mobility[J];Jiangsu Social Sciences;2007-02\n3 JIANG Zuo-pei (Nantong Party School of Jiangsu Province, N antong 226007,China);The Issue of Transforming Rural Residents into Urban Residents in the Process of Urbanization[J];Journal of China National School of Administration;2003-04\n4 JING Zhi-zheng,GUO Hong(The institution of Sociology Sichuan Academy of Social Science Library,Chengdu Sichuan 610072);The community integration and social exclusion of new urban immigration——the case from Chengdu urban community[J];Northwest Population Journal;2007-02\n5 Huang Zuhui Qian Wenrong Mao Yingchun;Life Stability of Rural-urban Migrants and Their Willingness to Be Urban Citizens[J];Population Science of China;2004-02\n2 LU Bao-rui (School of Public Administration, Fujian Normal University, Fuzhou 350007, China);Leading Enterprise's Organization Idea and New Rural Reconstruction[J];Journal of Anyang Institute of Technology;2006-05\n3 ZHANG Xing (School of Humanities in Changchun Polytechnical University,Changchun 130022,China);Social Break,Social Repel and Harmonious Society[J];Journal of Baicheng Normal College;2006-01\n4 Meng Tianguang (School of Government, Peking University, Beijing 100871);Social Stratification and Political Attitude: The Effects of Social Transformation since Reform[J];Graduate Students' Journal of Peking University;2008-04\n5 LING Jian-hong;The Social Mentality of City Teenager vulnerable groups and Its Adjustment[J];Journal of Beijing Youth Politics College;2005-03\n6 HUANG Huo-ming;A Sociological Research on The "Flash Narriage Fashion" in Modern Youth[J];Journal of Beijing Youth Politics College;2007-04\n7 CHEN Zhi-qiang~1,JIN Xiao-feng~2,MAO Yi-ping~1(1.Department of Physical Education, Zhejing University, Hangzhou 310027, Zhejiang China; 2. Lishui Teachers' College, Lishui 323000, Zhejiang China);A Comprehensive Evaluation of University Girl Students' Physique[J];Journal of Beijing University of Physical Education;2004-02\n8 QU Jie~1, BAI Jin-xiang~2 (1.Dept. of P.E., Huaihua University, Huaihua 418008, Hunan China; 2.Jishou University, Jishou 416000, Hunan China);Exploration on Perspective and Basis of Value Reconstruction for the Nationality Traditional Sports Culture in the Period of Social Transition in China[J];Journal of Beijing University of Physical Education;2005-06\n9 ZHOU Jinguo Dept.of P.E.,Hanshan Normal College,Chaozhou 521041,China.;A Study on Relationship between Social Class of Consumers in Commercial Fitness Clubs and Their Sports Consumption:A Case Study of Total Fitness Club in Guangzhou[J];Journal of Capital Institute of Physical Education;2009-02\n10 ZHOU Chun-ying,HUANG Tao-zhen(1.Business School,Hehai University,Nanjing,Jiangsu 210098,China;2.School of Management,Hehai University,Nanjing,Jiangsu 210098,China);Comprehensive Appraisal of Social Economic Development Level of Central Cities[J];Commercial Research;2005-19\n1 Guo Congbin & Min Weifang (Graduate School of Education, Peking University, Beijing 100871, China);The Effect of Familial Economical and Cultural Capital on Educational Attainment in China[A];[C];2005\n1 XU Cheng an, DAI Feng (Economics Department of Nanjing Audit Institute, Jiangsu Nanjing 210029, China);The Essence and Road Selection of Urbanization[J];Journal of Huaiyin Teachers College(Philosophy and Social Sciences Edition);2002-04\n2 Bai,Nansheng & He,Yupeng;Returning to Native Place or Immigrating to Big Cities for Working: A study on the phenomena of farmer-labor's returning home from the cities[J];Sociological Research;2002-03\n3 Zeng, Qun & Wei, Yanbin;Unemployment and Social Discrimination: A scheme of analyses[J];Sociological Research;2004-03\n4 JIANG Zuo-pei(Presidential Office,Nantong Munic ipal Committee Party School of C.C.P.,Nantong,Jiangsu 226007);The Plan for Pushing Forward China's Urbanization of Rural Population in the Course of Urbanization of Rural Areas[J];Journal of Shenzhen University(Humanities & Social Sciences);2003-02


url: =Report for Neotrinia splendens (Trin.) M.Nobis, P.D.Gudkova & A.Nowak\nupdated: Sep 16th 2021, 11:52 am see all updates\nAuthor (Trin.) M.Nobis, P.D.Gudkova & A.Nowak\nBalagasi Lakeshore, Inner Mongolia, China\nMandal Gobi Region of Dundgovi Province (45°46 0 N, 106°16 0 E), Mongolia\nMongolia and Qinghai\nMiscellaneous notes Synonym Achnatherum splendens\nKou, X; Li, JQ; Liu, HM; Li, BQ; Yu, XW; Cao, XA; Liu, DW; Wen, L; Zhuo, Y; Wang, LX (2020) Characteristics of bacterial biodiversity and community structure in non-rhizosphere soils along zonal distribution of plants within littoral wetlands in inner Mongolia, China. GLOBAL ECOLOGY AND CONSERVATION. 24, (see details)\nLiu, J. T., Y. L. Zhou, C. X. Luo, Y. Xiang and L. Z. An (2016) De Novo Transcriptome Sequencing of Desert Herbaceous Achnatherum splendens (Achnatherum) Seedlings and Identification of Salt Tolerance Genes. Genes. 7, 4, (see details)\nTanaka-Oda, A; Endo, I; Ohte, N; Eer, D; Yamanaka, N; Hirobe, M; Nachinshonhor, GU; Koyama, A; Jambal, S; Katsuyama, M; Nakamura, T; Matsuo, N; Jamsran, U; Okuro, T; Yoshikawa, K (2018) A water acquisition strategy may regulate the biomass and distribution of winter forage species in cold Asian rangeland. ECOSPHERE. 9, 12, (see details)\nZhang Ya-qiongLiang Cun-zhuWang WeiWang Li-xinPeng Jiang-taoYan Jian-chengJia Cheng-zhen (2010) Soil salinity and Achnatherum splendens distribution.. 29, 12, 2438. -2443. (see details)


url: =You searched for: Author China. Guo jia tong ji ju Remove constraint Author: China. Guo jia tong ji ju Subject Boundaries Remove constraint Subject: Boundaries Subject Sex ratio Remove constraint Subject: Sex ratio Subject Population Remove constraint Subject: Population Place China Remove constraint Place: China


url: = Agent Locator | Room1591 1593 1595 1597 1599 1601 1f Nanchang, Jiangxi 330000 | Western Union\nDear WU Customer, Thanks for using our agent locator to find a Western Union location. Here's the info you requested: Location name: CHINA CONSTRUCTION BANK Room1591 1593 1595 1597 1599 1601 1f Nanchang, Jiangxi 330000 +86-791-83099129 See more details: http://locations.westernunion.com/cn/jiangxi/nanchang/48e5a6c029c68ef7a994f8530654b68e How do I send money? https://go.wu.com/ALsend What does my receiver need to pick up their money? https://go.wu.com/ALreceive Download the Western Union® App and start your money transfer now: https://go.wu.com/ALdownload\nVisit the Western Union® agent location at Room1591 1593 1595 1597 1599 1601 1f Nanchang, Jiangxi 330000.\nRoom1591 1593 1595 1597 1599 1601 1f Hongguxincheng Changleng Ave Xinjian Nanchang, Jiangxi 330000 +86-791-83099129\nHostname: Not Set DetailsFound: True DateTime: Thu Dec 05 22:15:59 UTC 2019


url: =United States PE Foam Market Report & Forecast 2021-2027 - RnR Market Research\nGlobal and United States PE Foam Market Insights, Forecast to 2027\nUnited States PE Foam Tape Market Report & Forecast 2021-2027\nUnited States PE Foam Tape Market Report 2017\nUnited States PE Foam Market, By Type, 2016-2021, 2022-2027 ($ Millions) & (K CBM)\nUnited States PE Foam Market Segment Percentages, By Type, 2020 (%)\nUnited States PE Foam Market, By Application, 2016-2021, 2022-2027 ($ Millions) & (K CBM)\nUnited States PE Foam Market Segment Percentages, By Application, 2020 (%)\nKey companies PE Foam revenues in United States market, 2016-2021 (Estimated), ($ millions)\nKey companies PE Foam revenues share in United States market, 2020 (%)\nKey companies PE Foam sales in United States market, 2016-2021 (Estimated), (K CBM)\nKey companies PE Foam sales share in United States market, 2020 (%)\n1.1 PE Foam Market Definition\n1.3 United States PE Foam Market Overview\n2 United States PE Foam Overall Market Size\n2.1 United States PE Foam Market Size: 2021 VS 2027\n2.2 United States PE Foam Revenue, Prospects & Forecasts: 2016-2027\n2.3 United States PE Foam Sales: 2016-2027\n3.1 Top PE Foam Players in United States Market\n3.2 Top United States PE Foam Companies Ranked by Revenue\n3.3 United States PE Foam Revenue by Companies\n3.4 United States PE Foam Sales by Companies\n3.5 United States PE Foam Price by Manufacturer (2016-2021)\n3.6 Top 3 and Top 5 PE Foam Companies in United States Market, by Revenue in 2020\n3.7 Manufacturers PE Foam Product Type\n3.8 Tier 1, Tier 2 and Tier 3 PE Foam Players in United States Market\n3.8.1 List of Tier 1 PE Foam Companies in United States\n3.8.2 List of Tier 2 and Tier 3 PE Foam Companies in United States\n4.1.1 By Type - United States PE Foam Market Size Markets, 2021 & 2027\n4.2 By Type - United States PE Foam Revenue & Forecasts\n4.2.1 By Type - United States PE Foam Revenue, 2016-2021\n4.2.2 By Type - United States PE Foam Revenue, 2022-2027\n4.2.3 By Type - United States PE Foam Revenue Market Share, 2016-2027\n4.3 By Type - United States PE Foam Sales & Forecasts\n4.3.1 By Type - United States PE Foam Sales, 2016-2021\n4.3.2 By Type - United States PE Foam Sales, 2022-2027\n4.3.3 By Type - United States PE Foam Sales Market Share, 2016-2027\n4.4 By Type - United States PE Foam Price (Manufacturers Selling Prices), 2016-2027\n5.1.1 By Application - United States PE Foam Market Size, 2021 & 2027\n5.2 By Application - United States PE Foam Revenue & Forecasts\n5.2.1 By Application - United States PE Foam Revenue, 2016-2021\n5.2.2 By Application - United States PE Foam Revenue, 2022-2027\n5.2.3 By Application - United States PE Foam Revenue Market Share, 2016-2027\n5.3 By Application - United States PE Foam Sales & Forecasts\n5.3.1 By Application - United States PE Foam Sales, 2016-2021\n5.3.2 By Application - United States PE Foam Sales, 2022-2027\n5.3.3 By Application - United States PE Foam Sales Market Share, 2016-2027\n5.4 By Application - United States PE Foam Price (Manufacturers Selling Prices), 2016-2027\n6.1 Sing Home\n6.1.1 Sing Home Corporation Information\n6.1.2 Sing Home Overview\n6.1.3 Sing Home PE Foam Sales and Revenue in United States Market (2016-2021)\n6.1.4 Sing Home PE Foam Product Description\n6.1.5 Sing Home Recent Developments\n6.2 Sansheng Industry\n6.2.1 Sansheng Industry Corporation Information\n6.2.2 Sansheng Industry Overview\n6.2.3 Sansheng Industry PE Foam Sales and Revenue in United States Market (2016-2021)\n6.2.4 Sansheng Industry PE Foam Product Description\n6.2.5 Sansheng Industry Recent Developments\n6.3 Hubei Yuanxiang\n6.3.1 Hubei Yuanxiang Corporation Information\n6.3.2 Hubei Yuanxiang Overview\n6.3.3 Hubei Yuanxiang PE Foam Sales and Revenue in United States Market (2016-2021)\n6.3.4 Hubei Yuanxiang PE Foam Product Description\n6.3.5 Hubei Yuanxiang Recent Developments\n6.4.1 QIHONG Corporation Information\n6.4.2 QIHONG Overview\n6.4.3 QIHONG PE Foam Sales and Revenue in United States Market (2016-2021)\n6.4.4 QIHONG PE Foam Product Description\n6.4.5 QIHONG Recent Developments\n6.5 JINGKE SHIYE\n6.5.1 JINGKE SHIYE Corporation Information\n6.5.2 JINGKE SHIYE Overview\n6.5.3 JINGKE SHIYE PE Foam Sales and Revenue in United States Market (2016-2021)\n6.5.4 JINGKE SHIYE PE Foam Product Description\n6.5.5 JINGKE SHIYE Recent Developments\n6.6.1 MOYUAN Corporation Information\n6.6.2 MOYUAN Overview\n6.6.3 MOYUAN PE Foam Sales and Revenue in United States Market (2016-2021)\n6.6.4 MOYUAN PE Foam Product Description\n6.6.5 MOYUAN Recent Developments\n6.7 CYG TEFA\n6.7.1 CYG TEFA Corporation Information\n6.7.2 CYG TEFA Overview\n6.7.3 CYG TEFA PE Foam Sales and Revenue in United States Market (2016-2021)\n6.7.4 CYG TEFA PE Foam Product Description\n6.7.5 CYG TEFA Recent Developments\n6.8.1 RUNSHENG Corporation Information\n6.8.2 RUNSHENG Overview\n6.8.3 RUNSHENG PE Foam Sales and Revenue in United States Market (2016-2021)\n6.8.4 RUNSHENG PE Foam Product Description\n6.8.5 RUNSHENG Recent Developments\n6.9 Zhangqiu Jicheng\n6.9.1 Zhangqiu Jicheng Corporation Information\n6.9.2 Zhangqiu Jicheng Overview\n6.9.3 Zhangqiu Jicheng PE Foam Sales and Revenue in United States Market (2016-2021)\n6.9.4 Zhangqiu Jicheng PE Foam Product Description\n6.9.5 Zhangqiu Jicheng Recent Developments\n6.10 Zhjiang Jiaolian\n6.10.1 Zhjiang Jiaolian Corporation Information\n6.10.2 Zhjiang Jiaolian Overview\n6.10.3 Zhjiang Jiaolian PE Foam Sales and Revenue in United States Market (2016-2021)\n6.10.4 Zhjiang Jiaolian PE Foam Product Description\n6.10.5 Zhjiang Jiaolian Recent Developments\n6.11 HengshiJucheng Rubber\n6.11.1 HengshiJucheng Rubber Corporation Information\n6.11.2 HengshiJucheng Rubber Overview\n6.11.3 HengshiJucheng Rubber PE Foam Sales and Revenue in United States Market (2016-2021)\n6.11.4 HengshiJucheng Rubber PE Foam Product Description\n6.11.5 HengshiJucheng Rubber Recent Developments\n6.12 Zhejiang Wanli\n6.12.1 Zhejiang Wanli Corporation Information\n6.12.2 Zhejiang Wanli Overview\n6.12.3 Zhejiang Wanli PE Foam Sales and Revenue in United States Market (2016-2021)\n6.12.4 Zhejiang Wanli PE Foam Product Description\n6.12.5 Zhejiang Wanli Recent Developments\n6.13 Great Wall Rubber\n6.13.1 Great Wall Rubber Corporation Information\n6.13.2 Great Wall Rubber Overview\n6.13.3 Great Wall Rubber PE Foam Sales and Revenue in United States Market (2016-2021)\n6.13.4 Great Wall Rubber PE Foam Product Description\n6.13.5 Great Wall Rubber Recent Developments\n6.14 Zhejiang Runyang\n6.14.1 Zhejiang Runyang Corporation Information\n6.14.2 Zhejiang Runyang Overview\n6.14.3 Zhejiang Runyang PE Foam Sales and Revenue in United States Market (2016-2021)\n6.14.4 Zhejiang Runyang PE Foam Product Description\n6.14.5 Zhejiang Runyang Recent Developments\n6.15 Runyang Technology\n6.15.1 Runyang Technology Corporation Information\n6.15.2 Runyang Technology Overview\n6.15.3 Runyang Technology PE Foam Sales and Revenue in United States Market (2016-2021)\n6.15.4 Runyang Technology PE Foam Product Description\n6.15.5 Runyang Technology Recent Developments\n6.16 Hengshui Yongsheng\n6.16.1 Hengshui Yongsheng Corporation Information\n6.16.2 Hengshui Yongsheng Overview\n6.16.3 Hengshui Yongsheng PE Foam Sales and Revenue in United States Market (2016-2021)\n6.16.4 Hengshui Yongsheng PE Foam Product Description\n6.16.5 Hengshui Yongsheng Recent Developments\n6.17 Fullchance Rubber Sheet\n6.17.1 Fullchance Rubber Sheet Corporation Information\n6.17.2 Fullchance Rubber Sheet Overview\n6.17.3 Fullchance Rubber Sheet PE Foam Sales and Revenue in United States Market (2016-2021)\n6.17.4 Fullchance Rubber Sheet PE Foam Product Description\n6.17.5 Fullchance Rubber Sheet Recent Developments\n6.18 Huzhou Huaming\n6.18.1 Huzhou Huaming Corporation Information\n6.18.2 Huzhou Huaming Overview\n6.18.3 Huzhou Huaming PE Foam Sales and Revenue in United States Market (2016-2021)\n6.18.4 Huzhou Huaming PE Foam Product Description\n6.18.5 Huzhou Huaming Recent Developments\n6.19 Sanhe Plastic Rubber\n6.19.1 Sanhe Plastic Rubber Corporation Information\n6.19.2 Sanhe Plastic Rubber Overview\n6.19.3 Sanhe Plastic Rubber PE Foam Sales and Revenue in United States Market (2016-2021)\n6.19.4 Sanhe Plastic Rubber PE Foam Product Description\n6.19.5 Sanhe Plastic Rubber Recent Developments\n6.20 Hengshui Rubber Company Limited\n6.20.1 Hengshui Rubber Company Limited Corporation Information\n6.20.2 Hengshui Rubber Company Limited Overview\n6.20.3 Hengshui Rubber Company Limited PE Foam Sales and Revenue in United States Market (2016-2021)\n6.20.4 Hengshui Rubber Company Limited PE Foam Product Description\n6.20.5 Hengshui Rubber Company Limited Recent Developments\n7 United States PE Foam Production Capacity, Analysis\n7.1 United States PE Foam Production Capacity, 2016-2027\n7.2 PE Foam Production Capacity of Key Manufacturers in United States Market\n9 PE Foam Supply Chain Analysis\n9.1 PE Foam Industry Value Chain\n9.2 PE Foam Upstream Market\n9.3 PE Foam Downstream and Clients\n9.4.2 PE Foam Distributors and Sales Agents in United States Market\nTable 1. Key Players of PE Foam in United States Market\nTable 2. Top PE Foam Players in United States Market, Ranking by Revenue (2019)\nTable 3. United States PE Foam Revenue by Companies, (US$, Mn), 2016-2021\nTable 4. United States PE Foam Revenue Share by Companies, 2016-2021\nTable 5. United States PE Foam Sales by Companies, (K CBM), 2016-2021\nTable 6. United States PE Foam Sales Share by Companies, 2016-2021\nTable 7. Key Manufacturers PE Foam Price (2016-2021) & (USD/CBM)\nTable 8. Manufacturers PE Foam Product Type\nTable 9. List of Tier 1 PE Foam Companies, Revenue (US$, Mn) in 2020 and Market Share\nTable 10. List of Tier 2 and Tier 3 PE Foam Companies, Revenue (US$, Mn) in 2020 and Market Share\nTable 11. Major Manufacturers of IXPE\nTable 12. Major Manufacturers of XPE\nTable 13. By Type - United States PE Foam Revenue, (US$, Mn), 2021 & 2027\nTable 14. By Type - United States PE Foam Revenue (US$, Mn), 2016-2021\nTable 15. By Type - United States PE Foam Revenue (US$, Mn), 2022-2027\nTable 16. By Type - United States PE Foam Sales (K CBM), 2016-2021\nTable 17. By Type - United States PE Foam Sales (K CBM), 2022-2027\nTable 18. By Application - United States PE Foam Revenue, (US$, Mn), 2021 VS 2027\nTable 19. By Application - United States PE Foam Revenue (US$, Mn), 2016-2021\nTable 20. By Application - United States PE Foam Revenue (US$, Mn), 2022-2027\nTable 21. By Application - United States PE Foam Sales (K CBM), 2016-2021\nTable 22. By Application - United States PE Foam Sales (K CBM), 2022-2027\nTable 23. Sing Home Corporation Information\nTable 24. Sing Home Description and Major Businesses\nTable 25. Sing Home PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 26. Sing Home PE Foam Product\nTable 27. Sing Home Recent Developments\nTable 28. Sansheng Industry Corporation Information\nTable 29. Sansheng Industry Description and Major Businesses\nTable 30. Sansheng Industry PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 31. Sansheng Industry PE Foam Product\nTable 32. Sansheng Industry Recent Developments\nTable 33. Hubei Yuanxiang Corporation Information\nTable 34. Hubei Yuanxiang Description and Major Businesses\nTable 35. Hubei Yuanxiang PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 36. Hubei Yuanxiang PE Foam Product\nTable 37. Hubei Yuanxiang Recent Developments\nTable 38. QIHONG Corporation Information\nTable 39. QIHONG Description and Major Businesses\nTable 40. QIHONG PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 41. QIHONG PE Foam Product\nTable 42. QIHONG Recent Developments\nTable 43. JINGKE SHIYE Corporation Information\nTable 44. JINGKE SHIYE Description and Major Businesses\nTable 45. JINGKE SHIYE PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 46. JINGKE SHIYE PE Foam Product\nTable 47. JINGKE SHIYE Recent Developments\nTable 48. MOYUAN Corporation Information\nTable 49. MOYUAN Description and Major Businesses\nTable 50. MOYUAN PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 51. MOYUAN PE Foam Product\nTable 52. MOYUAN Recent Developments\nTable 53. CYG TEFA Corporation Information\nTable 54. CYG TEFA Description and Major Businesses\nTable 55. CYG TEFA PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 56. CYG TEFA PE Foam Product\nTable 57. CYG TEFA Recent Developments\nTable 58. RUNSHENG Corporation Information\nTable 59. RUNSHENG Description and Major Businesses\nTable 60. RUNSHENG PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 61. RUNSHENG PE Foam Product\nTable 62. RUNSHENG Recent Developments\nTable 63. Zhangqiu Jicheng Corporation Information\nTable 64. Zhangqiu Jicheng Description and Major Businesses\nTable 65. Zhangqiu Jicheng PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 66. Zhangqiu Jicheng PE Foam Product\nTable 67. Zhangqiu Jicheng Recent Developments\nTable 68. Zhjiang Jiaolian Corporation Information\nTable 69. Zhjiang Jiaolian Description and Major Businesses\nTable 70. Zhjiang Jiaolian PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 71. Zhjiang Jiaolian PE Foam Product\nTable 72. Zhjiang Jiaolian Recent Developments\nTable 73. HengshiJucheng Rubber Corporation Information\nTable 74. HengshiJucheng Rubber Description and Major Businesses\nTable 75. HengshiJucheng Rubber PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 76. HengshiJucheng Rubber PE Foam Product\nTable 77. HengshiJucheng Rubber Recent Developments\nTable 78. Zhejiang Wanli Corporation Information\nTable 79. Zhejiang Wanli Description and Major Businesses\nTable 80. Zhejiang Wanli PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 81. Zhejiang Wanli PE Foam Product\nTable 82. Zhejiang Wanli Recent Developments\nTable 83. Great Wall Rubber Corporation Information\nTable 84. Great Wall Rubber Description and Major Businesses\nTable 85. Great Wall Rubber PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 86. Great Wall Rubber PE Foam Product\nTable 87. Great Wall Rubber Recent Developments\nTable 88. Zhejiang Runyang Corporation Information\nTable 89. Zhejiang Runyang Description and Major Businesses\nTable 90. Zhejiang Runyang PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 91. Zhejiang Runyang PE Foam Product\nTable 92. Zhejiang Runyang Recent Developments\nTable 93. Runyang Technology Corporation Information\nTable 94. Runyang Technology Description and Major Businesses\nTable 95. Runyang Technology PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 96. Runyang Technology PE Foam Product\nTable 97. Runyang Technology Recent Developments\nTable 98. Hengshui Yongsheng Corporation Information\nTable 99. Hengshui Yongsheng Description and Major Businesses\nTable 100. Hengshui Yongsheng PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 101. Hengshui Yongsheng PE Foam Product\nTable 102. Hengshui Yongsheng Recent Developments\nTable 103. Fullchance Rubber Sheet Corporation Information\nTable 104. Fullchance Rubber Sheet Description and Major Businesses\nTable 105. Fullchance Rubber Sheet PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 106. Fullchance Rubber Sheet PE Foam Product\nTable 107. Fullchance Rubber Sheet Recent Developments\nTable 108. Huzhou Huaming Corporation Information\nTable 109. Huzhou Huaming Description and Major Businesses\nTable 110. Huzhou Huaming PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 111. Huzhou Huaming PE Foam Product\nTable 112. Huzhou Huaming Recent Developments\nTable 113. Sanhe Plastic Rubber Corporation Information\nTable 114. Sanhe Plastic Rubber Description and Major Businesses\nTable 115. Sanhe Plastic Rubber PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 116. Sanhe Plastic Rubber PE Foam Product\nTable 117. Sanhe Plastic Rubber Recent Developments\nTable 118. Hengshui Rubber Company Limited Corporation Information\nTable 119. Hengshui Rubber Company Limited Description and Major Businesses\nTable 120. Hengshui Rubber Company Limited PE Foam Sales (K CBM), Revenue (US$, Mn) and Gross Margin (USD/CBM) (2016-2021)\nTable 121. Hengshui Rubber Company Limited PE Foam Product\nTable 122. Hengshui Rubber Company Limited Recent Developments\nTable 123. PE Foam Production Capacity (K CBM) of Key Manufacturers in United States Market, 2019-2021 (K CBM)\nTable 124. United States PE Foam Capacity Market Share of Key Manufacturers, 2019-2021\nTable 125. PE Foam Market Opportunities & Trends in United States Market\nTable 126. PE Foam Market Drivers in United States Market\nTable 127. PE Foam Market Restraints in United States Market\nTable 128. PE Foam Raw Materials\nTable 129. PE Foam Raw Materials Suppliers in United States Market\nTable 130. Typical PE Foam Downstream\nTable 131. PE Foam Downstream Clients in United States Market\nTable 132. PE Foam Distributors and Sales Agents in United States Market\nFigure 2. PE Foam Segment by Type\nFigure 3. PE Foam Segment by Application\nFigure 4. United States PE Foam Market Overview: 2020\nFigure 5. United States PE Foam Market Size: 2021 VS 2027 (US$, Mn)\nFigure 6. United States PE Foam Revenue, 2016-2027 (US$, Mn)\nFigure 7. PE Foam Sales in United States Market: 2016-2027 (K CBM)\nFigure 8. The Top 3 and 5 Players Market Share by PE Foam Revenue in 2020\nFigure 9. IXPE Product Picture\nFigure 10. XPE Product Picture\nFigure 11. EPE Product Picture\nFigure 12. By Type - United States PE Foam Sales Market Share, 2016-2027\nFigure 13. By Type - United States PE Foam Revenue Market Share, 2016-2027\nFigure 14. By Type - United States PE Foam Price (USD/CBM), 2016-2027\nFigure 18. Engineering\nFigure 19. Sports\nFigure 20. By Application - United States PE Foam Sales Market Share, 2016-2027\nFigure 21. By Application - United States PE Foam Revenue Market Share, 2016-2027\nFigure 22. By Application - United States PE Foam Price (USD/CBM), 2016-2027\nFigure 23. Sing Home PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 24. Sansheng Industry PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 25. Hubei Yuanxiang PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 26. QIHONG PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 27. JINGKE SHIYE PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 28. MOYUAN PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 29. CYG TEFA PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 30. RUNSHENG PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 31. Zhangqiu Jicheng PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 32. Zhjiang Jiaolian PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 33. HengshiJucheng Rubber PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 34. Zhejiang Wanli PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 35. Great Wall Rubber PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 36. Zhejiang Runyang PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 37. Runyang Technology PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 38. Hengshui Yongsheng PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 39. Fullchance Rubber Sheet PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 40. Huzhou Huaming PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 41. Sanhe Plastic Rubber PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 42. Hengshui Rubber Company Limited PE Foam Revenue Year Over Year Growth (US$, Mn) & (2016-2021)\nFigure 43. United States PE Foam Production Capacity (K CBM), 2016-2027\nFigure 44. PE Foam Industry Value Chain


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url: =已选条件： 资源类型: 期刊论文 × 数据来源: WOS × 数据来源: EI × 数据来源: 维普 × 数据来源: 万方 × 出版年: 2017 × 机构: 化学与化工学院 × 机构: 历史文化学院 × 文献类型: 期刊论文 ×\n6. A highly selective and sensitive fluorescent nanosensor for dopamine based on formate bridged Tb(III) complex and silver nanoparticles SCOPUS SCIE\n7. Design, synthesis and anti-HIV evaluation of novel diarylpyridine derivatives as potent HIV-1 NNRTIs SCOPUS SCIE\n8. An organically modified silica aerogel for online in-tube solid-phase microextraction SCIE\n10. Novel fused pyrimidine and isoquinoline derivatives as potent HIV-1 NNRTIs: a patent evaluation of WO2016105532A1, WO2016105534A1 and WO2016105564A1 SCOPUS SCIE\n11. Interconnected Ni(HCO3)(2) Hollow Spheres Enabled by Self-Sacrificial Templating with Enhanced Lithium Storage Properties SCOPUS SCIE\n作者：Zhao, Shiqiang; Wang, Zewei; He, Yanjie; Jiang, Beibei; Harn, Yeuwei; Liu, Xueqin; Yu, Faqi; Feng, Fan; Shen, Qiang; Lin, Zhiqun\n作者机构：[Zhao, Shiqiang; Yu, Faqi; Feng, Fan; Shen, Qiang] Shandong Univ, Sch Chem & Chem Engn, Educ Minist, Key Lab Colloid & Interface Chem, Jinan 250100, Peoples R China.; [Zhao, Shiqiang; Wang, Zewei; He, Yanjie; Jiang, Beibei; Harn, Yeuwei; Liu, Xueqin; Lin, Zhiqun] Georgia Inst Technol, Sch Mat Sci & Engn, Atlanta, GA 30332 USA.\n来源：ACS ENERGY LETTERS,2017,Vol.2,Issue.1,111-116\n12. Self-assembled morphologies of an amphiphilic Y-shaped weak polyelectrolyte in a thin film SCOPUS SCIE\n13. Influence of functional groups on water splitting in carbon nanodot and graphitic carbon nitride composites: a theoretical mechanism study SCOPUS SCIE\n作者：Feng, Jin; Liu, Guokui; Yuan, Shiling; Ma, Yuchen\n作者机构：[Feng, Jin; Liu, Guokui; Yuan, Shiling; Ma, Yuchen] Shandong Univ, Sch Chem & Chem Engn, Jinan 250100, Peoples R China.\n来源：PHYSICAL CHEMISTRY CHEMICAL PHYSICS,2017,Vol.19,Issue.7,4997-5003\n14. Extraction behaviour and mechanism of Pt(IV) and Pd(II) by liquid-liquid extraction with an ionic liquid [HBBIm]Br EI SCOPUS SCIE\n15. Immunization with a DNA vaccine encoding Toxoplasma gondii Superoxide dismutase (TgSOD) induces partial immune protection against acute toxoplasmosis in BALB/c mice SCOPUS SCIE\n作者：Liu, Yuan; Cao, Aiping; Li, Yawen; Li, Xun; Cong, Hua; He, Shenyi; Zhou, Huaiyu\n作者机构：[Liu, Yuan; Li, Yawen; Cong, Hua; He, Shenyi; Zhou, Huaiyu] Shandong Univ, Sch Med, Dept Parasitol, Jinan, Shandong, Peoples R China.; [Li, Xun] Shandong Univ, Sch Pharmaceut Sci, Dept Med Chem, Jinan, Shandong, Peoples R China.; [Cao, Aiping] Peoples Hosp Rizhao, Dept Clin Lab, Rizhao, Shandong, Peoples R China.\n16. Synthesis of Multifunctional Silanes and Their Coordination-Driven Aggregation with Lanthanide Ions SCOPUS SCIE\n17. Influence of Polyoxometalate Protecting Ligands on Catalytic Aerobic Oxidation at the Surfaces of Gold Nanoparticles in Water SCOPUS SCIE\n18. Hydrophobic silver nanowire membrane for swabbing extraction and in situ SERS detection of polycyclic aromatic hydrocarbons on toys EI SCOPUS SCIE\n19. Interaction rule and mechanism of perfluoroalkyl sulfonates containing different carbon chains with human serum albumin EI SCOPUS SCIE\n20. Silver nanoprisms-based Tb(III) fluorescence sensor for highly selective detection of dopamine EI SCOPUS SCIE


url: =Effects of Carbon Nanotube on Die Casting ZM5 Magnesium Matrix Composites--《Special Casting & Nonferrous Alloys》2014年03期\n《Special Casting & Nonferrous Alloys》 2014-03\nEffects of Carbon Nanotube on Die Casting ZM5 Magnesium Matrix Composites\nHuang Mingfu;Wu Jicai;Liu Yong;Zeng Xiaoshu;(Yugan)Forging Co.Ltd of Jiangxi Copper Corporation;School of Mechanical-electrical Engineering,Nanchang University;\nCarbon nanotube reinforced ZM5 magnesium matrix composites were prepared by die casting. Effects of carbon nanotubes content on die characteritics and mechanical properties of the composites prepared were analyzed.In addition,effects on grain size and distribution in the matrix alloy were observed by OM(optical microscope),and distribution of carbon nanotubes in the matrix alloy was observed by SEM(scanning electron microscope).The results reveal that trace nano-tubes content can be ignored on effects of forming ability of the alloy.With 1.3% carbon nano-tubes,tensile strength of the ZM5 composites can reach 190MPa,and with 1.1% carbon nano-tubes,elongation of the composites is 6.25%,and with 1.5% carbon nano-tubes,the hardness of the composites prepared reach up to Hv95.2.\n1 CUI Yan (Institute of Aeronautical Materials, Beijing 100095, China);Aerospace Applications of Silicon Carbide Particulate Reinforced Aluminium Matrix Composites[J];Journal of Materials Engineering;2002-06\n2 Chen Yu, Zhang Guoding (Shanghai Jiao Tong University, Shanghai 200030) Wu Feng, Zhu Jing (Central Iron & Steel Research Institute, Beijing 100081);Study of the C/Mg Interface in Magnesium Matrix Composites Reinforced by Carbon (Graphite) Fiber[J];RARE METAL MATERIALS AND ENGINEERING;1997-03\n3 Cai Ye Su Huaqin (Southeast University);Review and Prospect for Mg Based Composites[J];SPECIAL CASTING & NONFERROUS ALLOYS;1996-03\n4 XU Qiang, ZENG Xiao-shu, ZHOU Guo-hua (School of Mechatronics Engineering, Nanchang University, Nanchang 330031, China);Mechanical properties of CNTs/AZ31 composites prepared by adding CNTs block with plunger[J];The Chinese Journal of Nonferrous Metals;2010-02\n5 LI Si-nian~(1,2),SONG Shou-zhi~1, ZHENG Zhong~2, YU Tian-qing~2, CHEN Hui-min~2, ZHANG You-shou~2(1.College of Resources & Civil Engineering, Northeastern University, Shenyang 110004, China; 2.Department of Material (Science) and Engineering, Hubei Polytechnical University, Wuhan 430068,China);Fabricating Process and Mechanical Properties of Carbon Nanotubes Reinforced Magnesium Matrix Composites[J];Foundry Technology;2004-12\n6 QI Dao-hua, ZENG Xiao-shu, YAO Xiao-han (Mechanical & Electronic College, Nanchang University, Nanchang 330031, China);Fabrication and Mechanical Properties of Carbon Nanotubes ZM5 Composites[J];Foundry Technology;2007-05\n1 RONG Jun,SONG Li-ming,LI Juan(School of Material and Metallurgy;Northeastern University;Shenyang;China;110004);Design and Development of Highly Efficient Modular Magnesium Alloy scraps recycling induction melting furnace[J];Sichuan Nonferrous Metals;2010-03\n2 TIAN Long ZHU Yang-fang TIAN Qing(School of Mat & Chem. Engr, Xi'an Inst of Tech, Xi'an 710032, China);Study on the orthorhombic experiment of the AlN/ZL101 In Situ composite[J];Journal of Anyang Institute of Technology;2006-06\n3 Zhao Yuhou, Yan Wen ,Zhou Jing'en;INFLUENCE OF Si AND Mg ON SHAPE OF Al_3Ti REINFORCING PHASE IN IN-SITU Al-BASED COMPOSITE[J];Ordnance Material Science and Engineering;2001-02\n4 LIU Bai 1,2, DENG Fu-ming 1, Q Jing-xin 1 (1.Department of Materials Science and Engineering, University of Mining and Technology,Beijin 100083, China; 2.Department of Mechanical Engineering, Changsha University, Changsha 410003,China);Design and research of carbon nanotubes reinforced aluminum matrix composite[J];Ordnance Material Science and Engineering;2003-06\n7 ZHANG Jian-yun, WANG Lei, ZHOU Xian-liang, HUA Xiao-zhen (Department of Material Engineering, Nanchang Institute of Aeronautical Technology, Nanchang 330034, China);Thermophysical properties of high volume fraction SiC_p/Al composite[J];Ordnance Material Science and Engineering;2006-03\n8 XIAO Pan,LIU Tian-mo(College of Material Science and Engineering,Chongqing University,Chongqing 400044,China);Study on hot compression deformation simulation of AZ61B magnesium alloy[J];Ordnance Material Science and Engineering;2006-04\n10 WANG Shaogang,LIU Hongxia (College of Material Science and Technology,Nanjing University of Aeronautics and Astronautics, Nanjing 210016,China);Argon gas atmosphere furnace brazing of SiC_p/101Al composites[J];Ordnance Material Science and Engineering;2009-02\n1 Jian Li-huang cai-zhang Chongqing magnesium Science & Technology Limited Liability Company;Study on the Hot Crack of magnesium alloy hand tools die Casting[A];[C];2012\n3 SONG Meihui,WANG Ning,XIU Ziyang,WU Gaohui (School of Materials Science and Engineering,Harbin Institute of Technology,Harbin 150001);Microstructure and Properties of T700/AZ91D Composites[A];[C];2008\n4 Jiayi Shi,Yao Zhu,Baojun Pang,Gaohui Wu (Hypervelocity Impact Research Center,Harbin Institute of Technology,Harbin 150001);Dynamic Mechanical Properties of 40%Sicp Particle Reinforced 2024 Aluminum Matrix Composite[A];[C];2008\n5 WANG Tao,ZHANG Fan,HUA Jie State Key Laboratory of Metal Matrix Composites,Shanghai Jiao Tong University,800 DongChuan Road,Shanghai 200240;Effects of reinforcement shape and distribution on mechanical cycle performance in Al composites[A];[C];2010\n6 Chang Huanhuan Long Siyuan Cao Hanxue Du Yong(Chongqing University);Numerical Simulation Analysis Application On Magnesium Alloy Steering Wheel[A];[C];2009\n7 Qiang Chen,Yuanqing Wang,Tianquan Deng No.59 Institute of China Ordnance Industry;Research on thixoforging of AZ91D-Y semi-solid billets[A];[C];2010\n8 ZHOU Ming-zhi 1 ,GAO Yong-xing 1 ,FAN Jian-zhong 2 ,ZHANG Yong-zhong 2 (1.The 38th Research Institute of CETC,Hefei 230088,China;2.National Engineering and Technology Research Center for Non-ferrous Metals Composites,Beijing General Research Institute for Non-ferrous Metals,Beijing 100088,China);A T/R Model Packaging Housing Manufacture Based on Gradient Design[A];[C];2011\n9 Quan LI1,Jian PENG1,2,3,Xianquan JIANG1,Fusheng PAN1,2,3 1 Chongqing Academy of Science and Technology,Chongqing,China,401123 2 College of Materials Sci.and Eng.,Chongqing University,Chongqing,China,400044 3 National Engineering Research Center for Magnesium Alloys,Chongqing,China,400044;Effects of Second Extrusion Deformation on Microstructure and Mechanical Properties of ZM21 Magnesium Alloy[A];[C];2011\n10 Haiyan Yang~(1,2),Xingwu Guo~(1,2),Guohua Wu~(1,2),Wenjiang,Ding~(1,2) (1.National Engineering Research Center of light Alloy Net Forming,Shanghai Jiaotong University,Shanghai,200240,PR China; 2.State key laboratory of metal matrix composites,Shanghai Jiaotong University,Shanghai,200240,PR China);Electrodeposition of Al onto AZ91D Mg alloy from AlCl_3-EMI_mCl ionic liquid[A];[C];2009\n2 ;Metal-Matrix Low Thermal Expansion High Conductivity Composites[J];Materials Review;1997-03\n4 LI Ronghua HUANG Jihua YIN Sheng (School of Material Science and Engineering,University of Science and Technology Beijing,Beijing 100083);Research and Development of Magnesium Matrix Composites[J];Materials Review;2002-08\n5 Us Yin;Zhang Guiding;Wang Human;Gang DI;(Shanghai Jo Tong University);Properties and Structure of SiC_W+B4C_P/MB15 Magnesium Matrix Composite[J];JOURNAL OF MATERIALS ENGINEERING;1996-09\n6 LI Jian-hui ,LI Chun-feng,LEI Ting-quan(School of Materials Science and Engineering,Harbin Institute of Technology,Harbin150001,China);Progress of research forming of metal matrix composites[J];Material Science and Technology;2002-02\n7 DONG Shurong; TU Jiangping; ZHANG Xiaobin (Department of Information and Electronic Engineering, Zhejiang University, Hangzhou 310027);MECHANICAL PROPERTIES AND PHYSICAL PROPERTIES OF Cu-BASED COMPOSITE MATERIALS REINFORCED BY CARBON NANOTUBES[J];CHINESE JOURNAL OF MATERIAL RESEARCH;2000-S1\n9 Ma Renzhi Zhu Yanqiu Wei Bingqing Liang Ji Gao Zhidong Wu Dehai (Department of Mechanical Engineering, Tsinghua University, Beijing 100084);STUDY ON THE IRON BUCKYTUBE COMPOSITE MATERIAL[J];ACTA MATERIAE COMPOSITAE SINICA;1997-02\n10 ZHU Shaowen1,JIA Zhijie2 (1.Institute of Applied Physics,Central China Normal University,Wuhan,430079,China; 2.Department of Mechanical Engineering,Tsinghua University,Beijing,100084,China);Research Actualities of Carbon Nanotube and Its Application[J];JOURNAL OF FUNCTIONAL MATERIALS;2000-02


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url: =Mulianzhuang Hotel Reviews & Deals- 2020 Photos & Price | Trip.com\nHomeHotelsGuangzhou HotelsMulianzhuang Hotel\nNo.715 Jinsui Road, Guangzhou, 510627, Guangdong, China2.06 km from Huangpu Dadao subway stationShow on map\nFuture dates were last booked 26 mins ago on our site14 other guests are looking right now\nHuangpu Dadao2.06 km\nGuangzhou Women and Children's Medical Center2.16 km\nBaiyun International Airport41.33 km\nShadi Airport45.19 km\nGuangzhou East Railway Station4.58 km\nGuangzhou Railway Station10.51 km\nZhujiang New Town and Wuyang New Town commercial area2.8 km\nThe Mulian Guangzhou is a boutique hotel located at the heart of the new CBD of Guangzhou at Jin Sui Road in Zhujiang New Town, within 3-10 minutes' driving distance from popular Guangzhou landmarks like the Guangzhou International Convention and Exhibition Centre, the International Finance Centre, Guangzhou East Railway Station, Guangzhou Opera House, Guangdong Museum, Huacheng Square and the iconic Canton TV Tower. Complimentary coffee, tea, snacks and fruit are available in the Executive Lobby Lounge all day. Wireless Internet access is available in the hotel. All rooms feature a multimedia control panel with HDMI, AV, VGA and USB sockets.\nWi-Fi in designated areasFreeAirport pickup service(Additional fee)RestaurantNon-smoking floorCurrency exchangeFront desk (24 hours)Wake-up callGymLuggage storageFreeMeeting roomsMultilingual staffFax/copying serviceBusiness services\nFeeCNY48.00 (Approximately AU$9.93) /person\nSydney to Guangzhou | Flights to Guangzhou | Melbourne to Guangzhou | Brisbane to Guangzhou | Perth to Guangzhou | Ningbo to Sanya | Jakarta to Lombok | Perth to Kalgoorlie | PNG Air | Cairns to Weipa | Hohhot to Guangzhou | Hangzhou to Guangzhou | Johor Bahru to Guangzhou | Meizhou to Guangzhou | Nanjing to Guangzhou | Harrisburg to Charlotte | Harrisburg to Detroit | Havana to Amsterdam | Havana to Beijing | Havana to Charlotte