url: =Boot - LEO: Übersetzung im Chinesisch ⇔ Deutsch Wörterbuch\n扁舟 [扁舟] piānzhōu [NAUT.] kleines Boot\n一条小船 [一條小船] yī tiáo xiǎo chuán [NAUT.] ein kleines Boot\n一只小船 [一隻小船] yī zhī xiǎo chuán [NAUT.] ein kleines Boot\n核潜艇 [核潛艇] héqiántǐng [MILIT.] das Atom-U-Boot Pl.: die Atom-U-Boote\n核子动力潜艇 [核子動力潛艇] hézǐ dònglì qiántǐng [MILIT.] [NAUT.] das Atom-U-Boot Pl.: die Atom-U-Boote\n核动力潜艇 [核動力潛艇] hédònglì qiántǐng [MILIT.] [NAUT.] atomgetriebenes U-Boot\n核子动力潜艇 [核子動力潛艇] hézǐ dònglì qiántǐng [MILIT.] [NAUT.] atomgetriebenes U-Boot\n泛舟 [泛舟] fànzhōu [SPORT] Boot fahren\n换船 [換船] huànchuán [NAUT.] das Boot wechseln\n泛舟 [泛舟] fànzhōu [poet.] ein Boot rudern\n下船 [下船] xiàchuán [NAUT.] aus dem Boot steigen\n泛舟 [泛舟] fànzhōu [SPORT] mit dem Boot fahren\n坐船 [坐船] zuòchuán [NAUT.] mit dem Boot fahren\nBóbo, bóbo, bóbó, bómó, Bōtè, bōtè Bodo, Boom, Bot, Bote, Boto, Brot\n西北航道 - die Nordwestpassage - Schifffahrtsroute Letzter Beitrag: 30 Dez. 10, 15:06\n西北航道: http://baike.baidu.com/view/1843626.htm http://zh.wikipedia.org/zh/%E8%A5%BF%E5%8C%97 0 Antworten\n船船chuán [海]chuan2船船chuánchuan2船船chuánchuan2船船chuándas Boot Pl.: die Bootedas BootdasBootBootting3艇艇tǐng [军]ting3艇艇tǐngting3艇艇tǐngting3艇艇tǐngdas Boot Pl.: die Bootedas BootdasBootBootzhou1舟舟zhōu [诗]zhou1舟舟zhōuzhou1舟舟zhōuzhou1舟舟zhōudas Boot Pl.: die Bootedas BootdasBootBootchuan2zhi1船只船隻chuánzhī [海]chuan2zhi1船只船隻chuánzhīchuan2zhi1船只船隻chuánzhīchuan2zhi1船只船隻chuánzhīdie Boote Pl.die BootedieBooteBootepian1zhou1扁舟扁舟piānzhōu [海]pian1zhou1扁舟扁舟piānzhōupian1zhou1扁舟扁舟piānzhōupian1zhou1扁舟扁舟piānzhōukleines Bootkleines BootkleinesBootkleinesBootyi1 tiao2 xiao3 chuan2一条小船一條小船yī tiáo xiǎo chuán [海]yi1 tiao2 xiao3 chuan2一条小船一條小船yī tiáo xiǎo chuányi1 tiao2 xiao3 chuan2一条小船一條小船yī tiáo xiǎo chuányi1一一yītiao2条條tiáoxiao3小小xiǎochuan2船船chuánein kleines Bootein kleines BooteinkleinesBootkleinesBootyi1 zhi1 xiao3 chuan2一只小船一隻小船yī zhī xiǎo chuán [海]yi1 zhi1 xiao3 chuan2一只小船一隻小船yī zhī xiǎo chuányi1 zhi1 xiao3 chuan2一只小船一隻小船yī zhī xiǎo chuányi1一一yīzhi1只隻zhīxiao3小小xiǎochuan2船船chuánein kleines Bootein kleines BooteinkleinesBootkleinesBootfei1zhou1飞舟飛舟fēizhōu [诗] [海]fei1zhou1飞舟飛舟fēizhōufei1zhou1飞舟飛舟fēizhōufei1zhou1飞舟飛舟fēizhōuschnelles Bootschnelles BootschnellesBootschnellesBoothe2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐng [军] [海]he2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐnghe2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐnghe2dong4li4核动力核動力hédònglìqian2ting3潜艇潛艇qiántǐngdas Atom-U-Boot Pl.: die Atom-U-Bootedas Atom-U-BootdasAtom-U-BootAtom-U-Boothe2qian2ting3核潜艇核潛艇héqiántǐng [军]he2qian2ting3核潜艇核潛艇héqiántǐnghe2qian2ting3核潜艇核潛艇héqiántǐnghe2qian2ting3核潜艇核潛艇héqiántǐngdas Atom-U-Boot Pl.: die Atom-U-Bootedas Atom-U-BootdasAtom-U-BootAtom-U-Boothe2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐng [军] [海]he2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐnghe2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐnghe2zi3核子核子hézǐdong4li4动力動力dònglìqian2ting3潜艇潛艇qiántǐngdas Atom-U-Boot Pl.: die Atom-U-Bootedas Atom-U-BootdasAtom-U-BootAtom-U-Bootqian2shui3ting3潜水艇潛水艇qiánshuǐtǐng [军] [海]qian2shui3ting3潜水艇潛水艇qiánshuǐtǐngqian2shui3ting3潜水艇潛水艇qiánshuǐtǐngqian2shui3ting3潜水艇潛水艇qiánshuǐtǐngdas U-Boot Pl.: die U-Bootedas U-BootdasU-BootU-Bootqian2ting3潜艇潛艇qiántǐng [军]qian2ting3潜艇潛艇qiántǐngqian2ting3潜艇潛艇qiántǐngqian2ting3潜艇潛艇qiántǐngdas U-Boot Pl.: die U-Bootedas U-BootdasU-BootU-Bootchuan2ting3船艇船艇chuántǐng [海]chuan2ting3船艇船艇chuántǐngchuan2ting3船艇船艇chuántǐngchuan2ting3船艇船艇chuántǐngSchiffe und Boote Pl.Schiffe und BooteSchiffeundBooteSchiffeBootechuan2shang4 huo3zai1船上火灾船上火災chuánshàng huǒzāi [海]chuan2shang4 huo3zai1船上火灾船上火災chuánshàng huǒzāichuan2shang4 huo3zai1船上火灾船上火災chuánshàng huǒzāichuan2shang4船上船上chuánshànghuo3zai1火灾火災huǒzāidas Feuer an Bootdas Feuer an BootdasFeueranBootFeueranBoothe2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐng [军] [海]he2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐnghe2dong4li4 qian2ting3核动力潜艇核動力潛艇hédònglì qiántǐnghe2dong4li4核动力核動力hédònglìqian2ting3潜艇潛艇qiántǐngatomgetriebenes U-Bootatomgetriebenes U-BootatomgetriebenesU-BootatomgetriebenesU-Boothe2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐng [军] [海]he2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐnghe2zi3 dong4li4 qian2ting3核子动力潜艇核子動力潛艇hézǐ dònglì qiántǐnghe2zi3核子核子hézǐdong4li4动力動力dònglìqian2ting3潜艇潛艇qiántǐngatomgetriebenes U-Bootatomgetriebenes U-BootatomgetriebenesU-BootatomgetriebenesU-Boot\nfan4zhou1泛舟泛舟fànzhōu [体]fan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōuBoot fahrenBoot fahrenBootfahrenBootfahrenhuan4chuan2换船換船huànchuán [海]huan4chuan2换船換船huànchuánhuan4chuan2换船換船huànchuánhuan4chuan2换船換船huànchuándas Boot wechselndas Boot wechselndasBootwechselnBootwechselnshang4chuan2上船上船shàngchuán [海]shang4chuan2上船上船shàngchuánshang4chuan2上船上船shàngchuánshang4chuan2上船上船shàngchuánins Boot steigenins Boot steigeninsBootsteigenBootsteigenfan4zhou1泛舟泛舟fànzhōu [诗]fan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōuein Boot rudernein Boot ruderneinBootrudernBootrudernxia4chuan2下船下船xiàchuán [海]xia4chuan2下船下船xiàchuánxia4chuan2下船下船xiàchuánxia4chuan2下船下船xiàchuánaus dem Boot steigenaus dem Boot steigenausdemBootsteigenBootsteigenfan4zhou1泛舟泛舟fànzhōu [体]fan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōufan4zhou1泛舟泛舟fànzhōumit dem Boot fahrenmit dem Boot fahrenmitdemBootfahrenBootfahrenzuo4chuan2坐船坐船zuòchuán [海]zuo4chuan2坐船坐船zuòchuánzuo4chuan2坐船坐船zuòchuánzuo4chuan2坐船坐船zuòchuánmit dem Boot fahrenmit dem Boot fahrenmitdemBootfahrenBootfahren\ntong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjì 成语tong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjìtong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjìtong2zhou1同舟同舟tóngzhōugong4ji4共济共濟gòngjìin einem Boot sitzen [fig.]in einem Boot sitzenineinemBootsitzenBootsitzentong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjì 成语tong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjìtong2zhou1-gong4ji4同舟共济同舟共濟tóngzhōu-gòngjìtong2zhou1同舟同舟tóngzhōugong4ji4共济共濟gòngjìim gleichen Boot sitzen [fig.]im gleichen Boot sitzenimgleichenBootsitzengleichenBootsitzenshui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāo 成语shui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāoshui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāoshui3zhang3水涨水漲shuǐzhǎngchuan2gao1船高船高chuángāoDie Flut hebt alle BooteDie Flut hebt alle BooteDieFluthebtalleBooteFluthebtalleBooteshui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāo 成语shui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāoshui3zhang3-chuan2gao1水涨船高水漲船高shuǐzhǎng-chuángāoshui3zhang3水涨水漲shuǐzhǎngchuan2gao1船高船高chuángāoEine Flut lässt alle Boote steigenEine Flut lässt alle Boote steigenEineFlutlässtalleBootesteigenFlutlässtalleBootesteigen\nBóbobóbobóbóbómóBōtèbōtèBodoBoomBotBoteBotoBrotim selben Boot sitzenWir sitzen alle im selben Boot. Redewendung, die besagt, dass man voneinander abhaengig ist.士官生 - der Unteroffiziersschüler士官生: http://bbs.tiexue.net/post2_3631895_1.html http://www.jxcn.cn/525/2009-4-27/3009撑 - stützen, abstützen, abfangen - baulich und konstruktiv, gegen stemmen, spannenhttps://dict.leo.org/forum/viewWrongentry.php?idThread=964861&idForum=52&lp=chde&lang=de棚 ［棚］ péng - die Plane棚 - LEO: Siehe Wörterbuch: æ£š 棚 ［棚］: http://www.ciyang.com/search_bs.php?q=%E6%A3船厂 [ 船廠 ] - die Schiffswerft, die Werft船厂 [ 船廠 ]: http://baike.baidu.com/view/2635185.htm http://dict.revised.moe.edu.tw/c房荒 - der Wohnungsmangel房荒: 缺乏住房的現象。如：「房荒嚴重」。 http://dict.revised.moe.edu.tw/西北航道 - die Nordwestpassage - Schifffahrtsroute西北航道: http://baike.baidu.com/view/1843626.htm http://zh.wikipedia.org/zh/%E8%A5%BF%E5%8C%97鞋撑 [ 鞋撐 ] - der Schuhspanner, der Schuhstrecker, der Spannleisten [ Schuhsterei ]鞋撑 [ 鞋撐 ]: http://baike.baidu.com/view/365203.htm?fr=ala0_1 3. 鞋撐 [xie2cheng1],im selben Boot sitzen士官生 - der Unteroffiziersschüler撑 - stützen, abstützen, abfangen - baulich und konstruktiv, gegen stemmen, spannen棚 ［棚］ péng - die Plane船厂 [ 船廠 ] - die Schiffswerft, die Werft房荒 - der Wohnungsmangel西北航道 - die Nordwestpassage - Schifffahrtsroute鞋撑 [ 鞋撐 ] - der Schuhspanner, der Schuhstrecker, der Spannleisten [ Schuhsterei ]\nNutzungsbedingungen / DatenschutzImpressum223.095 Einträge, 186.489 AnfragenSuchtipps FAQ - Frequently Asked QuestionsCopyright © LEO Dictionary Team 2006 - 2022leo22. CPU µs: 408000/64000


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url: =12 March 2013 Parametric gain analysis in tellurite/phospho-tellurite hybrid microstructured optical fibers with an engineered chromatic dispersion\nE. P. Samuel,\tHoang Tuan Tong,\tZhongchao Duan,\tMeisong Liao,\tKoji Asano,\tTakenobu Suzuki,\tYasutake Ohishi\nE. P. Samuel,1 Hoang Tuan Tong,1 Zhongchao Duan,1 Meisong Liao,1 Koji Asano,1 Takenobu Suzuki,1 Yasutake Ohishi1\nProceedings Volume 8604, Nonlinear Frequency Generation and Conversion: Materials, Devices, and Applications XII; 860418 (2013) https://doi.org/10.1117/12.2003916\nE. P. Samuel, Hoang Tuan Tong, Zhongchao Duan, Meisong Liao, Koji Asano, Takenobu Suzuki, and Yasutake Ohishi "Parametric gain analysis in tellurite/phospho-tellurite hybrid microstructured optical fibers with an engineered chromatic dispersion", Proc. SPIE 8604, Nonlinear Frequency Generation and Conversion: Materials, Devices, and Applications XII, 860418 (12 March 2013); https://doi.org/10.1117/12.2003916\nE. P. Samuel, Hoang Tuan Tong, Zhongchao Duan, Meisong Liao, Koji Asano, Takenobu Suzuki, Yasutake Ohishi, "Parametric gain analysis in tellurite/phospho-tellurite hybrid microstructured optical fibers with an engineered chromatic dispersion," Proc. SPIE 8604, Nonlinear Frequency Generation and Conversion: Materials, Devices, and Applications XII, 860418 (12 March 2013); https://doi.org/10.1117/12.2003916


url: =Huangfengling deposit (U deposit No. 325), Huangao district, Lujing Uranium ore field, Chongyi Co., Ganzhou, Jiangxi, China\nHuangfengling deposit (U deposit No. 325), Huangao district, Lujing Uranium ore field, Chongyi Co., Ganzhou, Jiangxi, Chinai\nHuangfengling deposit (U deposit No. 325) Deposit\nHuangao district District\nLujing Uranium ore field Ore Field\nReference: Juan Han, Yanbin Wang, Denghong Wang, Zhenghui Chen, and Kejun Hou (2011): Geology and Exploration 47(2), 284-293\nReference: Jianguo He, Jiashu Rong, Yuxian Mao, Jianzhong Li, Minqiang Zhu, Changliang Wang, Mingyue Feng, and Minghui Rao (2008): World Nuclear Geoscience 47(3), 125-133; Juan Han, Yanbin Wang, Denghong Wang, Zhenghui Chen, and Kejun Hou (2011): Geology and Exploration 47(2), 284-293\nJuan Han, Yanbin Wang, Denghong Wang, Zhenghui Chen, and Kejun Hou (2011): Age and genesis of the granite in the Huangfengling uranium deposit, Jiangxi Province: Evidence form zircon U-Pb dating and Hf isotopes. Geology and Exploration 47(2), 284-293.


url: =Roots Soils 26 Plantae 23 Metals 16 Experimental studies 13 Pollution 13 Vegetation 12 more ... Organic compounds 9 Sediments 9 Carbon 8 Forests 8 Hydrology 8 Isotopes 8 Nutrients 8 Paleozoic 8 Remediation 8 Spermatophyta 8 Trees 8 Bioremediation 7 Cenozoic 7 Heavy metals 7 Agriculture 6 Angiospermae 6 Bioaccumulation 6 Biomass 6 Ecosystems 6 Ground water 6 Isotope ratios 6 Sedimentary rocks 6 Soil sciences 6 less ...\nAn experimental study on the effects of grass root density on gully headcut erosion in the gully region of China's Loess Plateau\nby Guo Mingming; Wang Wenlong; Shi Qianhua; Chen Tongde; Kang Hongliang; Li Jianming\nRelative effectiveness of trees and shrubs on slope stability\nby Gupta, Abhishek\nThe eastern shores of the Baltic Sea in the early Holocene according to natural and cultural relict data\nby Zulkus, Vladas; Girininkas, Algirdas\nEl Médano megarhizoliths field, Tenerife; origin and paleoenvironmental significance\nby Alonso-Zarza, Ana M.; Casillas-Ruiz, Ramón\nby Petranich, Elisa; Acquavita, Alessandro; Covelli, Stefano; Emili, Andrea\nby Paglis, Carlos Mauricio\nSedimentacion coluvial e inestabilidad de laderas en los Andes de Tierra del Fuego [Colluvial sedimentation and slope instability in the Andes of Tierra del Fuego]\nby del Valle Abascal, Liliana; González-Bonorino, Gustavo\nby Stover, Jiana; Keller, Edward; Dudley, Tom; Langendoen, Eddy\nHeavy metal contamination of soils; monitoring and remediation\nby Sherameti, Irena; Varma, Ajit\nGetting to the root of the problem; litter decomposition and peat formation in lowland Neotropical peatlands\nby Hoyos-Santillan, Jorge; Lomax, Barry H.; Large, David; Turner, Benjamin L.; Boom, Arnoud; Lopez, Omar R.; Sjogersten, Sofie\nby Neidhardt, Harald; Kramar, U.; Tang, X.; Guo, H.; Norra, S.\nby Zhu Shiping; Huang Chunlin; Su Yi; Sato, Motoyuki\nPhotosynthetic capability and Fe, Mn, Cu, and Zn contents in two Moraceae species under different phosphorus levels\nby Xing Deke; Wu Yanyou; Yu Rui; Wu Yansheng; Zhang Chuan; Liang Zheng\nEffects of organic acids on dissolution of Fe and Mn from weathering coal gangue\nby Chen Zuyong; Liu Fang; Bu Tongda; Liu Yuansheng; Zhu Jian\nRhizocaulon hambachense nov. spec. im niederrheinschen Jungtertiär (Tagebau Hambach, RWE Power AG) [Rhizocaulon hambachense nov. spec. in the Lower Rhine Jungtertiary (open-cast mining Hambach, RWE Power AG)]\nby Gregor, Hans-Joachim; Lieven, Ulrich\nSuggested Topics: Roots\n52 journal article 48 online 4 thesis 3 monograph 2 conference paper or compendium article\n15 Asia 15 Far East 14 Europe 13 China 6 Central Europe 5 Germany more ... 5 United States 4 South America 4 Southern Europe 3 Western Europe 2 Antarctica 2 Australasia 2 Australia 2 Brazil 2 Guizhou China 2 Hunan China 2 Iberian Peninsula 2 Italy 2 Japan 2 Loess Plateau 2 Mediterranean region 2 Spain 2 Transantarctic Mountains 1 Africa 1 Andes 1 Aquitaine Basin 1 Argentina 1 Atlantic Ocean 1 Atlantic Ocean Islands 1 Austria see all ... less ...\n7 Journal of Soils and Sediments 3 Acta Geochimica 3 Geosciences (Basel) 3 Journal of Plant Nutrition and Soil Science = Zeitschrift für Pflanzenernährung und Bodenkunde 2 Bulletin of Environmental Contamination and Toxicology 2 Estuarine, Coastal and Shelf Science more ... 2 Geogaceta 2 Journal of Hydrology 1 Biogeochemistry (Dordrecht) 1 Bonner Bodenkundliche Abhandlungen 1 Brandenburgische Geowissenschaftliche Beiträge 1 Chemie der Erde 1 Clean (Weinheim) 1 Cretaceous Research 1 Die=Höhle. Zeitschrift für Karst- und Höhlenkunde 1 Dizhi Lunping = Geological Review 1 Environmental Research Letters 1 European Journal of Soil Science 1 Freiberger Forschungshefte, Hefte C 1 Geo 1 International Journal of Geophysics 1 Journal of Asian Earth Sciences 1 Journal of Environmental Radioactivity 1 Land Degradation & Development 1 Lethaia 1 Mainzer Naturwissenschaftliches Archiv 1 Mitteilungen - Institut für Wasserwirtschaft, Hydrologie und Landwirtschaftlichen Wasserbau der Technischen Universität Hannover 1 PLoS One 1 Palaeontologia Electronica 1 Palaeoworld see all ... less ...\n1 Abreu, Manuela 1 Acquavita, Alessandro 1 Akama, Akio 1 Alekseev, Andrey O. 1 Alekseeva, Tatiana V. 1 Alonso Chaves, F. M. more ... 1 Alonso-Zarza, Ana M. 1 An Zhisheng 1 Arshad, Muhammad 1 Babel, Sandhya 1 Bailey, Vanessa L. 1 Beerling, David J. 1 Beyer, Matthias 1 Bini, Claudio 1 Blagodatskaya, Evgenia 1 Bodnar, J. 1 Boom, Arnoud 1 Bouma, Tjeerd J. 1 Bu Tongda 1 Callaghan, David P. 1 Carranza, Coleen 1 Casillas-Ruiz, Ramón 1 Cech, Petra 1 Chai Liyuan 1 Chang Jingmei 1 Chen Tongde 1 Chen Zuyong 1 Chi Shunliang 1 Child, David P. 1 Cienciala, Piotr see all ... less ...\n51 English 6 German 2 Chinese 2 Spanish


url: =Luxury Bag Market Insights 2019 Global and Chinese Analysis and Forecast to 2024\nLuxury Bag Market Insights 2019 Global and Chinese..\n- Estimates 2019-2024 Luxury Bag market development trends with the recent trends and SWOT analysis\n1.1 Brief Introduction of Luxury Bag\n1.2 Development of Luxury Bag Industry\n1.3 Status of Luxury Bag Industry\n2.1 Development of Luxury Bag Manufacturing Technology\n2.2 Analysis of Luxury Bag Manufacturing Technology\n2.3 Trends of Luxury Bag Manufacturing Technology\n4.1 2014-2019 Global Capacity, Production and Production Value of Luxury Bag Industry\n4.2 2014-2019 Global Cost and Profit of Luxury Bag Industry\n4.3 Market Comparison of Global and Chinese Luxury Bag Industry\n4.4 2014-2019 Global and Chinese Supply and Consumption of Luxury Bag\n4.5 2014-2019 Chinese Import and Export of Luxury Bag\n5.1 Market Competition of Luxury Bag Industry by Company\n5.2 Market Competition of Luxury Bag Industry by Country (USA, EU, Japan, Chinese etc.)\n5.3 Market Analysis of Luxury Bag Consumption by Application/Type\n6.1 2019-2024 Global and Chinese Capacity, Production, and Production Value of Luxury Bag\n6.2 2019-2024 Luxury Bag Industry Cost and Profit Estimation\n6.3 2019-2024 Global and Chinese Market Share of Luxury Bag\n6.4 2019-2024 Global and Chinese Supply and Consumption of Luxury Bag\n6.5 2019-2024 Chinese Import and Export of Luxury Bag\n8.3 Effects to Luxury Bag Industry\n9.1 Luxury Bag Industry News\n9.2 Luxury Bag Industry Development Challenges\n9.3 Luxury Bag Industry Development Opportunities\nFigure Luxury Bag Product and Specifications\nTable 2014-2019 Luxury Bag Product Capacity, Production, and Production Value etc. List\nFigure 2014-2019 Luxury Bag Capacity Production and Growth Rate\nFigure 2014-2019 Luxury Bag Production Global Market Share\nTable 2014-2019 Luxury Bag Product Capacity Production Price Cost Production Value List


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url: =Zhi de pin zhong yu ying yong / Liu Renqing bian zhu | National Library of Australia\nLiu, Renqing. (1989). Zhi de pin zhong yu ying yong. Beijing : Qing gong ye chu ban she : Xin hua shu dian Beijing fa xing suo fa xing\nLiu, Renqing. Zhi de pin zhong yu ying yong / Liu Renqing bian zhu Qing gong ye chu ban she : Xin hua shu dian Beijing fa xing suo fa xing Beijing 1989\nLiu, Renqing. 1989, Zhi de pin zhong yu ying yong / Liu Renqing bian zhu Qing gong ye chu ban she : Xin hua shu dian Beijing fa xing suo fa xing Beijing\n| title=Zhi de pin zhong yu ying yong / Liu Renqing bian zhu\n| author1=Liu, Renqing\n| publisher=Qing gong ye chu ban she : Xin hua shu dian Beijing fa xing suo fa xing\n紙的品种与应用 / 刘仁庆编著\nBeijing : Qing gong ye chu ban she : Xin hua shu dian Beijing fa xing suo fa xing, 1989\n北京 : 轻工业出版社 : 新华书店北京发行所发行, 1989\n12, 343 p. ; 19 cm.\nCover title also in pinyin: Zhi de pin zhong yu ying yong.\nLiu shi nian lai zhi pian wen / Zhang Renqing zhu\nXuan zhi yu shu hua / Liu Renqing zhu bian\nLinqu xu zhi : 21 juan / Liu Renqian zuan ; Zhou Junying xiu\nZhongguo shu hua zhi = Chinese handmade paper for painting and calligraphy / Liu Renqing zhu\nLusenbao / Zheng Renqian


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url:
=Jin liang nian lai Mei Su de wai jiao zhan (Work) - University of Missouri Libraries\nThe work Jin liang nian lai Mei Su de wai jiao zhan represents a distinct intellectual or artistic creation found in University of Missouri Libraries. This resource is a combination of several types including: Work, Language Material, Books.\nThe Resource Jin liang nian lai Mei Su de wai jiao zhan\nMei Su de wai jiao zhan, 1953 zhi 1955 nian Mei Su wai jiao de jian tao\nContext of Jin liang nian lai Mei Su de wai jiao zhan\nJin liang nian lai Mei Su de wai jiao zhan, Hu Guowei\n
 Data from Jin liang nian lai Mei Su de wai jiao zhan - University of Missouri Libraries
\nData Citation of the Work Jin liang nian lai Mei Su de wai jiao zhan


url: =Beach-cast seagrass wrack contributes substantially to global greenhouse gas emissions - DRO\nLiu, Songlin, Trevathan-Tackett, Stacey M., Ewers Lewis, Carolyn J., Ollivier, Quinn R., Jiang, Zhijian, Huang, Xiaoping and Macreadie, Peter I. 2019, Beach-cast seagrass wrack contributes substantially to global greenhouse gas emissions, Journal of environmental management, vol. 231, pp. 329-335, doi: 10.1016/j.jenvman.2018.10.047.\nJiang, Zhijian orcid.org/0000-0001-7362-0882\nThu, 08 Nov 2018, 13:22:55 EST Thu, 08 Nov 2018, 13:23:29 EST Fri, 09 Nov 2018, 04:02:21 EST Sat, 17 Nov 2018, 01:32:10 EST Thu, 03 Jan 2019, 05:02:16 EST Wed, 06 Feb 2019, 09:30:33 EST Wed, 06 Feb 2019, 09:43:21 EST Wed, 06 Feb 2019, 09:44:02 EST Sat, 21 Sep 2019, 02:30:33 EST Filtered Full\nThu, 08 Nov 2018, 13:23:29 EST


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Fry, Jost O. L. Wendt\nJianbo Li, Mingming Zhu, Zhezi Zhang, Dongke Zhang\nUpgrading of Lignite in a Tunnel-Type Microwave Oven\nFan Zhou, Jun Cheng, Jianzhong Liu, Junhu Zhou, Kefa Cen\nReal-Time Temperature Measurement Research on High-Temperature Gas of Large-Scale Power Plant\nZhiwei Wang, Hongrui Li, Yifeng Wang, Baohua Du, Dapeng Wang\nNumerical Study of MILD Combustion for Pulverized Coal in O2/N2, O2/CO2, and O2/H2O Atmospheres\nYaojie Tu, Fanhai Kong, Kai Su, Hao Liu, Chuguang Zheng\nCo-combustion Technology of Coal and Wood Waste\nE. B. Zhukov, E. M. Puzirev, K. V. 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H. Wang, D. C. Song, Q. Guo, Y. Yang, W. Shuang, X. F. Lu\nNumerical Simulation for a CFB Boiler’s Cyclone Separator with Structure Optimizations\nQ. Guo, Q. H. Wang, X. F. Lu, P. Y. Ji, Y. H. Kang\nExperimental Study on Combustion Characteristics of Extremely Low Calorific Solid Wastes in a Fluidized Bed Combustor\nY. Yang, X. F. Lu, L. Mei, Q. H. Wang, Y. Hong, D. C. Song\nResearch and Application of the Material Balance Online Supervision for CFB Boiler\nWang Zhiwei, Wang Yifeng, Chen Xincan\nShengwei Xin, Xinghua Li, Wengqing Zhang, Jun Tang\nCFD–DEM Modeling of O2/CO2 Char Combustion in a Fluidized Bed\nYaming Zhuang, Xiaoping Chen, Daoyin Liu, Changsheng Bu\nCombustion Characteristics in 2 MWe-Class CFBC KIER Power Plant\nJusoo Hyun, Yuntae Hwang\nEffects of Cyclone Structures on the Pressure Drop Across Different Sections in Cyclone Under Gas–Solid Flow\nY. Huang, X. Mo, H. Yang, M. Zhang, J. Lv\nFlow Properties of Coal and Biomass on Recurrence Plot Method\nFeihong Guo, Zhaoping Zhong, Heng Wang, Zeyu Xue, Jin Zhang\nErik Sette, Anna Köhler, David Pallarès, Filip Johnsson\nSpecial for CO 2 Issues-CCS\nDynamic Simulation and Control Design for Pulverized-Coal-Fired Oxy-Combustion Power Plants\nBo Jin, Haibo Zhao, Chuguang Zheng\nKai Yan, Xiaojiang Wu, Lian Zhang, Andrew Hoadley, Xueyuan Xu, Jianwen Zhang\nGuangxi YUE, professor of the Department of Thermal Engineering in Tsinghua University, Beijing China, and a member of Chinese Academy of Engineering(CAE). Shuiqing LI, professor of the Department of Thermal Engineering in Tsinghua University, Beijing China.\npulverized coal combustion chemical looping emission control fluidized bed combustion CO2 capture\n1.Tsinghua UniversityDepartment of Thermal Engineering Tsinghua UniversityBeijingChina\n2.Tsinghua UniversityDepartment of Thermal Engineering Tsinghua UniversityBeijingChina\nCopyright Information Springer Science+Business Media Singapore and Tsinghua University Press 2016\nPrint ISBN 978-981-10-2022-3\nOnline ISBN 978-981-10-2023-0


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url: =Search results for "Liangda Fang" – FacetedDBLP\nPublications of "Liangda Fang" ( http://dblp.L3S.de/Authors/Liangda_Fang )\nAuthor page on DBLP Author page in RDF Community of Liangda Fang in ASPL-2\n2013 (2) 2015 (2) 2016 (1) 2018 (6) 2019 (3)\nAAAI(4) IJCAI(4) Artif. Intell.(1) CoRR(1) Data Min. Knowl. Discov.(1) J. Mach. Learn. Res.(1) KR(1) Pattern Recognition(1)\nLiangda Fang(15) Yongmei Liu 0001(5) Zhao-Rong Lai(5) Ximing Wen(4) Kewen Wang(3) Pei-Yi Yang(3) Xiaotian Wu(3) Zhe Wang 0001(3) Hai Wan(2) Hans van Ditmarsch(2) Biqing Fang(1) Huada Xu(1) Kehang Fang(1) Linfeng Wei(1) Qingliang Chen(1) Rui Yang(1) More (+10 of total 18)\n1 Xuanxiang Huang, Kehang Fang, Liangda Fang, Qingliang Chen, Zhao-Rong Lai, Linfeng Wei Bi-Kronecker Functional Decision Diagrams: A Novel Canonical Representation of Boolean Functions. AAAI 2019 DBLP DOI BibTeX RDF\n1 Liangda Fang, Kewen Wang, Zhe Wang 0001, Ximing Wen Disjunctive Normal Form for Multi-Agent Modal Logics Based on Logical Separability. AAAI 2019 DBLP DOI BibTeX RDF\n1 Zhao-Rong Lai, Pei-Yi Yang, Liangda Fang, Xiaotian Wu Short-term Sparse Portfolio Optimization Based on Alternating Direction Method of Multipliers. J. Mach. Learn. Res. 2018 DBLP BibTeX RDF\n1 Pei-Yi Yang, Zhao-Rong Lai, Xiaotian Wu, Liangda Fang Trend representation based log-density regularization system for portfolio optimization. Pattern Recognition 2018 DBLP DOI BibTeX RDF\n1 Liangda Fang, Kewen Wang, Zhe Wang 0001, Ximing Wen Knowledge Compilation in Multi-Agent Epistemic Logics. CoRR 2018 DBLP BibTeX RDF\n1 Liangda Fang, Hai Wan, Xianqiao Liu, Biqing Fang, Zhao-Rong Lai Dependence in Propositional Logic: Formula-Formula Dependence and Formula Forgetting - Application to Belief Update and Conservative Extension. AAAI 2018 DBLP BibTeX RDF\n1 Hai Wan, Rui Yang, Liangda Fang, Yongmei Liu 0001, Huada Xu A Complete Epistemic Planner without the Epistemic Closed World Assumption. IJCAI 2015 DBLP BibTeX RDF\n1 Liangda Fang, Yongmei Liu 0001, Ximing Wen On the Progression of Knowledge and Belief for Nondeterministic Actions in the Situation Calculus. IJCAI 2015 DBLP BibTeX RDF\n1 Liangda Fang, Yongmei Liu 0001 Multiagent Knowledge and Belief Change in the Situation Calculus. AAAI 2013 DBLP BibTeX RDF\n1 Liangda Fang High-Level Program Execution in Multi-agent Settings. IJCAI 2013 DBLP BibTeX RDF


url: =Epidemiologic characteristics of scarlet fever in China,2005-2011--《Chinese Journal of Public Health》2012年06期\n《Chinese Journal of Public Health》 2012-06\nEpidemiologic characteristics of scarlet fever in China,2005-2011\nLI Lei-lei,JIANG Xi-hong,SUI Xia,et al.Health Emergency Center,Chinese Centers for Disease Prevention and Control(Beijing 102206,China)\nObjective To explore the epidemiologic characteristics of scarlet fever in China from 2005-2011.Methods Data on reported scarlet fever cases from 2005-2011 were collected through China Information System for Diseases Control and Prevention and analyzed with descriptive method.Results Totally 225 538 scarlet fever cases were reported from 2005-2011,with 5 cases of death and a male to female ratio of 1.6 to 1.In 2011,the incidence increased rapidly than in previous year and the highest incidence was observed in north part of Yangzi River,and the incidence increased significantly in southern part of China.The age of the cases was mainly under 15 years and most of the cases were children and teenagers.Conclusion There were two peaks of incidence for scarlet fever in the spring and winter.The epidemic started in the fall of 2011,which showed an upward,wide distribution and sustained a high incidence.\n1 QIN Ying;FENG Lu-zhao;YU Hong-jie;Chinese Center for Disease Control and Prevention;;Epidemiology of scarlet fever in China during spring to summer season 2015[J];疾病监测;2015-12\n2 Shi Yan;Community Health Centre of Kangjian Street in Xuhui District;;Analysis of the epidemic characteristics of scarlet fever of Kangjian street in 2005-2014[J];中国社区医师;2015-32\n3 ZHANG Lu;Anshan Municiple Center for Disease Control and Prevention;;Analysis on epidemic characteristics of scarlet fever in Anshan city from 2004 to 2014[J];中国热带医学;2015-10\n4 Li Da;Wang Sen;Miao Fang;Zhang Jingbo;Wang Yongquan;Yang Qingjun;Centers for Disease Control and Prevention of Xicheng District;;Pathogenic surveillance of scarlet fever in Xicheng District of Beijing in 2014[J];国际检验医学杂志;2015-17\n5 JI Li-li;CHEN Ling-xia;SONG Shu-e;SUN Jian-fei;Huairou District Center for Disease Control and Prevention;;Etiological detection and analysis on scarflet fever in Huairou District of Beijing from 2011-2014[J];职业与健康;2015-11\n6 WANG Wan-min;Zhengzhou Center for Disease Prevention and Control;;Characteristics of scarlet fever epidemic in Zhengzhou city from 2004 to 2014[J];医药论坛杂志;2015-05\n7 ZHOU Hao;WANG Yue;TANG Dao-zhou;LIU Jin-ru;ZHANG Gui-rong;LIU Bao-hua;YANG Chao;SUN Bo;Harbin Center for Disease Control and Prevention;;Etiology of scarlatina in Harbin city 2011[J];中国卫生工程学;2015-02\n8 LIU Hong-lian;YAN Yu-bing;LIN Yong;Xiamen Municipal Center for Disease Control and Prevention;;Analysis of the characteristics and trend of infectious diseases of kindergarten children in Xiamen,2004- 2013[J];中国学校卫生;2015-02\n9 MA Zhao-jun;YING Liang;Lianyungang Center for Disease Control and Prevention;;Epidemiological characteristics of scarlet fever in Lianyungang City from 2004-2013[J];职业与健康;2015-03\n10 ZHANG Xiang;YI Qian-hua;LUO Feng;DAI Wen-jun;ZHANG Qi;Taizhou City Center for Disease Control and Prevention;;Spatial-temporal scan statistic on scarlet fever cases in Taizhou,2005-2013[J];现代预防医学;2014-23\n1 HUO Aimei,ZHAO Dasheng,FANG Liqun,CAO Wuchun* Research Institute of Microorganism Epidemilolgy,Academy of Military Medical Science,Beijing 100071,China;Relationship between main aspiratory infectious diseases and meteorological factors in North China[J];中国医药导报;2011-32\n2 LI Xin-yu, WANG Quan-yi, JIA Lei, et al.(Department of Epidemiology, Beijing Center for Disease Prevention and Control, Beijing 100013, China);Correlative Study on Association Between Meteorological Factors and Incidence of Scarlet Fever in Beijing[J];实用预防医学;2007-05\n3 LI Dan,ZHOU Bao-sen.Epidemiology Department ,China Medical University(Shenyang 110001,China);Prediction on epidemic of scarlet with seasonal variational phenomenon[J];中国公共卫生;2004-06\n4 CHENG Yingkai,ZENG Guang. Institute of Epidemiology and Microbiology, Chinese Academy of Preventive Medicine,Beijing 100050;Zeng-Ding phenomenon:Further demonstration and studies on its predictive value in epidemic of measles and scarlet fever[J];中华流行病学杂志;1999-04\n5 Zeng Guang, Ding Yanpeng, Cheng Ying-kai Chinese Academy of Preventive Medicine, Division of Epidemiology, Institution of Epidemiblogy and Microbiology, Beijing 100050;Demonstration on Z-D Phenomenon in the Occurrence of Infectious Diseases[J];中华流行病学杂志;1997-05\n1 Ma Pan;Li Jia-yun;Li Ruo-lin;Gen Di;Yin Ling;Li Tan-shi;Wang Shi-gong;Shang Ke-zheng;Center for Meteorological Environment and Human Health,Key Laboratory of Arid Climatic Changing and Reducing Disaster of Gansu Province,College of Atmospheric Sciences,Lanzhou University;Chinese People's Liberation Army General Hospital;College of Atmospheric Sciences,Chengdu University of Information Technology;;Responsed of infectious and parasitic diseases to air temperature in Beijing City from 2009 to 2011[J];兰州大学学报(自然科学版);2015-05\n2 ZHANG Xuan;HAO Yu;FEI Zhan-yang;HE Juan;School of Basic Medicial Science,Beijing University of Chinese Medicine;;Effect of Meteorological Factors on Incidence of Tuberculosis:A 15-Year Retrospective Study Based on Chinese Medicine Theory of Five Circuits and Six Qi[J];Chinese Journal of Integrative Medicine;2015-10\n3 ZHENG Yun-he;MENG Lei;REN Xiao-wei;LIU Dong-peng;LI Juan-sheng;LIU Hai-xia;GOU Fa-xiang;LIU Xin-feng;The Office of Acute Infectious Disease Prevention,Center for Disease Control and Prevention of Gansu;Epidemiology and Statistics Institute,School of Public Health,Lanzhou University;;Spatial aggregation analysis on scarlet fever in Gansu Province,2013[J];中华疾病控制杂志;2015-10\n5 FU Guo-zhen;Center for Disease Control and prevention in Ganzi,Sichuan Province;;In Kindergarten and Primary and Secondary Aanlysis of Epidemic Situation of Respiratory Infectious Disease in Recent 3 Years[J];中国卫生产业;2015-22\n6 ZHANG Xuewen;HUANG Desheng;Seven-year Program of Clinical Medicine,China Medical University;Department of Mathematics,College of Basic Medical Sciences,China Medical University;;Verification and Prediction of Blood-borne,Intestinal and Respiratory Infectious Disease[J];寄生虫病与感染性疾病;2015-02\n7 QIN Yan-min;XIE Xu;MEI Shu-jiang;KONG Dong-feng;TANG Xiu-juan;Shenzhen City Center for Disease Control and Prevention;;Scarlet fever epidemic trend analysis of Shenzhen city during 2008-2013[J];医学动物防制;2015-05\n8 ZHANG Zhi;LEI Jing;JIANG Shaoping;Key Laboratory of Meteorological Disaster Preventing and Reducing in Ningxia;Yinchuan Municipal Center for Disease Control;Beifang University of Nationalities;;The Epidemic Characteristics of Mumps and Relations with Meteorological Factors in Yinchuan[J];干旱气象;2015-01\n9 YAO Zuojian;The Guangxi Zhuang Autonomous Region Nanning Mao Qiao Central Hospital;;The Analysis of the Characteristics and Preventive Measures of Respiratory Tract Infectious Disease[J];中国卫生产业;2015-05\n10 LEI Jing;ZHANG Zhi;JIANG Shaoli;WANG Guangjun;Yinchuan Center for Disease Prevention and Control;;Relationship between Epidemic Mumps and Weather Conditions in Yinchuan[J];宁夏医科大学学报;2015-01\n1 ZHOU Hao;WANG Yue;TANG Dao-zhou;LIU Jin-ru;ZHANG Gui-rong;LIU Bao-hua;YANG Chao;SUN Bo;Harbin Center for Disease Control and Prevention;;Etiology of scarlatina in Harbin city 2011[J];中国卫生工程学;2015-02\n2 ZHANG Jun-Jie;SHEN Hong;LIU Jing-yi;Xuhui District Center for Disease Control and Prevention;;Analysis and Prediction on Epidemiology Tendency and Prediction of Scarlet Fever in Xuhui District of Shanghai[J];中国初级卫生保健;2014-12\n3 Liu Zhenyan;Fang Ming;Hu Bin;Bi Zhenwang;Kou Zengqiang;Ren Yanyan;Chen Baoli;Bi Zhenqiang;Department of Epidemiology and Health Statistics,School of Public Health,Shandong University;Shandong Provincial Center for Disease Control and Prevention,Shandong Key Laboratory of Infectious Disease Prevention and Control,Institute of Preventive Medicine,Shandong University;;Molecular types of group A Streptococcus isolated from scarlet fever patients and asymptomatic carriers in Shandong province,2013[J];中华流行病学杂志;2014-12\n4 YIN Jie-ying;LI Lin;XU Wen-ti;DONG Xiao-chun;Tianjin Center for Disease Control and Prevention;;Analysis of epidemic features of scarlet fever in Tianjin from 2004-2012[J];现代预防医学;2014-19\n5 LIANG Yan;ZHANG Li;MA Shumin;ZENG Zhaoqing;WANG Lei;ZHANG Lixin;Infectious Diseases Hospital Affiliated to Shandong University;;Etiology detection and drug sensitive test in patients with scarlet fever in Jinan, Shandong Province[J];中华实验和临床感染病杂志(电子版);2014-04\n6 CUI Jing-hui;MIAO Yuan;HU Xiao-fen;JIN Bo;JI Yan-li;Li Da;Xicheng District Center for Disease Control and Prevention;;Genotyping of emm gene in group A hemolytic streptococcus from children in Xicheng district of Beijing from 2011 to 2013[J];中国卫生检验杂志;2014-14\n7 DAI Meng-yang;Shenyang Center for Disease Control and Prevention;;Analysis on epidemic characteristics of scarlet fever in Shenyang City from 2004-2012[J];职业与健康;2014-10\n8 HUANG Sang;XIAO Tong-ming;ZHOU Hai;Department of Prevention and Health Section,Boai Hospital of Zhongshan;Center for Disease Control and Prevention of Zhongshan;;Incidence of infectious disease in the preschool children in Zhongshan during 2008-2011[J];热带医学杂志;2014-01\n9 CAO Lei;ZHENG Jing-shan;CAO Ling-sheng;Department of National Immunization Program,Chinese Center for Disease Control and Prevention;;Analysis on the Coverage of National Immunization Program Vaccines Reported in China,2012[J];中国疫苗和免疫;2013-05\n10 TANG Zhi-chao;ZHU Hong-xia;Department of Prevention and Health Care,Shunyi Hospital of Maternal and Child Health;;Analysis on pathogenic surveillance of scarlet fever in Shunyi District of Beijing from 2011-2012[J];职业与健康;2013-19\n1 Wang Jianan;Chaoyang Center for Diseases Prevention and Control;;The epidemiological analysis of scarlatina in Chaoyang City of Liaoning Province from 2016 to 2017[J];国际医药卫生导报;2018-05\n2 Gao Kun;Chen Mingliang;Han Qian;Wu Wenjuan;Department of Clincia Laboratory,Xuhui Dahua Hospital;;Analysis the epidemiology and drug sensitivity of Group A Streptococcus pyogenes strains isolated from children in partial aeras of Shanghai[J];中华检验医学杂志;2017-05\n1 WANG Li-ping1,XU You-fu2,WANG Jian-jun3,XU Xian3,ZHANG Wen-yi2,FANG Li-qun2,MA Jia-qi1,CAO Wu-chun2,JIN Shui-gao1. 1.Center for Public Health Monitoring and Information Service of Chinese Center for Disease Control and Prevention,Beijing 100050,China;2.Institute of Microbiology and Epidemiology,Academy of Military Medical Science,Beijing 100071,China;3.Anhui Center for Disease Control and Prevention,Hefei 230031,China;Spatial-temporal analysis on the distribution of malaria in Anhui,1990-2006[J];疾病控制杂志;2008-02\n3 SHI Hailong,QU Bo,GUO Haiqiang,et al.College of Pubilc Health,China Medical University(Shenyang 110001,China);Effect of meteorological factors on epidemic situation of aspiratory infectious diseases in drought area[J];中国公共卫生;2006-04\n4 Guo Wenli, Zhao Xinping and Xuan Chunyi (Beijing Climate Center, Beijing 100089) Xie Xueqin (Beijing Epidemic Prevention Station, Beijing 100013);The Discussion of the Relation between Major Infections and Weather Conditions in Beijing[J];气候与环境研究;2001-03\n5 Li Qingchun\_ Lu Chen\_ Liu Yan\_ Dai Liping (Beijing Research Institute of Meteorological Sceince, 100089);Relationship between Respiratory Tract Disease with the Meteorological Conditions in Beijing Area[J];气象;1999-03\n6 Tao xiaorun, Yang Yuhua Shandong Provincial Hygiene Epidemic Prevention Station, Jinan 250014;Preliminary Study of Periodic Regularity of Scarlet Fever by Periodogram Method.[J];预防医学情报杂志;1998-03\n7 Zeng Guang, Ding Yanpeng, Cheng Ying-kai Chinese Academy of Preventive Medicine, Division of Epidemiology, Institution of Epidemiblogy and Microbiology, Beijing 100050;Demonstration on Z-D Phenomenon in the Occurrence of Infectious Diseases[J];中华流行病学杂志;1997-05\n8 Zeng Guang;Using Bayes Method of Probability for the Early Forecast on Prevalence of Epidemic Meningcoccal Meningitis[J];中华流行病学杂志;1985-06\n9 Zeng Guang,et al.,Institute of Epidemiology and Microbiology,Chinese Academy of Preventive Medicine,Beijing;The Use of Bayes′Theorem in Controlling the Coming Epidemic Peak of Epidemic Meningitis in the 1980s[J];中华流行病学杂志;1990-04


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url: =《Sci-tech Innovation and Productivity》-2010-01\nProspect Analysis on Characteristics and Application of Rutile Ore in Dai County LIU Ai-rong (211 Geological Team of Shanxi Geological Survey Bureau, Xinzhou 034000, China)\nHuanghuitou Bauxite Ore Deposit Characteristics and Meanings for Deposit in Xing County ZHAO Jun (No. 3 Geological Engineering Investigation Institute of Shanxi Province, Jinzhong 030620, China)\nGeological Feature and Causes of Huangcao Gold Mine in Fanshi County SU Cai-ping (211 Geological Team of Shanxi Geological Survey Bureau, Xinzhou 034000, China)\nTaohua Bauxite Ore Causes and Indicators for Deposit in Jiaokou of Shanxi TIE Yu (Geological Survey Bureau of Shanxi Province 211 Geological Team, Xinzhou 034000, China)\nMineral Deposit Characteristic and Indicator for Deposit of Kaolinite Mineral Zone in Shanxi Hequ Fanjialiang YANG Quan-lin (Shanxi Geological Survey Institute, Xinzhou 034001, China)\nEnvironmental Impact Assessment on Sewage Disposal Plant ZHAO Yue-qin (Shanxi Kai’er Environmental Protection Technology Co., Ltd., Taiyuan 030006, China)\n2007 Characteristics of PM_(10) Aerosols Change in Shanxi Province YUE Jiang (Meteorological Research Institute of Shanxi Province, Taiyuan 030002, China)\nManagement Status Quo and Guarantee System Establishment of Middle and Up Reach of Fenhe River WANG Yu-qian (Monitoring Station of Xiaodian Branch Office of Taiyuan Environmental Protection Bureau in Shanxi, Taiyuan 030032, China)\nImprovement of Cast-in-situ Bored Pile in Gravel Construction CAI Zheng-fan (Inner Mongolia Huaxin Mining Co., Ltd. of China Railway, Hohhot 010020, China)\nCracks in Mass Concrete Temperature Control Measures LIU Chun-yan (Water Conservancy Survey and Design Institute, Taiyuan 030002, China)\nFuzzy Control of Hydraulic Variable Pitched Propeller System of Mega-watt Graded Wind Power Generator LIU Qi-chen,WANG Ke-xin (Telecommunication College of Lanzhou Jiaotong University, Lanzhou 730070, China)\nAnalysis and Research on Counter Excitation Switching Power HAN Xin-hua (Xinzhou Normal College, Xinzhou 034000, China)\nOn the Characteristics and Countermeasures of Urban Soil and Water Conservation TIAN Zhi-hong (Fenhe Irrigation Management Bureau of Shanxi Province, Taiyuan 030002, China)\nIterative Detection Technology of MIMO-OFDM Systems HE Mei-zhi (Taiyuan University of Technology, Taiyuan 030024, China)\nComplement-based Channel Estimation Using MIMO-OFDM System ZHANG Miao-hua,LI Yan-ping (Information Engineering College of Taiyuan University of Technology, Taiyuan 030024, China)\nXML Query Language XQuery Analysis and Research LI Yuan-tao,CAO Zhi-yu (Electronics and Information Engineering College of Lanzhou Jiaotong University, Lanzhou 730070, China)\nData Generation and Database Creation of 1:10 000 DEM MIN Yuan,YANG Jin,FANG Qiang (Henan Fundamental Geographic Information System, Zhenzhou 450003, China)\nApplication of Monte-Carlo Method to Black-box Test Case Generation LI Lu-jun,XIE Yan-feng (Electronics and Information Engineering College of Lanzhou Jiaotong University, Lanzhou 730070, China)\nMeasuring and Testing Technique of Internet Penetration Based on Statistics SONG Jin,WANG Ping,WANG Yi (Electronic and Information Engineering College of Lanzhou Jiaotong University, Lanzhou 730070, China)\nDesign of Automobile-used Rainfall Detection Device BAO Di,JIA Wen-chao,BAI Dan (Electrical and Electronic Engineering College of Changchun Industrial University, Changchun 130000, China)\nAutomatic Control System of FIX-based and Field-bus Waste Emulsified Mixture GUO Zhi-yong,TANG Ming-xin,YAO Xiao-feng (Dalian Jiaotong University, Dalian 116028, China)\nApplication of GPU in Remote Sensing Image Fusion WANG Jian-ming,ZHANG Shu-bin (Shanxi No. 3 Geological Engineering Investigation Institute, Jinzhong 030620, China)\nTransformation of Resource-oriented City in Shanxi DU Li-zhe (Economics and Business Administration College of Shanxi University, Taiyuan 030006, China)\nOn the Study of Urban Water Resources Sustainable Utilization SONG Wen-ping (1st Dam Branch of Shanxi Fenhe River Irrigation Administration Bureau, Taiyuan 030002, China)\nResearch on Core Competitiveness Evaluation of Listed Company MA Xiao1,WU Zhi-peng1,MA Le2 (1. Shanxi university, Economy & Business Administration, Shanxi, Taiyuan 030006, China; 2. Shanghai Instiute of Foreign Trade, Shanghai, 201620, China)\nEnvironmental Protection in Coal Mining Areas of Shanxi Province HE Yun-ming1,LI Yan-ping1,XING Ping-wei2 (1. Yuncheng Environmental Protection Bureau, Yuncheng 044000, China; 2. Mining Technology Institute of Taiyuan University of Technology, Taiyuan 030024, China)\nTransformation Study on Coal Industry of Shanxi LI Dan (Economics and Business Administration College of Shanxi University, Taiyuan 030006, China)\nProblems and Countermeasures on SME Financial Management WANG Gui-lan (Taiyuan Urban Planning and Design Institute, Taiyuan 030002, China)\nInnovation Driven of Human Resources Management & Cultural Development of Enterprises WANG Ze-guang (Shanghai Academy of Social Sciences, Shanghai 200020, China)\nAnalysis on Evolutionary Process of Real Estate Enterprises WANG Na,LIU Hua (Xi’an university of Architecture & Technology, Management Institute, Shanxi, Xi’an 710055, China)


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url: =Taohua (Peach Blossom) Pool_ANHUI·CHINA\nUpdated:Jun 30,2015 16:22 PM Chinadaily.com.cn\nLocated in Jingxian county of Xuancheng city, Taohua (Peach Blossom) Pool is some 40 km west of the county seat. It is adjacent to Huangshan Mountain to the south, Jiuhua Mountain to the west and faces Taiping Lake in the east. It got its fame from one of Li Bai's (a famous poet in the Tang Dynasty) poems To Wang Lun (《赠汪伦》), which writes “the Peach Blossom Pool is a thousand fathoms deep, yet not as deep as Wang Lun’s love for me" (桃花潭水深千尺，不及汪伦送我情). It became a provincial-level historic and cultural site in 1989 and rated by the National Tourism Administration as a 4A level scenic spot in 2008.\nIts surface area is vast and its water is crystal-clear. On the western bank stand many oddly shaped stones and steep cliffs. The charming scenic spots include the Jade-overlapping Mound, Writing Board Stone, Rainbow Hillock and Fishing Mound.\nSome 61 tourist attractions are to be found here, including the Former Residence of Wang Jiaxiang (1906-1974, a great leader of the CPC), the old residential houses in Chaji, and the Site of the Military Headquarters of the New Taohua Pool Fourth Army, all of which are quite close to each other. Coupled with the adventurous tour of the First Drift South of the Yangtze River, visitors can enjoy the pleasure of both ecological and cultural and leisure tours.


url: =Environment | Verteego [data management]\nWhere to meet Verteego in Fall 2013\nAfter Produrable in Paris in April 2013, Verteego will be exhibiting at a number of major venues in the second half of 2013. For those of you willing to meet with us, we will attend: ZhongGuanCun Forum in Beijing (12th …\nadmin / July 21, 2013 / Leave a comment\nAn interview of Olivier Chazal of Club ADEME International\nAt Verteego, we’re big fans of the value proposition of Club ADEME International for its members (we’ve been a member since our inception). Club ADEME International is strongly committed to the success of the global expansion efforts of its members, …\nadmin / September 27, 2012 / Leave a comment\nResource performance management as a prerequisite to doing long term business\nToday, I stumbled upon, through Alexandre Joyce‘s Twitter feed on ecodesign, a very telling video from DMass, a US-based consultancy. DMass did an amazing job at making crystal-clear the business case of resource performance management. Good news, at Verteego, we …\nadmin / February 5, 2012 / Leave a comment\nAustralia & New Zealand to deal directly with corporate headquarters\nBecause SaaS, or put it that way “the online subscription model”, doesn’t require too many intermediaries, Verteego has decided to deal directly (it used to be indirectly) with potential customers and partners in Australia & New Zealand. Generally speaking, the …\nadmin / September 5, 2010 / Leave a comment\nVerteego unveils Verteego Construction : the carbon management app for building and public works, urban planning and real estate professionnals\nVerteego is proud to present Verteego Construction, an online carbon assessment application especially designed to meet the needs of the building and public works industry. Based on its various discussions with its customers (Group IDEC, IOISIS Nord, SETEC, VEYER, Le …\nadmin / August 30, 2010 / Leave a comment


url: =Petrochemical Model of the Continental Crust in North China--《Journal of University of Science and Technology Beijing》1991年03期\n《Journal of University of Science and Technology Beijing》 1991-03\nPetrochemical Model of the Continental Crust in North China\nLi Tong Yuan Huaiyu Department of Geology\nThe fundamental parameters, the average chemical composition and the petrochemical models of the continental crust in North China are presented. The total mass of this crust is 1.5×1017t It is mainly composed of 13 elements, and the total weighted abundances of the silicon, aluminium and oxygen are 82.75%. The volumetrical abundance of oxygen is 94.2%. In each cubic kilometer of rocks in this crust, there are 210×106t aluminium, 132×106t iron, 8.7×106t titanium and 2.2×106t manganese. The calculation and usages of the petrochemical models shown by weighted abundance, volumetrical abundance and relative abundance respectively are also paid attention.\n1 Tong ZHANG Xifan (Department of Geology, Beijing University of Science and Technology, China, Beijing, 100083);GEOTECTONO-PETROCHEM ICAL CHARACTERISTICS OF GRANITOIDS IN NORTH CHINA[J];Geotectonica Et Metallogenia;1992-04\n2 Li Tong, Ni Shoubin();ELEMENT ABUNDANCES OF THE CRUST AND LITHOSPHERE IN TARIM-N. CHINA PLATE[J];Geology and Prospecting;1998-01\n3 LIU Chang-chun;Liaoning Institute of Geological and Mineral Survey;;RESOURCE EVALUATION OF MAGNESITE IN EASTERN LIAONING PROVINCE WITH PROSPECTING PROBABILITY-GEOCHEMICAL BLOCK METHOD[J];Geology and Resources;2015-04\n2 WU YUN-FEI TAN QI-JIA (Northwest Plateau Institute of Biology, Academia Sinica, Qinghai, Xining);CHARACTERISTICS OF THE FISH-FAUNA OF THE CHARACTERISTICS OF QINGHAI-XlZANG PLATEAU AND ITS GEOLOGICAL DISTRIBUTION AND FORMATION[J];Acta Zoologica Sinica;1991-02\n3 BAI Jiang -he, ZHAO Fang - shu, ZHAO Shu -li (No. 512 Party, Bureau of Inner Mongolia nonferrous Geological Exploration , Baotou 014010, China ; Baotou Rhodia Rare Earth Co. , Ltd. , Baotou 014010, China);Geologic rules and conditions of gold mine belt in SeErTen mountain intermediate zone[J];Science & Technology of Baotou Steel(Group) Corporation;2004-03\n5 Xie Yuling ; Xu Jiuhual; Qian Dayi(Resources Engineering School, UST Beijing, Bejing 100083, China)(Personnel Department, USTBeijing);Characteristics of Ore-Bearing Mineral and Its Genesis Significance of Taibai Gold Deposit[J];JOURNAL OF UNIVERSITY OF SCIENCE AND TECHNOLOGY BEIJING;1997-03\n6 Lu Liangzhao, Ye Huiwen and Chi Hongxing;ON THE PATTERNS OF METAMORPH1SM AND GEOLOGICAL EVOLUTION IN THE QI-LIAN MOBILE BELT[J];;1984-02\n7 Lu Liangzhao;THE METAMORPHIC ROCK SERIES OF CHINA AND ITS RELATION TO CRUSTAL EVOLUTION[J];;1986-02\n8 Bai Wenji Yang Jingsui(Institute of Geology,Chinese Academy of Geological Sciences);A MODEL FOR THE UPLIFTING OF THE QINGHAI-TIBET PLATEAU. EVIDENCE FROM BASIN-MOUNTAIN COLLISION INCONTINENT[J];;1987-02\n9 Dong Huancheng;THE RESULT OF MATCH FILTERING ON THE AEROMAGNETIC MAP(1:1000000)OF NORTHEAST CHINA AND ITS GEOLOGICAL INTERPRETATION[J];;1987-04\n10 Zhao Chunjing Li Zhitong(Shenyang Institute of Geology and Mineral Resources);GRANITOID AND TECTONIC TRANSPORT[J];;1988-01\n3 Feng Yimin,Zhu Baoqing,Zhang Yahua;CHARACTERISTICS OF FAULTING AND ITS SIGNIFICANCE ON OPHIOLITE EMPLACEMENT IN TANGBALE,WEST JUNGGAR,XINJIANG[A];[C];1982\n4 Zhao Zhichang,Zhou Liangren, Huang Tingbi,And Zhang Jinsheng;THE FEATURES OF THE LHABA-DARBUT ARCUATE RIFT BELT[A];[C];1983\n5 Chen Bingwei Ai Changxing (Institute of Geology, CAGS);DISCUSSION ON INDOSINIAN CYCLE IN THE HENGDUANSHAN REGION(TRANSECT MOUNTAINS)[A];[C];1983\n6 Tian Changlie Yang Fanglin;PETROGRAPHIC CHARACTERISTICS OF THE OPHIOLITES IN NORTHEAST CHINA[A];[C];1983\n7 Liu Xiaoliang;SOME NEW MATERIALS OF METAZOAN FOSSILS FROM MASHAN GROUP,HEILONGJANG PROVINCE[A];[C];1983\n8 Ren Jishun (Institute of Geology,CAGS);THE INDOSINIAN OROGENY AND ITS SIGNIFICANCE IN THE TECTONIC EVOLUTION OF CHINA[A];[C];1984\n9 Chen Tingyu (Institute of Geology,CAGS);HETEROGENEITY OF THE CRUSTAL COMPOSITION AND CONSANGUINITY OF MINERAL DEPOSITS IN THE EASTERN PART OF CHINA[A];[C];1984\n10 Tang Yaoqing (Institute of Geology,CAGS) Feng Yimin (Xi'an Institute of Geology and Mineral Resources);SOME ADVANCES IN RESEARCHES OF PLATE TECTONICS OF CHINA[A];[C];1984\n1 Zhu Guolin;THE GEOLOGIC CHARACTERISTICS OF TALCMAGNESITE DEPOSITS AND THEIR ORIGIN IN THE LIAODONG PENINSULA[J];;1984-02\n2 ZHOU Yong-heng,ZHANG Jing,XU Shan,LI Shou-yi College of Earth Sciences,Jilin University,Changchun 130061,China;Assessment of Geochemical Blocks of Boron in Liaodong Rift[J];Journal of Jilin University(Earth Science Edition);2011-S1\n3 Feng Benzhi;Zhu Guolin;DongQingshui(Changchun Univ.of Earth Sciences.Changchun 130026)Zeng Zhigang(Institute of Geochemistry. Academia Sinica.Guiyang 550002);GEOLOGICAL CHARACTERISTICS AND CENESIS OF HAICHENG-DASHIQIAO SUPERLARGE MAGNESITE DEPOSITS,EASTERN LIAONING PROVINCE[J];;1995-02\n4 LI Tong MEI Zhiwen(Department of Geology, University of Science and Technology, Beijing 100083);THE SEDIMENTARY EVOLUTION AND PETROCHEMICAL CHARACTERISTICS OF THREE TECTONIC LAYERS IN NORTH CHINA[J];Geotectonica Et Metallogenia;1990-04\n5 Tong ZHANG Xifan (Department of Geology, Beijing University of Science and Technology, China, Beijing, 100083);GEOTECTONO-PETROCHEM ICAL CHARACTERISTICS OF GRANITOIDS IN NORTH CHINA[J];Geotectonica Et Metallogenia;1992-04\n6 XIE Xue-jing 1 ,LIU Da-wen 1 ,XIANG Yun-chuan 2 ,YAN Guang-sheng 2(1.Institute of Geophysical and Geochemical Exploration,Chinese Academ y of Geological Sciences,Langfang065000,Hebei,China;2.Development and Research Center,China Geological Survey,Beijing1;Geochemical blocks-Development of concept and methodology[J];Chinese Geology;2002-03\n7 LIU Da-wen (Institute of Geophysical and Geochemical Exploration,The Ministry of Land and Resources,Langfang065000,China) ;Development and significance of geochemical blocks[J];Geochimica;2002-06\n8 Li Tong(Department of Geology, Beijing University of Science and Technology,Beijing 100083);ELEMENT ABUNDANCES OF CHINA’S CONTINENTAL CRUST AND ITS SEDIMENTARY LAYER AND UPPER CONTINENTAL CRUST[J];GEOCHIMICA;1994-02\n9 ZHOU Yong-heng,ZHANG Jing,XU Shan,LI Shou-yi College of Earth Sciences,Jilin University,Changchun 130061,China;The Resource Evaluation to Boron Element in Eastern Liaoning by the Method of Ore Prospecting Probability-Geochemical Block[J];Earth Science(Journal of China University of Geosciences);2011-04\n10 Liu Changzheng1,2,Chen Yuelong1,Xu Guang1,2,Zhao Juan1,2,Li Yue1,Li Linye2, Ji Bingyan1,2,Wang Yuankui2 1.School of Earth Sciences and Resources,China University of Geosciences(Beijing),Beijing 100083,China 2.The No.5 Institute of Geology and Minerals Exploration of Qinghai Province,Xining 810028,China;The application of geochemical block theory to lead and zinc resources assessment in Tuotuohe area of Qinghai Province[J];Earth Science Frontiers;2011-05\n1 WANG Yang1,2 (1. School of Earth Science and Resources, China University of Geosciences, Beijing 100083, China; 2. Key Laboratory of Isotope Geochronology and Geochemistry, Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, Guangzhou 510640, Guangdong, China);Radioactive heat-producing element abundance in the crust of continental China estimated from terrestrial heat flow and the helium isotopic composition of underground fluids[J];Geology in China;2006-04\n2 WANG Yang1, WANG Ji- yang2, DENG Jin- fu1 (1. Divison of Petrology, School of Earth Science and Resources, China University of Geosciences, Beijing 100083, China; 2. Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing 100029, Ch;Are chemical composition models of continental crust and lithosphere in China reliable?—— A testing from terrestrial heat flow data[J];Geochimica;2001-02\n3 WANG Yang,WANG Ji-yang,DENG Jin-fu,XIONG Liang-ping ( School of Earth Science and Resoureces,China University fo Geosciences,Beijing 100083 ,China ) (Institute of Geology and Geophysics, Chinese,Beijing 100063, China);HEAT FLOW CONSTRAINT ON THE ABUNDANCE OF URANIUM, THORIUM AND POTASSIUM IN CRUST AND LITHOSPHERE OF THE CONTINENTAL AREA OF CHINA[J];Progress In Geophysics;2001-03\n4 Wang Yang 1) Wang Jiyang 2) Xiong Liangping 2) Deng Jinfu 1) ( 1)Department of Geology and Mineral Resources, China University of Geosciences, Beijing; 2) Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing);Lithospheric Geothermics of Major Geotectonic Units in China Mainland[J];Acta Geosicientia Sinica;2001-01\n5 Li Tong, Ni Shoubin();ELEMENT ABUNDANCES OF THE CRUST AND LITHOSPHERE IN TARIM-N. CHINA PLATE[J];Geology and Prospecting;1998-01\n6 Liu Xiwen(Department of Mining);DISCUSSION OF GEOTECTONIC PROPERTIES AND MINERALIZATION CHARACTERISTICS BASED ON MAGMA IN QINHUANGDAO LIUJIANG BASIN[J];;1995-01\n7 ZUO LiYan, MENG XiangJin and YANG ZhuSen (Institute of Mineral Resources, Chinese Academy of Geological Sciences, Beijing 100037, China);Petrochemistry and Sr, Nd isotopes of intrusive in Lengshuikeng porphyry type Ag-Pb-Zn deposit[J];Mineral Deposits;2008-03\n8 WANG Yang (School of Earth Science and Resources, China University of Geosciences, Beijing 100083, China);Comments on “Characteristics of Heat Production Distribution in Northern Xinjiang”[J];Journal of University of Science and Technology of China;2000-05


url: =Chien-Kuo Wang　- The Biotechnology Department in Asia University\nChien-Kuo Wang (王建國) Assistant Professor\nPh. D., in Food Science, Cornell University, USA\nMicrobiology, Food microbiology, Plant Physiology, Plant Tissue Culture and Application, Food Biotechnology\nRole of the small RNA RyhB in the Fur regulon in mediating the capsular polysaccharide biosynthesis and iron acquisition systems in Klebsiella pneumoniae , BMC MICROBIOLOGY ,SCI 黃素華(Su-Hua Huang)、王建國(Chien-Kuo Wang)、Hwei-Ling Pe、Chien-Chen W、Ying-Tsong C、Yi-Ming Hong、Ching-Ting 2012 Apr, 12:148 [link]\nCrude ethanol extracts from grape seeds and peels exhibit anti-tyrosinase activity , JOURNAL OF COSMETIC SCIENCE ,SCI 王建國(Chien-Kuo Wang) 2012 Jul, 63:225-232 [link]\nRole of the small RNA RyhB in the Fur regulon in mediating the capsular polysaccharide biosynthesis and iron acquisition systems in Klebsiella pneumonia , BMC MICROBIOLOGY ,SCI 黃素華(Su-Hua Huang)、王建國(Chien-Kuo Wang) 2012 , 12:148 [link]\nSolanum lyratum extract inhibits Helicobacter pylori-mediated apoptosis in human gastric epithelial cells , ANTICANCER RESEARCH ,SCI 許成光(Cheng-Kuang Hsu)、王建國(Chien-Kuo Wang)、張清堯(Ching-Yao Chang) 2010 Jun, 30:1189-1194 [link]\nSolanum lyratum Extract Inhibits Helicobacter pylori-mediated Apoptosis in Human Gastric Epithelial Cells. , ANTICANCER RESEARCH ,SCI (Yuan-Man Hsu)、(Chih-Ho Lai)、(Chiu-Hsiang Su)、(Wei-Wen Kuo)、(Chao-Lin Kuo)、(Cheng-Kuang Hsu)、王建國(Chien-Kuo Wang)、張清堯(Ching-Yao Chang)、鍾景光(Jing-Gung Chung) 2010 , 30:1189-1193 [link]\nSolannm lyratum extract affected immune response in normal and leukemia murine animal in vivo. Human & Experimental Toxicology , HUMAN & EXPERIMENTAL TOXICOLOGY ,SCI 王建國(Chien-Kuo Wang) 2010 , 29:359-367 [link]\nRhein induced apoptosis through the endoplasmic reticulum stress, caspase- and mitochondria-dependent pathways in SCC-4 human tongue squamous cancer cells , IN VIVO ,SCI 賴婉文、楊家欣、賴光啟、郭昭麟、許成光(Cheng-Kuang Hsu)、王建國(Chien-Kuo Wang)、Chang CY、Lin JJ、Tang NY、陳柏源 2009 , 23:309-316 [link]


url: =Effects of Different Exercise Modes on Inflammatory Factors of Patients with Metabolic Syndrome--《Journal of Shenyang Sport University》2014年01期\n《Journal of Shenyang Sport University》 2014-01\nEffects of Different Exercise Modes on Inflammatory Factors of Patients with Metabolic Syndrome\nLI Guoli;Physical Education Department of Henan Institute of Engineering;\nObjective:The aim of this study was to examine the effects of aerobic exercise versus resistance training on circulating IL-6,IL-18,CRP and TNF-α of patients with metabolic syndrome in order to provide evidence for formulating special exercise prescription.Methods:Seventy-five MS patients were randomly divided into aerobic exercise( AE) group,resistance training( RT) and resting control( RC) group.AE group performed 12-week aerobic exercise and RT group did resistance training,while RC group maintained their routine living habit.Serum IL-6,IL-18,CRP and TNF-α were determined before and after the intervention.Results:After intervention,serum IL-18 of AE was reduced by 31.7%( P 0.01).Although there was no change in TNF-α from baseline after AE,the levels were lower compared to the RT( P 0.05) and RC group( P 0.01).Total body fat was reduced after AE( P 0.01) and RT( P 0.01).There were no changes in serum IL-6 or CRP within or between the groups( P 0.05).Conclusion:Both AT and RT reduced fat mass.However,only the former intervention was associated with a more favorable inflammatory status among people with metabolic syndrome.\n1 (GAO Pingfeng1,WANG Jian2, DENG Xiaoling2. 1 Department of Internal Medicine,Shennongjia Hospital of Chinese Medicine,Hubei,Shennongjia 442422,China. 2 Affiliated People's Hospital of Hubei Medical College,Department of Neurology,Hubei,Shiyan 442000,China. );Comprehensive behavioral intervention in prevention and treatment of metabolic syndrome[J];Chinese Journal of Geriatric Care;2011-05\n2 WEI Quan,HUANG Fen-ming,LU Jun,ZHANG Chun-chun(Department of Clinical Laboratory,Longyan People's Hospital,Longyan,Fujian 364000,P.R.China);Changes of Serum IL-18 Levels in Metabolic Syndrome Patients and its Significance[J];Progress in Modern Biomedicine;2012-06\n3 XU Hao1,SHAO Huiqiu1,HUANG Huiming1,Miao Qiqin1,LI Sen1,CHEN Chunjian2;The Effects of Aerobatic Exercise and Strength Training on the Physical Fitness of the Middle Aged and Elders[J];Journal of Sports and Science;2009-03\n1 DU Zhao-hui(Department of Physical Education,Chongqing Technology and Business University,Chongqing 400067,China);A Research on Shaping the Sport Lifestyle in Child-bearing Age Female[J];Journal of Beijing Sport University;2010-09\n2 Gu Jing(Physical Education College of Shanxi Datong University,Datong Shanxi 037009);The Effects of Walking Fast Combining Yoga on the Physical Fitness of Middle and Aged Female in Datong[J];Sports Forum;2011-09\n3 Yao Chao-yang(Railway Central Hospital of Xiangyang,Department of Medicine,Xiangyang 441003,China);Correlation of Coronary Heart Disease and Metabolic Syndrome in Male Patients[J];Chinese Journal of Medicinal Guide;2013-08\n4 Han Ertao,Piao Gang(Dept.of Physical Education,Dalian Nationalities University,Dalian,116600,Liaoning,China);Study of Strength Training on Health of Middle-aged and Old Women[J];Journal of Jilin Institute of Physical Education;2011-01\n5 LI Hai,WANG Bin,LI Cai-bao(Physical College,Neijiang Normal University,Neijiang,Sichuan 641100,China);The Effects of Taiji Softball Exercise upon Physical Quality of the Youth[J];Journal of Neijiang Normal University;2010-12\n6 LU Wei-hua PE DEP of tongji university,Shanghai 200092,China;Analysis on the Effects of the Walk and the Run on the Run Machine[J];Journal of Nanjing Institute of Physical Education(Natural Science);2010-02\n7 ZHANG Shaowei;ZOU Xiaofeng;ZHANG Hao;Physical Education Institute of Northeast Normal University;Physical Education Institute,Jilin University;;Effects of Whole-Body Vibration Exercise on Lower-Extremity Muscle Strength and Power of the Elderly[J];Journal of Shenyang Sport University;2013-04\n8 CHANG Ying;CHEN Lei;ZHU Rong;Wenzhou University;Zhengzhou University;Wenzhou Medical University;;Effects of 8-week Endurance Exercise on Post-exercise Systolic Blood Pressure Recovery,Body Composition and Exercise Capacity of Obese Patients[J];China Sport Science;2013-12\n9 LIU Xia;LIU Li;JIN Aina;JIN Qiguan;Physical Education College,Yangzhou University;Zhangjiagang Chenyang High School;;Effects of Aerobic Exercise and Dietary Control on Serum Resistin Concentration in Type 2 Diabetic Rats[J];Journal of Shenyang Sport University;2013-05\n10 LAI Xue-hongHuanghuai University,Zhumadian 463000,China.;Influence of Taiji Ball on Health Physical Fitness and Biochemical Indexes of Old People[J];China Sport Science and Technology;2010-05\n1 XIAO Chun-mei~1,WANG Tong~2,JIANG Gui-ping~3(1.Department of physical education,Beijing Institute of Graphic Communication,Beijing 102600,China;2.Institute of P.E.,Shanxi Teacher's University,Linfen 041000,Shanxi China;3.College of P.E.and Sports,Beijing Normal University,Beijing 100875 China);Research on Impacts of Taijiquan on the Balance Ability of the Aged People[J];Journal of Beijing Sport University;2006-04\n2 PAN Wen-Song,LIANG Gui-Zhen,ZHAO Tian-JiaoDepartment of Nutrition,First People's Hospital of Foshan City,Foshan 528000,China;Dietetic treatment for metabolic syndrome[J];Journal of the Fourth Military Medical University;2006-02\n3 CHI Hong-jing,et al(The Medical Information Station of Chengde,Hebei Chengde 067000,China);Observing the Effect of Health Management on Patients with Metabolic Syndrone[J];Hebei Medicine;2010-01\n4 Zeng Fanxing; Hu Wei(Department of Physical Education);RELATIONSHIP AMONG FREE RADICAL,ARTERIOSCLEROSIS AND AEROBIC EXERCISE[J];JOURNAL OF JINGZHOU TEACHERS COLLEGE;1996-02\n5 SUN Biao,DAI Jian-song,WANG Zheng-lun(The Department of Kinesiology,Nanjing Institute of Physical Education and Sports,Nanjing 210014 China);The Survey about College Students' Mentality Health,Lifestyle,Physical Activity and Physical Fitness[J];Journal of Nanjing Institute of Physical Education(Social Science);2006-02\n6 QU Xue-mei,ZHAO Ben-hua(Xuzhou Air force Institute,Xuzhou 221009 China);The Investigation of the Circumstances That the Old People Taking Physical Exercise in XuZhou[J];Journal of Nanjing Institute of Physical Education(Social Science);2006-02\n7 ZHANG Yu-xiu(Department of Physical Education,Jangsu Teachers University of Technology,Changzhou 213001 China);The Relativity Research of High Fulltime System University Student's Physical Activity Method and Physical Endowment Health in the School in Jiangsu[J];Journal of Nanjing Institute of Physical Education(Social Science);2006-04\n8 ZONG Feng-xia,WANG Chao-jun(The College of Physical Education,CUMT Xuzhou 221008,China);The Study of Morning Exercises Old People to Keep Fit in Xuzhou City[J];Journal of Nanjing Institute of Physical Education(Social Science);2006-06\n9 SUN Xiang1,LI Jun2,LI Fei-fei3,DAI Jian-song4(1.The College of Sport,Yangzhou University,Yangzhou,225001;2.Jianghai Polytechnic Coolege,Yangzhou,225101;3.Administration of Sport of Taixing,Taixing,225400;4.The Department of Kinesiology,Nanjing Institute of Physical Education and Sport,Nanjing,210014,China);Fitness Research Compendium Previously and Currently[J];Journal of Nanjing Institute of Physical Education(Social Science);2007-05\n10 SUN Biao(Nanjing Sport Institute,Nanjing 210014,China);School Physical Activity-based "Health Management" Model Study[J];Journal of Nanjing Institute of Physical Education(Social Science);2009-01


url: =The Greenhouse Blog | The Greenhouse Trust UK\nEach week a member of the team writes a blog about something that is happening at The Greenhouse or in their own personal journey. Do read them, share them and let us know what God has been saying to you whilst you have been at The Greenhouse\nSam shares some thoughts on one of the most popular songs to recently be released: Raise a HallelujahRead more\nPosted to: The Greenhouse Blog\nAuthor: Sam Deakin\nBeing Content with Everything and Nothing\nSam shares some reflections on a recent challenging passage he read in Philippians.Read more\n"I pray that God, the source of hope, will fill you completely with joy and peace because you trust in him. Then you will overflow with confident hope through the power of the Holy Spirit."Read more\nChristmas lights of all types are on Kate's mind in this weeks blog.Read more\nSam shares some reflections on a recent challenging passage he read in Philippians.


url: = High grade laser MicroMachining service for aluminum prototypes - - Products - Hongxunpipe.com\nHigh grade laser MicroMachining service for aluminum prototypes\nBuilding B, 2nd Industrial Area, No.1616 Xiagang Community, ChangAn Town, Dongguan, China\nWebsite: http://www.molto-engineerings.com/ http://www.hongxunpipe.com/com/meierwo/\nHigh grade laser MicroMachining service for aluminum prototype\n(1)Use high-intensity laser beam to let the material oxidation, then processing.\n(2)use laser beam to mark pattern or writings.\nTechnical Support for laser MicroMachining service\nMaterial available for laser MicroMachining service\nSurface Finish Service for laser MicroMachining service\nQC,Packing and Delivery for laser MicroMachining service\nCool Mist Oil Diffuser 300ml Mini Diffuser\nCotton Spandex Woven Denim Fabric\nHandheld XRF Gold Tester\nPrecision Micro CNC\nLaser Micro Machinin\nGood Quality CNC Mac\nAluminum Milling Mac\nPrecision CNC Machin\nPrecision China Medi\nCnc Micromachining C