url: =APPLICATION OF PRESTRESSED FLOAT-RESISTING ANCHORAGE CABLE WITH ENLARGED BASE IN AN UNDERGROUND PROJECT--《Industrial Construction》2006年S1期\nLiang Shihua(Institute of Geotechnical Engineering,Guangdong University of Technology Guangzhou 510643)Wang Shichuan(Xi'an University of Architecture & Technology Xi'an 710055)Song Pandeng(Guangdong Humen Engineering Consultants Co.,Ltd Guangzhou 510630)\nPrestressed float-resisting anchorage cable with enlarged base has more merits than other float-resisting methods,such as,cost of building is low,period of construction is short and building is convenient.For the existing of prestressing force,rising of basement floor caused by the float of underground water can be prevented.During the application of prestressing force,each cable can be checked to guarantee the construction quality.The experiences in prestsressed anchorage cable's design and construction and methods adoped to ensure quality have been introduced in detail.All these can be used for similar projects.\n3 Jiang Chanhui,Lai Youxiu (Longgang Geological Development Co. Shenzhen, 518116);An Example of Treating the Floating-up of A Basement by Method of Well Point Dewatering and Surface Loading[J];Soie Engineering and Foundation;1999-01\n3 YUAN Zheng-ru(Engineering Institute of Engineering Corps,PLA Univ.of Sci.& Tech.Nanjing 210007,China);Problems in Design of Anti-uplift in Underground Engineering[J];Chinese Journal of Underground Space and Engineering;2007-03\n4 LIU Ying-long 1,LV Wei-Rong 2 (1. Supervision company,Hunan City University,Yiyang,413000,China;2. Civil Engineering College,Hunan University,Changsha 412006,China);The Analysis of Cracks Appeared in Part of Bathing Building Columns[J];Construction & Design for Project;2006-10\n5 Liu Wenting Yao Qianfeng(School of Civil Engineering & Architecture,Beijing Jiaotong University Beijing 100044) Zhang Tao(Beijing Zhongtian-Jianzhong Engineering Design Co.Ltd.Beijing 100081);FOUNDATION DESIGN AND ANALYSIS FOR THE HIGH-RISE BUILDINGS AND THE UNDERGROUND GARAGES[J];Industrial Construction;2008-S1\n6 HAN Binkang XU Zanyun ZHANG Zhuting(Department of Building Engineering,Tongji University,Shanghai 200092,China);Finite Element Analysis of Nonuniform Floating for an Underground Garage[J];Structural Engineers;2008-06\n7 ZHANG Li-Ming(Jiaxing Zhong Fang Architectural Design Co.Ltd,JiaXing 314000,China)HUX Xin-Ruo(Jiaxing University,Jiaxing 314001,China);Study Discussion on Structure Design of Residence's Civil Air Defence Basement[J];Building Science;2005-05\n8 LIN Qing-gang LIU Tao;Accidents on desilter rising of sewage disposal factory[J];Shanxi Architecture;2006-07\n9 CHEN Yong-zhan1 ZHANG Bang-tong2 HU Ming-liang2(1.Nanjing Urban Construction Item Management & Development Co.,Ltd,Nanjing Jiangsu 210002 China;2.Jangsu Research Institute of Building Science Co.,Ltd,Nanjing Jiangsu 210008 China);Application of Soil Anchor for Basement Floating-up[J];Jiangsu Construction;2009-S1


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url: =1280x800 Drops, Ranunculus, Asian Buttercup, Duo, Macro Wallpapers and Pictures, Photos, Posters 92235\nHD wallpapers Drops, Ranunculus, Asian Buttercup, Duo, Macro 1280 x 800 desktop hd wallpaper download\n1280x800 Drops, Ranunculus, Asian Buttercup, Duo, Macro wallpapers download with number 92235 for your monitor screen, smartphone, tablet or any other device.\nHere you will find the best quality and beautiful HD wallpapers for Desktop, Mobile Phones, Iphones, Htc, Samsung Galaxy, Nexus, Nokia, Sony, . These pictures, photos, posters, art prints and wallpapers in high quality, with a resolution 1280 on 800. These desktop wallpapers on the theme: Drops, Ranunculus, Asian Buttercup, Duo, Macro.


url: =Ford Focus MPG | Ford Focus Specs & Stats | UsedCarExpert.co.uk\nYou are here: Used Car Expert > Ford > Ford Focus > Ford Focus Specs & Stats > Ford Focus MPG\nLooking for the Ford Focus MPG figures? Below is a list of variants from the Ford Focus model range and the fuel economy figures for each one.\nFord Focus MPG / Fuel Economy Figures\nCar Ford Focus MPG (2011-present) Ford Focus Studio 1.6 5drNot AvailableFord Focus Edge 1.0T 100ps EcoBoost 5drCombined MPG = 58.9Ford Focus Edge ECOnetic 1.6 TDCi 105ps 5drNot AvailableFord Focus Zetec 1.0T 100ps EcoBoost 5drCombined MPG = 58.9Ford Focus Zetec 1.0T EcoBoost 5drCombined MPG = 56.5Ford Focus Zetec ECOnetic 1.6 TDCi 105ps 5drNot AvailableFord Focus Zetec S 1.0T EcoBoost 5drCombined MPG = 56.5Ford Focus Zetec S 1.6T EcoBoost 5drNot AvailableFord Focus Titanium 1.0T 100ps EcoBoost 5drCombined MPG = 58.9Ford Focus Titanium 1.0T EcoBoost 5drCombined MPG = 56.5Ford Focus Titanium ECOnetic 1.6 TDCi 105ps 5drNot AvailableFord Focus Titanium X 1.0T 100ps EcoBoost 5drCombined MPG = 58.9Ford Focus Titanium X 1.0T EcoBoost 5drCombined MPG = 56.5Ford Focus Titanium X 1.6T Ecoboost 5drNot AvailableFord Focus ST 5drUrban MPG = 28.5Combined MPG = 39.2Ford Focus ST-2 5drUrban MPG = 28.5Combined MPG = 39.2Ford Focus ST-3 5drUrban MPG = 28.5Combined MPG = 39.2Ford Focus Edge ECOnetic (88g) 1.6 TDCi 105ps 5drNot AvailableFord Focus Edge 1.6 105ps 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Edge 1.6 Powershift 5drNot AvailableFord Focus Edge 1.6 TDCi 95ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Edge 1.6 TDCi 115ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 1.6 105ps 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Zetec 1.6 Powershift 5drNot AvailableFord Focus Zetec 1.6 TDCi 115ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Zetec 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Zetec S 1.6 Powershift 5drNot AvailableFord Focus Zetec S 1.6 TDCi 115ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec S 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Zetec S 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium 1.6T Ecoboost 5drUrban MPG = 36.7Combined MPG = 47.1Ford Focus Titanium 1.6 Powershift 5drNot AvailableFord Focus Titanium 1.6 TDCi 115ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Titanium 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium X 1.6 TDCi 115ps 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Titanium X 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium X 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium X 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium X 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium X 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium X 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus MPG (2010-present) Ford Focus Sport 1.6 TDCi (DPF) 5drUrban MPG = 50.4Combined MPG = 64.2Ford Focus Edge 1.6 TDCi 95ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Edge 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Zetec 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Titanium 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium X 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Edge 1.6 TDCi 95ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Edge 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Zetec 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Zetec 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus Titanium 2.0 TDCi 5drUrban MPG = 44.8Combined MPG = 56.5Ford Focus Titanium 2.0 TDCi Powershift 5drUrban MPG = 41.5Combined MPG = 53.3Ford Focus Titanium X 1.6 TDCi 115ps (Start-Stop) 5drUrban MPG = 55.4Combined MPG = 67.3Ford Focus CC-2 2.0 Auto 2drUrban MPG = 26.6Combined MPG = 37.6Ford Focus CC-3 2.0 Auto 2drUrban MPG = 26.6Combined MPG = 37.6Ford Focus Zetec 1.6 Auto 3drUrban MPG = 27.4Combined MPG = 37.6Ford Focus Style 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Zetec 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Titanium 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Titanium 2.0 Auto 5drUrban MPG = 25.1Combined MPG = 35.3Ford Focus Style 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Zetec 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Titanium 2.0 Auto 5drUrban MPG = 25.1Combined MPG = 35.3Ford Focus Sport 1.6 5drUrban MPG = 32.5Combined MPG = 42.2Ford Focus Sport 1.6 Auto 5drUrban MPG = 26.7Combined MPG = 36.7Ford Focus Edge 1.6 TI-VC 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Zetec 1.6 TI-VC 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Zetec 1.6 TI-VCT 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Titanium 1.6 TI-VCT 5drUrban MPG = 35.3Combined MPG = 47.9Ford Focus Titanium 1.6T Ecoboost (Start-Stop) 5drUrban MPG = 36.7Combined MPG = 47.1Ford Focus Titanium X 1.6T Ecoboost (Start-Stop) 5drUrban MPG = 36.7Combined MPG = 47.1Ford Focus Edge 1.6 TI-VC 5drUrban MPG = 34.9Combined MPG = 47.1Ford Focus Zetec 1.6 TI-VC 5drUrban MPG = 34.9Combined MPG = 47.1Ford Focus Zetec 1.6 TI-VCT 5drUrban MPG = 34.9Combined MPG = 47.1Ford Focus Titanium 1.6 TI-VCT 5drUrban MPG = 34.9Combined MPG = 47.1Ford Focus Titanium 1.6 Ecoboost (Start-Stop) 5drUrban MPG = 36.7Combined MPG = 47.1Ford Focus Titanium X 1.6 Ecoboost (Start-Stop) 5drUrban MPG = 36.7Combined MPG = 47.1Ford Focus MPG (2009-present) Ford Focus Zetec S 1.6 TDCi (DPF) 3dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Zetec S 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus ECOnetic 1.6 TDCi (DPF) Start-Stop 5dr 1.6Urban MPG = 62.7Combined MPG = 74.2Ford Focus Zetec S 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Zetec S 1.6 TI-VCT 5dr 1.6Urban MPG = 32.5Combined MPG = 42.8Ford Focus Zetec S 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec S 2.0 TDCi 5dr 2.0Urban MPG = 39.2Combined MPG = 50.4Ford Focus Zetec S 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Zetec S 2.0 5dr 2.0Urban MPG = 28.8Combined MPG = 39.8Ford Focus ST-2 2.5 3dr 2.5Urban MPG = 20.5Combined MPG = 30.4Ford Focus ST-3 2.5 3dr 2.5Urban MPG = 20.5Combined MPG = 30.4Ford Focus ST-2 2.5 5dr 2.5Urban MPG = 20.5Combined MPG = 30.4Ford Focus ST-3 2.5 5dr 2.5Urban MPG = 20.5Combined MPG = 30.4Ford Focus MPG (2006-present) Ford Focus Style 1.4 3dr 1.4Urban MPG = 30Combined MPG = 42.8Urban MPG Auto = 40Ford Focus Style 1.4 5dr 1.4Urban MPG = 30Combined MPG = 42.8Urban MPG Auto = 40Ford Focus ECOnetic 1.6 TDCi (DPF) 3dr 1.6Urban MPG = 30Combined MPG = 65.7Urban MPG Auto = 40Ford Focus Titanium 1.6 TDCi (DPF) 3dr 1.6Urban MPG = 30Combined MPG = 62.7Urban MPG Auto = 40Ford Focus Titanium 1.6 TDCi (DPF) 4dr 1.6Urban MPG = 30Combined MPG = 62.7Urban MPG Auto = 40Ford Focus ECOnetic 1.6 TDCi 5dr 1.6Urban MPG = 30Combined MPG = 65.7Urban MPG Auto = 40Ford Focus Zetec 1.6 TDCi (DPF) 3dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Style 1.6 TDCi 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Style 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Zetec 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus ECOnetic 1.6 TDCi 5dr 1.6Urban MPG = 56.5Combined MPG = 70.6Ford Focus ECOnetic 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 56.5Combined MPG = 70.6Ford Focus Titanium 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Style 1.6 TDCi 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Style 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Zetec 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus ECOnetic 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 56.5Combined MPG = 70.6Ford Focus Titanium 1.6 TDCi (DPF) 5dr 1.6Urban MPG = 48.7Combined MPG = 62.8Ford Focus Style 1.6 3dr 1.6Urban MPG = 30Combined MPG = 42.2Urban MPG Auto = 40Ford Focus Titanium 1.6 3dr 1.6Urban MPG = 30Combined MPG = 42.2Urban MPG Auto = 40Combined MPG Auto= 37.6Ford Focus Titanium 1.6 5dr 1.6Urban MPG = 30Combined MPG = 42.2Urban MPG Auto = 40Combined MPG Auto= 36.7Ford Focus Zetec 1.6 3dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus Zetec S 1.6 TI-VCT 3dr 1.6Urban MPG = 32.5Combined MPG = 42.8Ford Focus Style 1.6 5dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus Zetec 1.6 5dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus Zetec S 1.6 TI-VCT 5dr 1.6Urban MPG = 32.5Combined MPG = 42.8Ford Focus Titanium 1.6 5dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus Style 1.6 5dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus Zetec 1.6 5dr 1.6Urban MPG = 32.5Combined MPG = 42.2Ford Focus CC-1 1.6 2dr 1.6Urban MPG = 30.0Combined MPG = 39.8Ford Focus Titanium 1.8 TDCi 3dr 1.8Urban MPG = 30Combined MPG = 54.2Urban MPG Auto = 40Ford Focus Titanium 1.8 TDCi 4dr 1.8Urban MPG = 30Combined MPG = 53.2Urban MPG Auto = 40Ford Focus Titanium 1.8 3dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Style 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Zetec 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Titanium 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Style 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Zetec 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Titanium 1.8 FlexiFuel 5dr 1.8Urban MPG = 30Combined MPG = 40.3Urban MPG Auto = 40Ford Focus Zetec 1.8 3dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec S 1.8 3dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Style 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec S 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Titanium 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Style 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Titanium 1.8 5dr 1.8Urban MPG = 29.7Combined MPG = 40.3Ford Focus Zetec 2.0 TDCi 110 (DPF) Powershift 3dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Zetec 2.0 TDCi 3dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Zetec 2.0 TDCi (DPF) 3dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Zetec 2.0 TDCi 135 (DPF) Powershift 3dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Zetec S 2.0 TDCi 135 (DPF) 3dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi 110 (DPF) Powershift 3dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Titanium 2.0 TDCi 3dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi (DPF) 3dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi 135 (DPF) Powershift 3dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Titanium 2.0 TDCi 110 (DPF) Powershift 4dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Titanium 2.0 TDCi 4dr 2.0Urban MPG = 30Combined MPG = 50.4Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi (DPF) 4dr 2.0Urban MPG = 30Combined MPG = 50.4Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi 135 (DPF) Powershift 4dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Zetec 2.0 TDCi 110 (DPF) Powershift 5dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Zetec 2.0 TDCi (DPF) 5dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Zetec S 2.0 TDCi (DPF) 5dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi 110 (DPF) Powershift 5dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Titanium 2.0 TDCi (DPF) 5dr 2.0Urban MPG = 30Combined MPG = 51.3Urban MPG Auto = 40Ford Focus Zetec 2.0 TDCi 110 (DPF) Powershift 5dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Zetec 2.0 TDCi (DPF) 5dr 2.0Urban MPG = 30Combined MPG = 50.4Urban MPG Auto = 40Ford Focus Titanium 2.0 TDCi 110 (DPF) Powershift 5dr 2.0Urban MPG = 30Urban MPG Auto = 40Combined MPG Auto= 48.6Ford Focus Titanium 2.0 TDCi (DPF) 5dr 2.0Urban MPG = 30Combined MPG = 50.4Urban MPG Auto = 40Ford Focus Zetec S 2.0 TDCi 135 3dr 2.0Urban MPG = 40.3Combined MPG = 51.3Ford Focus Zetec S 2.0 TDCi 135 (DPF) Powershift 3dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Zetec 2.0 TDCi 5dr 2.0Urban MPG = 40.3Combined MPG = 51.3Ford Focus Zetec 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Zetec S 2.0 TDCi 5dr 2.0Urban MPG = 40.3Combined MPG = 51.3Ford Focus Zetec S 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Titanium 2.0 TDCi 5dr 2.0Urban MPG = 40.3Combined MPG = 51.3Ford Focus Titanium 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Zetec 2.0 TDCi 5dr 2.0Urban MPG = 39.2Combined MPG = 50.4Ford Focus Zetec 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus Titanium 2.0 TDCi 5dr 2.0Urban MPG = 39.2Combined MPG = 50.4Ford Focus Titanium 2.0 TDCi 135 (DPF) Powershift 5dr 2.0Urban MPG = 36.2Combined MPG = 48.6Ford Focus CC-2 2.0 TDCi 2dr 2.0Urban MPG = 36.7Combined MPG = 47.9Ford Focus CC-3 2.0 TDCi 2dr 2.0Urban MPG = 36.7Combined MPG = 47.9Ford Focus Zetec 2.0 3dr 2.0Urban MPG = 30Combined MPG = 39.8Urban MPG Auto = 40Ford Focus Titanium 2.0 3dr 2.0Urban MPG = 30Combined MPG = 39.8Urban MPG Auto = 40Combined MPG Auto= 35.3Ford Focus Titanium 2.0 4dr 2.0Urban MPG = 30Combined MPG = 39.8Urban MPG Auto = 40Combined MPG Auto= 35.3Ford Focus Zetec 2.0 5dr 2.0Urban MPG = 30Combined MPG = 39.8Urban MPG Auto = 40Ford Focus Zetec 2.0 5dr 2.0Urban MPG = 30Combined MPG = 39.8Urban MPG Auto = 40Ford Focus Zetec S 2.0 3dr 2.0Urban MPG = 28.8Combined MPG = 39.8Ford Focus Zetec S 2.0 5dr 2.0Urban MPG = 28.8Combined MPG = 39.8Ford Focus Titanium 2.0 5dr 2.0Urban MPG = 28.8Combined MPG = 39.8Ford Focus Titanium 2.0 5dr 2.0Urban MPG = 28.8Combined MPG = 39.8Ford Focus CC-2 2.0 2dr 2.0Urban MPG = 26.6Combined MPG = 37.6Ford Focus CC-3 2.0 2dr 2.0Urban MPG = 26.6Combined MPG = 37.6Ford Focus MPG (2001-2005) Ford Focus TDCiUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus TDCi EdgeUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi EdgeUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi GhiaUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi GhiaUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi LXUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi LXUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi SportUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi SportUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi ZetecUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi ZetecUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDi CLUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus Tdi ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCiUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi GhiaUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi GhiaUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDCi LXUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDCi ZetecUrban MPG = 30Combined MPG = 53Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDi GhiaUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDi LXUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus TDi ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDI CLUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus TDCi GhiaUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus TDI GhiaUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDI LXUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus CLUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus CLUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus LXUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus LXUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus ChicUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus EbonyUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus EdgeUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus EdgeUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus ElleUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus FlightUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus InkUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus InkUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus LXUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus SilverUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus ZetecUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus EdgeUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus EdgeUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus GhiaUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus LXUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus MP3Urban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus GhiaUrban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ST170Urban MPG = 30Combined MPG = 31Urban MPG Auto = 40Combined MPG Auto= 15Ford Focus ST170Urban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 15Ford Focus T RSUrban MPG = 30Combined MPG = 28Urban MPG Auto = 40Combined MPG Auto= 16Ford Focus ZetecUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ZetecUrban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus CLUrban MPG = 30Combined MPG = 42Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus LXUrban MPG = 30Combined MPG = 34Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus GhiaUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus LXUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus GhiaUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ST170Urban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 15Ford Focus ZetecUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus GhiaUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus LXUrban MPG = 30Combined MPG = 41Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 38Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus LXUrban MPG = 30Combined MPG = 38Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus GhiaUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus MPG (1998-2001) Ford Focus Tdi GhiaUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus Tdi LXUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus TDI CLUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus TDI GhiaUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus TDI ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus CLUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus CLUrban MPG = 30Combined MPG = 43Urban MPG Auto = 40Combined MPG Auto= 4Ford Focus ZetecUrban MPG = 30Combined MPG = 42Urban MPG Auto = 40Combined MPG Auto= 4Ford FocusUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus GhiaUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus LXUrban MPG = 30Combined MPG = 42Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 34Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus LXUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus MilleniumUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus Tide CLUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus Tide GhiaUrban MPG = 30Combined MPG = 52Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus Tide LXUrban MPG = 30Combined MPG = 58Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus Tide ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus Tide ZetecUrban MPG = 30Combined MPG = 51Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus Zetec CollectionUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus Zetec CollectionUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus GhiaUrban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ZetecUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ZetecUrban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus GhiaUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus LXUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 38Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus LXUrban MPG = 30Combined MPG = 38Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus GhiaUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus CLUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 34Urban MPG Auto = 40Combined MPG Auto= 6Ford Focus LXUrban MPG = 30Combined MPG = 34Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus ZetecUrban MPG = 30Combined MPG = 40Urban MPG Auto = 40Combined MPG Auto= 5Ford Focus GhiaUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus ZetecUrban MPG = 30Combined MPG = 37Urban MPG Auto = 40Combined MPG Auto= 7Ford Focus GhiaUrban MPG = 30Combined MPG = 33Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus ZetecUrban MPG = 30Combined MPG = 32Urban MPG Auto = 40Combined MPG Auto= 8Ford Focus MPG (-present) Ford Focus MPG / Fuel Economy Data\nIf you are looking for the Ford Focus MPG for a particular year and model variant, select the appropriate year range above and find the Ford Focus that is of interest


url: =dblp: Meng Jiang (disambiguation)\nMeng Jiang 0001 — University of Notre Dame, Department of Computer Science and Engineering, IN, USA (and 3 more)\nMeng Jiang 0004 — Shandong Agricultural University, Taian, China\nRichen Liu , Xiaodong Wen, Meng Jiang, Guang Yang, Chuyu Zhang, Xiaojian Chen:\nMultiuser collaborative illustration and visualization for volumetric scientific data. Softw. Pract. Exp. 51(5): 1080-1096 (2021)\nCross-Network Learning with Partially Aligned Graph Convolutional Networks. CoRR abs/2106.01583 (2021)\nResearch on time scale algorithm based on hydrogen masers. IEEE Instrum. Meas. Mag. 23(5): 35-40 (2020)\nMeng Jiang, Jan Lundgren, Shahab Pasha, Marco Carratù , Consolatina Liguori, Göran Thungström:\nIndoor Silent Object Localization using Ambient Acoustic Noise Fingerprinting. I2MTC 2020: 1-6\nMeng Jiang, Zhou Liu, Bishan Wang, Lei Yu, Wen Yang:\nRobust Intensity Image Reconstruciton Based On Event Cameras. ICIP 2020: 968-972\nDylan Chou, Meng Jiang:\nData-Driven Network Intrusion Detection: A Taxonomy of Challenges and Methods. CoRR abs/2009.07352 (2020)\nZiniu Wang, Meng Jiang, Jianling Gao, Yaxian Chen:\n基于BERT的中文命名实体识别方法 (Chinese Named Entity Recognition Method Based on BERT). 计算机科学 46(11A): 138-142 (2019)\nGuoqiang Xiong, Beixi Kong, Meng Jiang:\nA Dynamic DEA Model for Evaluating the Efficiency of Cultural Industry Development. ICMSS 2019: 164-168\nXinping Xiao, Meng Jiang, Jianghui Wen, Chaozhong Wu:\nA novel car-following model considering conditional heteroskedasticity of acceleration fluctuation and driving force. J. Intell. Fuzzy Syst. 34(4): 2301-2311 (2018)\nXiaowen Zheng, Yanfeng Wang, Meng Jiang, Shibin Zhang:\nNumerical Simulation of Interior Turbulent Flow Regulation of Wet Submersible Motor. Wirel. Pers. Commun. 102(2): 1443-1459 (2018)\nGuoqiang Xiong, Meng Jiang:\nBehavior Decision Model and Simulation Analysis on Collective Conflict Driven by Emotion. ICMSS 2017: 151-156\nKai Wang, Fuyan Hu, Kejia Xu, Hua Cheng, Meng Jiang, Ruili Feng, Jing Li, Tieqiao Wen:\nCASCADE_SCAN: mining signal transduction network from high-throughput data based on steepest descent method. BMC Bioinform. 12: 164 (2011)\nGuiling Huang, Lifang Xue, Qida Zhao, Yinping Miao, Meng Jiang, Zhiguo Meng:\nChirp tuning of a dual-wavelength fiber Bragg grating by using a loop thin-wall section beam. ICAIT 2008: 71:1-71:3\nVictor V. Cox


url: =Blog de Hey-ChOuchOu-13 - Hey ChOuchOu !! - Skyrock.com\nHey ChOuchOu !!\nDesign by Hey-ChOuchOu-13\nCréation : 19/08/2008 à 18:07\nMise à jour : 21/08/2008 à 06:02\n&& ChOuChOu 1\n&& ChOuChOu 2\n&& ChOuChOu 3


url: =The Changing Pattern of Cotton Crop Canopy Tmperature and its Application in Detecing Crop Water Stress--《IRRIGATION AND DRAINAGE》1997年01期\nThe Changing Pattern of Cotton Crop Canopy Tmperature and its Application in Detecing Crop Water Stress\nCai Huanjie Kang Shaozhong (The College of Water Conservancy and Architecture Engineering, Northwestern Agricultral University,Yangling Shaanxi,712100)\nCanopy temperature is a good indicator of crop water status. Based on studying the effect of environmental factors on caopy temperature,the changing pattern of canopy temperature was analysised in different soil water status. It was shown that the good relationship exists between canopy temperature and cell sap concentration,the established relation among canopy minus air temperature diffrential,meteorological factor and soil water content can be used to detect crop water stress.\n1 LIU Tao;ZHONG Xiaochun;SUN Chengming;Jiangsu Key Laboratory of Crop Genetics and Physiology;Jiangsu Co-Innovation Center for Modern Production Technology of Grain Crops;Agricultural College,Yangzhou University;Institute of Agriculture Information,Chinese Academy of Agricultural Sciences;;Review on Crop Temperature and Its Monitoring Technologies[J];中国农业科技导报;2017-12\n2 CHENG Tao;SUN Wen-chao;XU Zong-xue;HONG Si-yang;College of Water Sciences,Beijing Normal University;Beijing Key Laboratory for Urban Hydrological Cycle and Spongy City Technology;;Monitoring Crop Condition in Northeast China by Using Canopy Temperature Derived from MODIS Remote Sensing Data[J];中国农村水利水电;2017-08\n3 WU Xiao-lei;ZHANG Ji-yang;LIU Hao;QIANG Xiao-man;NING Hui-feng;CHEN Xin-guo;GONG Xue-wen;Farmland Irrigation Research Institute,Chinese Academy of Agricultural Sciences;Graduate University of Chinese Academy of Agricultural Sciences;Key Laboratory for Crop Water Requirement and Regulation,Ministry of Agriculture;;Diagnosis method of cotton water status based on infrared thermal imaging[J];应用生态学报;2016-01\n4 GAO Ji-ping;SUI Yang-hui;ZHANG Wen-zhong;YAO Chen;GAO Ming-chao;ZHAO Ming-hui;XU Zheng-jin;Rice Research Institute,Shenyang Agricultural University/Key Laboratory of Northeast Rice Biology and Breeding,Ministry of Agriculture/Key Laboratory of Northern japonica Super Rice Breeding,Ministry of Education;;Effect of Canopy Temperature on Physiological Characteristic and Grain Quality at Filling Stage in Rice[J];中国水稻科学;2015-05\n5 YANG Wenqing;ZHANG Zhiming;HOU Na;ZHAO Yong;WANG Qian;YANG Xitian;FAN Wei;College of Forestry,Henan Agricultural University;Henan Forestry Academy;;Responses of leaf temperature of three types of trees to soil water stress in hilly areas of Taihang Mountain[J];河南农业大学学报;2015-03\n6 WEI Zheng;XU Di;LIU Yu;CAI Jia-bing;State Key Laboratory of Simulation and Regulation of Water Cycle in River Basin,China Institute of Water Resources and Hydropower Research;National Center of Efficient Irrigation Engineering and Technology Research;;Diagnosis and experimental study on water deficit of winter wheat based on the variation of canopy-air temperature difference[J];水利学报;2014-08\n7 LI Bo;SONG Xiao-ting;WANG Tie-liang;SUN Jian;Water Conservancy College,Shenyang Agricultural University;;Study on Relationship Between Environmental Factors and Canopy-air Temperature Difference of Autumn-winter Greenhouse Pepper[J];北方园艺;2014-06\n8 JIA Zheng-mao1,CUI Yuan-lai1,LIU Fang-ping2,XU Ya-qun2(1.State Key Laboratory of Water Resources and Hydropower Engineering Science,Wuhan University,Wuhan 430072,China; 2.Irrigation Experiment Center Station of Jiangxi Province,Nanchang 330201,China);Change Rule of Sap Flow,Leaf Temperature and Stem Diameters of Cotton under Different Soil Water Contents[J];中国农村水利水电;2012-06\n9 LIU Chan1,3,FANG Xing-ke1,2(1.Institute of Soil and Water Conservation,Chinese Academy of Sciences and Ministry of Water Resources,Yangling 712100,China;2.Northwest A & F University,Yangling 712100,China; 3.Graduate School of Chinese Academy of Sciences,Beijing 100049,China);Research on the Impact Factors of the Canopy Leaf-air Temperature Difference in the Tomato's Fruiting Period[J];灌溉排水学报;2011-06\n10 HE Bin et al(School of Geography and Life Science,Bijie University,Bijie,Guizhou 551700);Effect of Soil Moisture on Photosynthesis of Urtica dioica L.[J];安徽农业科学;2011-35\n1 FAN Yida;WU Wei;WANG Wei;LIU Ming;WEN Qi;Satellite Disaster Reduction Applications Center, National Disaster Reduction Center of China,Ministry of Civil Affairs of the People's Republic of China;Information Center of Ministry of Civil Affairs of the People's Republic of China;;Research progress of disaster remote sensing in China[J];遥感学报;2016-05\n2 YU Ming-han;GAO Guang-lei;DING Guo-dong;ZHAO Yuan-yuan;SAI Ke;Key Laboratory of Soil & Water Conservation and Desertification Combating,Ministry of Education,Beijing Forestry University;Yanchi Ecology Research Station of the Mu Us Desert;;A review on body temperature of plants[J];生态学杂志;2015-12\n4 Zhang Dongqi;Gao Xiaoli;Liang Jibao;Zhang Panpan;Yang Pu;Gao Jinfeng;Wang Pengke;Fengbaili;State Key Laboratory of Crop Stress Biology for Arid Areas, Northwest A&F University;National Coarse Cereals Engineering Research Center, Heilongjiang Bayi Agricultural University;Shenmu Agro-technical Promotion Center;;Study on Agronomic Traits and Canopy Temperature in Filling Stage of Proso Millet under Different Densities[J];黑龙江八一农垦大学学报;2015-05\n5 Jin Chong;Chen Tianhua;Dong Daming;School of Computer and Information Engineering,Beijing Technology and Business University;National Engineering Research Center for Information Technology in Agriculture;;Influence of Distance on the Sensor for Canopy Total Temperature and Error Correction[J];农机化研究;2015-04\n6 GUO Ni;WANG Xiaoping;Institute of Arid Meteorology,CMA;Key Laboratory of Arid Climatic Change and Reducing Disaster of Gansu Province;Key Open Laboratory of Arid Climate Change and Disaster Reduction of CMA;;Advances and Developing Opportunities in Remote Sensing of Drought[J];干旱气象;2015-01\n7 REN Xue-min;ZHU Ya;WANG Xiao-li;WANG Chang-fa;School of Life Science and Technology,Nanyang Normal University;Library,Nanyang Normal University;College of Agronomy,Northwest A&F University;;Relationships between diurnal changes of peanut canopy temperature and surface temperature and illuminance[J];西北农林科技大学学报(自然科学版);2015-01\n8 LIU Yun-peng;SHEN Si;PAN Yu-qiang;ZHANG Li;LIN Shan;XUE Ying-wen;ZHOU Shun-li;College of Agronomy and Biotechnology/Key Laboratory of Farming System of Ministry of Agriculture,China Agricultural University;College of Agronomy,Heilongjiang Bayi Agricultural University;;Diurnal variation in leaf-air temperature difference and leaf temperature difference and the hybrid difference in maize under different drought stress[J];中国农业大学学报;2014-05\n9 Li Xiaolong;Wang Ku;Ma Zhanhong;Wang Haiguang;College of Agriculture and Biotechnology,China Agricultural University;College of Information and Electrical Engineering,China Agricultural University;;Early detection of wheat disease based on thermal infrared imaging[J];农业工程学报;2014-18\n10 LI Xiang-di;HUANG Ying;ZHANG Pei-qing;SONG Bao-an;DAI Shi-xun;XU Tie-feng;NIE Qiu-hua;Infrared Materials and Devices Laboratory of Ningbo University;College of Information Science and Engineering,Ningbo University;;Infrared imaging system and applications[J];激光与红外;2014-03\n1 LI Huan;LI Yunhong;HUI Shike;LI Jiangbo;LIU Keliang;ZHENG Wangpu;WEN Yupei;School of Electronics & Information,Xian Polytechnic University;;Infrared Thermal Imager in the Textile and Garment Industry Application Prospect[J];计算机与数字工程;2017-11\n2 HE Yun-xiao;ZHANG Xiao-qing;ZHANG Yang;LIU Hong;Haikou Key Laboratory of Research and Development on Topical and Special Medicine and Edible Plant;College of Chemistry and Chemical Engineering,Hainan Normal University;Hainan Nanpai Industrial Co.,Ltd.,Haikou,Hainan 571199,China;;Prediction of moisture content of noni fruit powder by freeze-drying process based on PLSR and infrared spectroscopy[J];食品与机械;2017-10\n3 CHENG Tao;SUN Wen-chao;XU Zong-xue;HONG Si-yang;College of Water Sciences,Beijing Normal University;Beijing Key Laboratory for Urban Hydrological Cycle and Spongy City Technology;;Monitoring Crop Condition in Northeast China by Using Canopy Temperature Derived from MODIS Remote Sensing Data[J];中国农村水利水电;2017-08\n4 ZHANG Chang-quan;ZHAO Dong-sheng;LI Qian-feng;GU Ming-hong;LIU Qiao-quan;Key Laboratory of Plant Functional Genomics of the Ministry of Education,College of Agriculture,Yangzhou University/Co-Innovation Center for Modern Production Technology of Grain Crops;;Progresses in Research on Cloning and Functional Analysis of Key Genes Involving in Rice Grain Quality[J];中国农业科学;2016-22\n5 WANG Pei-shu;WANG Wei-hong;CHEN Jing-ling;WANG Qian;LI Guo-huai;College of Forestry, Henan Agricultural University;;Series Lines on Change of Leaf Temperature Difference of Quercus variabilis with Solar Radiation and Wind Speed[J];中国农业气象;2016-02\n6 Zhu Taotao;Zhu Aiguo;Yu Yongting;Sun Kai;Mao Hulong;Chen Quan;Institute of Bast Fiber Crops,CAAS;;Research and Utilization Progress of Stinging Nettle( Urticadioica L. )[J];作物杂志;2015-05\n7 SHEN Xiao-jing;LI Wang-cheng;Department of Civil and Hydraulic Engineering,Ningxia University;Water-saving Irrigation and Water Resources Control Engineering Technology Research Center;Modern Efficient Utilization of Agricultural Water Resources in Arid Engineering Research Center;;Research on Photosynthetic Characteristics of Jujube Planted in Gravel-covering Land under Different Moisture in Ningxia[J];节水灌溉;2015-05\n8 LIU Jing-ran;ZHANG Ting;WANG Zhe;LIU Cheng-liang;LIU Ping;LIAN Hai-tao;Hebei Engineering University;China Institute of Water Resources and Hydropower,Beijing Zhongshuike Engineering Corporation;Hebei Medical University;Xinjiang Changyuan Water Group Co. ,Ltd.;;Research on the change rule of cotton leaf temperature by drip irrigation under film and relationship with the meteorological factors[J];干旱地区农业研究;2014-05\n9 WANG Yi-tao;ZHOUYu-fei;LI Feng-xian;SUZhong;HAN Yi;GAOMing-yue;ZHANG Zhuang;XUWen-juan;HUANG Rui-dong;College of Agronomy, Shenyang Agricultural University;;Relationship between leaf temperature and water status in sorghum under drought stress[J];干旱地区农业研究;2013-06


url: =Oncotarget | High glucose induces formation of tau hyperphosphorylation via Cav-1-mTOR pathway: A potential molecular mechanism for diabetes-induced cognitive dysfunction\nJing Wu, Shan-Lei Zhou, Lin-Hua Pi, Xia-Jie Shi, Ling-Ran Ma, Zi Chen, Min-Li Qu, Xin Li, Sheng-Dan Nie, Duan-Fang Liao, Jin-Jing Pei and Shan Wang _\nOncotarget. 2017; 8:40843-40856. https://doi.org/10.18632/oncotarget.17257\nMetrics: PDF 1117 views\t| HTML 1674 views\t| ?\nJing Wu1, Shan-Lei Zhou1, Lin-Hua Pi1, Xia-Jie Shi1, Ling-Ran Ma2, Zi Chen1, Min-Li Qu1, Xin Li2, Sheng-Dan Nie3, Duan-Fang Liao4, Jin-Jing Pei5,6,7 and Shan Wang1,2\n1Department of Endocrinology, Xiang-Ya Hospital, Central South University, Changsha, Hunan, China\n2Department of Pharmaceutical Engineering, College of Chemistry and Chemical Engineering, Central South University, Changsha, Hunan, China\n3Institute of Clinical Medicine, People’s Hospital of Hunan Province, The First Affiliated Hospital of Hunan Normal University, Changsha, Hunan, China\n4Division of Stem Cell Regulation and Application, School of Pharmacy, Hunan University of Traditional Chinese Medicine, Changsha, Hunan, China\n5KI-Alzheimer’s Disease Research Center, Karolinska Institutet, Novum, Stockholm, Sweden\n6Department of Neurology, Xuan Wu Hospital, Capital Medical University, Xicheng, Beijing, China\n7Center of Alzheimer’s Disease, Beijing Institute for Brain Disorders, Beijing, China\nShan Wang, email: wangshancsu0717@163.com\nJing Wu, email: wujing0731@163.com\nKeywords: diabetes mellitus, cognitive dysfunction, caveolin-1, tau hyperphosphorylation, mTOR\nReceived: February 20, 2017 Accepted: April 07, 2017 Published: April 19, 2017


url: =WO2018040926 PROCÉDÉ ET SYSTÈME POUR MAINTENANCE DE DÉPENDANCE DE PROGICIEL\n1. (WO2018040926) PROCÉDÉ ET SYSTÈME POUR MAINTENANCE DE DÉPENDANCE DE PROGICIEL\nN° de publication : WO/2018/040926 N° de la demande internationale : PCT/CN2017/097826\nDéposants : FUJIAN LANDI COMMERCIAL EQUIPMENT CO., LTD[CN/CN]; Building 17, Section A, Software Park, No. 89 Software Road, Gulou, Fuzhou, Fujian 350000, CN\nInventeurs : WU, Xuan; CN\nCHEN, Qingbin; CN\nMandataire : BORSAM INTELLECTUAL PROPERTY (FUZHOU); 5/F, Fujian Commercial Building 23 Zhongshan Road, Gulou District, Fuzhou, Fujian 350003, CN\nTitre (EN) METHOD AND SYSTEM FOR MAINTAINING SOFTWARE PACKAGE DEPENDENCY


url: =9:15-9:30 Opening Ceremony\n[Room: Island Ballroom A+B]\nPlenary Lecture 01 / Room: Island Ballroom A+B\nChair: Do Hyun KIM (Korea Advanced Institute of Science and Technology (KAIST), Korea)\n9:30-10:30 [PL1] Inkjet Printing of Rheologically Complex Fluids\nChongyoup KIM* (Korea University, Korea)\nPlenary Lecture 02 / Room: Island Ballroom A+B\nChair: Jason R. STOKES (The University of Queensland, Australia)\n10:30-11:30 [PL2] The Dynamics of Polymer Solutions at Finite Concentrations\nRavi JAGADEESHAN* (Monash University, Australia)\nChair: Hiroshi WATANABE (Kyoto University, Japan) / Yumi MATSUMIYA (Kyoto University, Japan)\n13:00-13:30 [KLG3-01] Shear-Induced Conformational Changes of Flexible and Semi-Rigid Engineering Thermoplastics and their Influence on Crystallization\nBehzad NAZARI1, Jiho SEO1, Ralph H. COLBY1*, Burke BEAUREGARD1, Scott T. MILNER1, Alicyn M. RHOADES2, Richard P. SCHAAKE3 (1Penn State University, USA, 2Penn State Behrend, USA, 3SKF Research & Technology Development, The Netherlands)\n13:30-13:50 [ORG3-01] Linear Viscoelastic Behavior of Metallocene EPDM and EBDM\nTakeharu ISAKI*, Kazuki MITA, Kotaro ICHINO (Mitsui Chemicals, Inc., Japan)\n13:50-14:10 [ORG3-02] Effect of Hydrogen Bonding Interaction on the Rheological Behavior of Polyurethanes\nOsamu URAKAWA*, Naoya MIYAWAKI, Tadashi INOUE (Osaka University, Japan)\n14:10-14:30 [ORG3-03] Gel Relaxation Dynamics in Bio-compatible ABA Triblock Copolymer Hydrogel\nSeong-eun GANG, Soo-hyung CHOI* (Hongik University, Korea)\nChair: Yee-Kwong LEONG (The University of Western Australia, Australia) / Ryohei SETO (Kyoto University, Japan)\n13:00-13:20 [ORG6-01] Strain Softening of Strongly-Flocculated Particulate Suspensions\nAnthony D. STICKLAND1*, Tiara E. KUSUMA1, Peter J. SCALES1, Richard BUSCALL2, Daniel R. LESTER3 (1The University of Melbourne, Australia, 2MSACT Consulting, United Kingdom, 3RMIT University, Australia)\n13:20-13:40 [ORG6-02] Transient Mechanical Relaxation Behavior of Glassy Polymers Subjected to a Stepwise Change of Compression Rate\nShin’ya YOSHIOKA*, Ryuki MASUDA (Osaka City University, Japan)\n13:40-14:00 [ORG6-03] Viscoelasticity of Dense Suspensions of Thermosensitive Microgel Mixtures Undergoing Colloidal Gelation\nSaori MINAMI1, Takumi WATANABE2, Daisuke SUZUKI2, Kenji URAYAMA1* (1Kyoto Institute of Technology, 2Shinshu University, Japan)\n14:00-14:20 [ORG6-04] Rheological and Adhesive Properties of Li-ion Battery Anode Electrode Using Capillary Suspension Concept with Latex Binder\nJieun PARK1, Norbert WILLENBACHER2, Kyung Hyun AHN1* (1Seoul National University, Korea, 2Karlsruhe Institute of Technology, Germany)\n14:20-14:40 [ORG6-05] Effect of Stretching and Ageing on Enthalpy Relaxation of Polystyrene Film: The Relation of Stretching and the Increase in Fictive Temperature\nYutaka TANAKA* (University of Fukui, Japan)\n14:40-15:00 [ORG6-06] The Rheological Effects of Inorganic Materials in the Polymeric Liquid and Morphology of Its Film State\nSeung Hak LEE, Sun Kyung KIM, Kyu HYUN* (Pusan National University, Korea)\nG11. General Rheology / Room: Island Ballroom C\nChair: Seung Joon PARK (Korea Polytechnic University, Korea) / Shigeru YAO (Fukuoka University, Japan)\n13:00-13:20 [ORG11-01] Rheological Properties of Gelled Waxy Crude Oil with Direct Current Electric Field\nXinyi WANG, Hongying LI*, Chenbo MA, Jinjun ZHANG (China University of Petroleum, China)\n13:20-13:40 [ORG11-02] The Effects of Attapulgite on The Rheological Properties of Tetrahydrofuran Hydrate\nRu JIA, Yongchao RAO, Dongmei YU, Shuli WANG*, Ruiying XU (Changzhou University, China)\n13:40-14:00 [ORG11-03] Rheological Analysis of Metal/Ceramic Mixed Feedstock for Injection Molding\nJong Won BAEK, Chang Woo GAL, Joo Won OH, Seong Jin PARK* (Pohang University of Science and Technology (POSTECH), Korea)\n14:00-14:20 [ORG11-04] Point-Wise Method for the Direct Conversion from Creep to Dynamic Data\nSihyun KIM, Kwang Soo CHO* (Kyungpook National University, Korea)\n14:20-14:40 [ORG11-05] Gradient Regularization of μ(I) Rheology for Granular Flow\nJaesung LEE1,*, J.D. GODDARD2 (1Inha Technical College, Korea, 2University of California, USA)\n14:40-15:00 [ORG11-06] Rheological Study of Bimodal Powder Feedstock for Injection Molding\nJoo Won OH, Jaebum NOH, Jae Man PARK, Seong Jin PARK* (Pohang University of Science and Technology (POSTECH), Korea)\n13:00-13:30 [KLG7-01] Janus Colloid Surfactants for Pickering Emulsion Microreactors\nJin Woong KIM* (Hanyang University, Korea)\n13:30-14:00 [KLG7-02] Gas Marbles : Strength and Gas Permeability\nYousra TIMOUNAY1,2, Elise LORENCEAU1, Olivier PITOS1, Florence ROUYER1* (1Université Paris-Est, France, 2Syracuse University, USA)\n14:00-14:20 [ORG7-01] Preparation of Multilayered Microcellular Silicone Rubber Foam and Compressive Property\nTao LIU1,2* (1Institute of Chemical Materials, 2Polymer Research Institute of Sichuan University, China)\n14:20-14:40 [ORG7-02] Electrically Conductive Microcellular Foams Made from High Internal Phase Emulsion Templates\nJi Hun AN, Haseung KIM, Seong Jae LEE* (The University of Suwon, Hwaseong, Korea)\n14:40-15:00 [ORG7-03] Effect of Surface Properties in Dense Wax Suspension System\nJi Won YOON, Kyung Hyun AHN* (Seoul National University, Korea)\nS1. Advanced Electronics / Display Materials & Processing / Room: Wind A\nChair: Yong Tae PARK (Myongji University, Korea) / Jun Hyup LEE (Myongji University, Korea)\n13:00-13:30 [KLS1-01] High Conductivity and Power Factor in Completely Organic Thermoelectric Nanocoatings for Flexible Films and Textiles\nJaime C. GRUNLAN*, Choongho YU, Chungyeon CHO (Texas A&M University, USA)\n13:30-14:00 [KLS1-02] Self-assembled Polymer Nanocomposites for Stimuli-interactive Display\nCheolmin PARK*, Beomjin JEONG, Sung Hwan CHO, Eui Hyuk KIM (Yonsei University, Korea)\n14:00-14:20 [ORS1-01] Improving Electrical Conductivity of HDPE/PLA Co-Continuous Polymer Blend by Localizing Graphene at the Blend Interface\nSung Cik MUN1, Min Jae KIM1, Liangliang GU1, Mónica COBOS2, Christopher W. MACOSKO1* (1University of Minnesota, USA, 2University of the Basque Country (UPV/EHU), Spain)\n14:20-14:40 [ORS1-02] Synthesis of Green Light-emitting Carbon Dot Powder as Promising Phosphors\nHyo Jeong YOO, Byeong Eun KWAK, Do Hyun KIM* (Korea Advanced Institute of Science and Technology(KAIST), Korea)\nChair: Felix Sunjoo KIM (Chung-Ang University, Korea) / Hongseok YUN (Korea Advanced Institute of Science and Technology\n13:00-13:30 [KLS2-01] Polymer-Halide Perovskite Composites for Light Emitting Diodes\nBiwu MA1,2,* (1FAMU-FSU College of Engineering, 2Florida State University, USA)\n13:30-14:00 [KLS2-02] Fabrication of Perovskite Nanoparticle Composite Films and Their Applications\nYoungjong KANG* (Hanyang University, Korea)\n14:00-14:20 [ORS2-01] Nano-dispersion of Boron Nitride Nanotubes for Facile Fabrication of Energy-related Nanomaterials\nSe Gyu JANG1*, Hongjin LIM1,2, Bumjoon J. KIM2 (1Korea Institute of Science and Technology(KIST), 2Korea Advanced Institute of Science and Technology (KAIST), Korea)\n14:20-14:40 [ORS2-02] Universal Aqueous Processing of Highly-Crystalline Conjugated Polymers and Fullerene Mono-Adduct for Eco-Friendly Solvent-Processable Polymer Solar Cells\nChangyeon LEE1, Han Young WOO2, Bumjoon KIM1* (1Korea Advanced Institute of Science and Technology (KAIST), 2Korea University, Korea)\n14:40-15:00 [ORS2-03] A Doped Hole-selective Layer for Efficient and Stable Quantum Dot Solar Cells\nSe-Woong BAEK1, Sang-Hoon LEE1, Jung Hoon SONG2, Changjo KIM1, Ye-Seol HA1, Hyeyoung SHIN1,4, Hyungjun KIM1, Sohee JEONG2,3, Jung-Yong LEE1* (1Korea Advanced Institute of Science and Technology (KAIST), Korea, 2Korea Institute of Machinery and Materials (KIMM), Korea, 3University of Science and Technology (UST), Korea, 4California Institute of Technology, USA)\nChair: Ralph H. COLBY (Penn State University, USA) / Osamu URAKAWA (Osaka University, Japan)\n15:20-15:40 [ORG3-04] Uniaxial Extensional Behavior of Unentangled Polymer Melts\nYumi MATSUMIYA*, Hiroshi WATANABE (Kyoto University, Japan)\n15:40-16:00 [ORG3-05] Concentration Dependence of Rheological Properties of Unentangled Polymer Solutions\nPrabhakar RANGANATHAN* (Monash University, Australia)\n16:00-16:20 [ORG3-06] Investigation of Intrinsic-nonlinear Master Curves for Model PS Solution in Medium Amplitude Oscillatory Shear (MAOS) Regime\nHyeong Yong SONG, Su Yeon KIM, Kyu HYUN* (Pusan National University, Korea)\n16:20-16:40 [ORG3-07] Study on Thermo-Thickening Behavior of Chitosan-graft-polyacrylamide Aqueous Solution\nYonggang SHANGGUAN*, Mengjie WANG, Lei JIN, Qiang ZHENG (Zhejiang University, China)\n16:40-17:00 [ORG3-08] Influence of Short- and Long-chain Branches on the Rheological Behaviors of Short-chain Branched H-shaped Polymers under Shear and Uniaxial Elongational Flows\nSeung Heum JEONG, Jun Mo KIM, Chunggi BAIG* (Ulsan National Institute of Science and Technology (UNIST), Korea)\nChair: Myung-Suk CHUN (Korea Institute of Science and Technology (KIST), Korea)\n15:20-15:50 [KLG6-01] Shear Thickening of Condensed Suspension Induced by Nano-particles\nYoshiyuki KOMODA*, Masaki MATSUBARA, Hibiki SUGIYAMA, Kosuke SUZUKI, Ruri HIDEMA, Hiroshi SUZUKI (Kobe University, Japan)\n15:50-16:10 [ORG6-07] Chiral Separation of Propeller-Like Particle in External Field\nMasato MAKINO* (Yamagata University, Japan)\n16:10-16:30 [ORG6-08] Tuning Nanoparticle Suspension Rheology for 3D Printing of Silica-Titania Glass\nNikola DUDUKOVIC1*, Du NGUYEN1, Timothy YEE1, Joel DESTINO1, Cameron MEYERS2, Eric DUOSS1, Michael JOHNSON1, Theodore BAUMANN1, Tayyab SURATWALA1, Rebecca DYLLA-SPEARS1 (1Lawrence Livermore National Laboratory, 2University of Minnesota, USA)\n16:30-16:50 [ORG6-09] Ageing behaviour and Microstructure of Smectite Clay Gels\nYee-Kwong LEONG*, Mingyong DU, Jishan LIU, PekIng AU (The University of Western Australia, Australia)\nChair: Jaesung LEE (Inha Technical College, Korea)\n15:20-15:50 [KLG11-01] Stress Bifurcation and Viscoelastic Wall Slip Behavior of Yield Stress Fluids under Large Amplitude Oscillatory Shear\nWei YU1*, Kai YANG1,2 (1Shanghai Jiao Tong University, 2Malvern Instruments, China)\n15:50-16:10 [ORG11-07] Viscoelastic Behavior of Dilute Aqueous Solution of Chemically Modified Cellulose Ethers in a High Frequency Range using Dynamic Light Scattering Techniques\nToshiyuki SHIKATA*, Naoya SAGAWA (Tokyo University of Agriculture and Technology, Japan)\n16:10-16:30 [ORG11-08] General Application of Fixed Point Iteration Algorithm to Linear Viscoelastic Identification\nJunghaeng LEE, Kwang Soo CHO* (Kyungpook National University, Korea)\nChair: Seong Jin PARK (Pohang University of Science and Technology (POSTECH), Korea)/ Xue-Feng YUAN (Guangzhou University, China)\n15:20-15:50 [KLG4-01] Non-Equilibrium Statistical Mechanical Theory of Continuum Mechanics Comparable with Dissipative Particle Dynamics\nKwang Soo CHO1*, Peter J. DAIVIS2 (1Kyungpook National University, Korea, 2RMIT University, Australia)\n15:50-16:10 [ORG4-01] Multi-Chain Slip-Spring Simulations for Branch Polymers\nYuichi MASUBUCHI* (Nagoya University, Japan)\n16:10-16:30 [ORG4-02] Thermodynamic Instability of Polymeric Liquids in Large-amplitude Oscillatory Shear Flow from Corotational Maxwell Fluid\nChaimongkol SAENGOW, A. Jeffrey GIACOMIN* (Queen’s University, Canada)\n16:30-16:50 [ORG4-03] Dissipative Particle Dynamics Simulation for Self-assembly and Rheological Properties of Surfactant Aqueous Solution in Nanotubes\nYusei KOBAYASHI, Noriyoshi ARAI* (Kinadai University, Japan)\n16:50-17:10 [ORG4-04] Effects of Short-Chain Branches on Structure and Dynamics of Ring Polymer Melts Using Molecular Dynamics Simulations\nEun Jung ROH, Jun Mo KIM, Chunggi BAIG* (Ulsan National Institute of Science and Technology (UNIST), Korea)\n15:20-15:50 [KLS1-03] Oriented Grains with Preferred Low-angle Grain Boundaries in Halide Perovskite Films by Pressure-induced Crystallization\nJong Hyeok PARK* (Yonsei University, Korea)\n15:50-16:10 [ORS1-03] Fabrication of Large-sized Multi-functional Micro/nano Composites with Mechanical and Electrical Performances\nDong Gi SEONG* (Pusan National University, Korea)\n16:10-16:40 [KLS1-04] Interfaces and Boundaries for Efficient Lead Halide Perovskite-based Hybrid Light-Emitting Diodes\nTzung-Fang GUO*, Jeng-Jun CHEN , Ting-Lin SHEN , Nan-Jay CHIOU , Chun-Hua SHIH , Ying-Chi CHEN , Loganathan ASWAGHOSH (National Cheng Kung University, Taiwan)\n16:40-17:10 [KLS1-05] Boosting the Efficiency in Perovskite Light-emitting Diodes\nHimchan CHO, Young-Hoon KIM, Su-Hun JEONG, Min-Ho PARK, Tae-Woo LEE* (Seoul National University, Korea)\nChair: Se Gyu JANG (Korea Institute of Science and Technology (KIST), Korea) / Jung-Yong LEE (Korea Advanced Institute of Science and Technology (KAIST), Korea)\n15:20-15:50 [KLS2-03] New Materials for ETLs and HTLs and Understanding of their Roles in Charge Extraction at the Perovskite Solar Cells\nTaiho PARK (Pohang University of Science and Technology (POSTECH), Korea)\n15:50-16:10 [ORS2-04] Impact of Side Chain Engineering and Molecular Weight Control of Polymer Acceptors in Morphology and Performance of All-Polymer Solar Cells\nBumjoon J. KIM* (Korea Advanced Institute of Science and Technology(KAIST), Korea)\n16:10-16:30 [ORS2-05] Conjugated Polymer Composites for Energy and Signal Conversion Devices\nFelix Sunjoo KIM* (Chung-Ang University, Korea)\n16:30-16:50 [ORS2-06] From the Viewpoint of Crystal Structure on the Yielding Behavior of Wax-decane Gel\nShanpeng HAN*, Jinjun ZHANG, Lanlan ZHU, Yuxia CHEN (China University of Petroleum, China)


url: =Several Methods on Estimation in Linear Models--《Journal of Anqing Teachers College(Natural Science Edition)》2004年04期\n《Journal of Anqing Teachers College(Natural Science Edition)》 2004-04\nSeveral Methods on Estimation in Linear Models\nTANG Yan-wu(Math.Dept.of Anqing Teachers College, Anqing 246011,China)\nThis article expounds several methods on statistical estimation in linear models and their advantage or disadvantage.\n1 Han Jianbao Yang Jingyi (Dept.of Vehicle Engineerring);A METHOD FOR EXAMINING CHARACTERISTIC OF A ESTIMATE EQUATION AND THE RELIABILITY OF ESTIMATED PARAMETERS[J];Journal of Beijing Institute of Technology;1988-01\n2 ZHU Zhuan-min 1 CHANG Jian-hai 2 LEE Ji-sheng 2 HUANG Yong-xuan 1 (1.The Systems Engineering Institute,Xi’an Jiaotong University, Xi’an 71004 9; 2. Xi’an Satellite Control Centre, Xi’an 710043);A Method Discussed to Overcome the Effects of the Compound Linear[J];;2003-02\n1 GONG Jiang-hui(School of Economic and Business Administration Beijing Normal University,Bejing 100875,China);Analysis of Determining Factors of Beijing Housing Price and Related Policy Proposals[J];Social Science of Beijing;2009-01\n3 GAO Xiaolu, Yasushi ASAMI;MARKET DISCIPLINE METHODOLOGY AND URBAN PLANNING STUDY[J];City Planning Review;2002-05\n4 WANG De; HUANG Wanshu;HEDONIC HOUSE PRICING METHOD AND ITS APPLICATION IN URBAN STUDIES[J];City Planning Review;2005-03\n5 WANG De; HUANG Wanshu;EFFECT OF URBANE NVIRONMENT ON RESIDENTIAL PROPERTY VALUES BY HEDONIC METHOD: A CASE STUDY OF SHANGHAI[J];City Planning Review;2007-09\n6 WANG Xia ZHU Dao -lin ZHANG Ming-ming;Aaalysis of the influence of rail transit on the distribution layout of real est ate prices ——A case studay of Beijing light rall line NO.13[J];Urban Problems;2004-06\n7 LI Chunji,MENG Xiaohong(Nanjing University of Finance and Economics,Nanjing 210003,China);An Analysis of Real Estate Market Structure and Price[J];Industrial Economics Research;2005-06\n8 GAO Bo ZHUANG Yan-bin (Department of Computer Science and Engineering, Changzhou Institute of Technology, Changzhou 213002);The Discussion of Data Structure and Algorithm in Genetic Programming[J];Journal of Changzhou Institute of Technology;2002-04\n9 ;Reasearch of Automatic Programming[J];Computer Development & Applications;2006-07\n10 ZHU Jian-ning 1,WU Qun1,GAN Ling 2(1.College of Land Management,Nanjing Agricultural University,Nanjing,210095,China; 2.College of Geographic Science,Nanjing Normal University,Nanjing,210097,China);A Review of Urban Land Price Index Theory and Practice in China[J];Scientific and Technological Management of Land and Resources;2006-04


url: =China Architecture Design guru: Zhou Fang Portfolio(Chinese Edition) de BEN SHE.YI MING: paperback - liu xing\nPortada BEN SHE.YI MING China Architecture Design guru: Zhou Fang Portfolio(Chinese ...\nChina Architecture Design guru: Zhou Fang Portfolio(Chinese Edition)\nShip out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.China Architecture Design guru: Zhou Fang PortfolioFour Satisfaction guaranteed,or money back. N° de ref. de la librería AY007859\nTítulo: China Architecture Design guru: Zhou Fang ...


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url: =text-lefts & Schedules of Guangzhou Asian Games 2010\ntext-lefts and Schedules of Guangzhou Asian Games 2010\nSee a detailed sports schedule for the Guangzhou Asian Games, click to view a large and clear image;\nFor the latest schedules for games, please visit the official website of Guangzhou Asian Games 2010\nAquatics Three text-lefts\nSwimming: Guangdong Olympic Aquatic Center (Chinese: 广东奥林匹克游泳跳水馆), located within Guangdong Olympic Sports Center (GOSC), itself located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city.\nSynchronized Swimming: Foshan Shijilian Aquatics Center (Chinese: 佛山世纪莲游泳跳水馆), located in the suburb of Foshan, itself situated on the southwestern perimeter of Guangzhou.\nWater Polo: Tianhe Natatorium (Chinese: 天河游泳馆), located in Guangzhou's Tianhe District in the eastern part of the city.\nGuangdong Olympic Aquatic Center: public buses No. 224A 224 245 505 508 548 and 564.\nFoshan Shijilian Aquatics Center: First get to Foshan City, and then take public buses No. 210, 280 and 206. Read More about Foshan Transport\nTianhe　Natatorium: take public buses No. 240, 33 or 194 and get off at Sports Center Station.\nGuangdong Olympic Archery Range (Chinese: 广东奥林匹克射箭场 )\nIt is located within Guangdong Olympic Sports Center (GOSC), itself located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city. Public buses No. 224A 224 245 505 508 548 and 564. Nov. 19th-24th\nTianhe Gymnasium (Chinese: 天河体育馆 )\nLocated in Guangzhou's Tianhe District in the eastern part of the city. Take public buses No. 240, 33 and 194 and get off at Sports Center Station. Nov. 13th-21st\nGuangdong Olympic Baseball Field (Chinese: 奥体棒球场)\nIt is located within Guangdong Olympic Sports Center (GOSC), itself located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city. Public buses No. 224A 224 245 505 508 548 564. Nov. 13th-21st\nBasketball Five text-lefts\nHuangpu Sports Centre Gymnasium (Chinese: 黄埔中心体育馆), located in Huangpu District, about 15 kilometers southeast of the city center.\nGuangti Gymnasium (Chinese: 广体体育馆), located in Guangzhou Sport University, 1268 Guangzhou Atext-left Middle;\nGuangzhou International Sports Performance Arts Center (Chinese: 广州国际体育演艺中心), located in Luogang District;\nYing Dong Gymnasium (Chinese: 英东体育场), located about 3 kilometers northeast of the center of Panyu District, itself located about 25 kilometers southeast of the city center;\nTianhe Gymnasium (Basketball Final) (Chinese: 天河体育馆 ), located in Guangzhou's Tianhe District in the eastern part of the city.\nHuangpu Sports Centre Gymnasium: public buses No. 240, 433, 431 and 513.\nGuangti Gymnasium: public buses 976, 501 and 808.\nGuangzhou International Sports Performance Arts Center: public buses No 506 and B24.\nYing Dong Gymnasium: public bus No. 309.\nTianhe Gymnasium: Take public buses No. 240, 33 and 194 and get off at Sports Center Station.\nBeach Volleyball Guangzhou Asian Games Beach Volleyball text-left (Chinese: 亚运城沙滩排球场 )\nLocated in Guangzhou Asian Games Town, Panyu District.\nBilliard and other Cue Sports\nGuangzhou Asian Games Town Gymnasium (Chinese: 亚运城体育馆 ) Inside Guangzhou Asian Games Town, Panyu District. Nov. 13th-20th\nTianhe Bowling Hall (Chinese: 天河保龄球馆) Located in Guangzhou's Tianhe District in the eastern part of the city. Take public buses No. 240, 33 and 194 and get off at Sports Center Station. Nov. 15th-24th\nFoshan Lingnan Mingzhu Gymnasium (Chinese: 佛山岭南明珠体育馆) Located in Foshan City, about 15 kilometers southwest of the center of Guangzhou. First get to Foshan City, and then take public buses No. 111, 146, 129, 210, 154 and 117. Read More about Foshan Transport Nov. 17th-25th\nGuangdong International Rowing Center (Chinese: 广东国际划船中心) Located about 2 to 3 kilometers southwest of the town of Zhuliao (Zhuliaozhen), Baiyun District and about 5 to 6 kilometers southeast of Guangzhou Baiyun International Airport. Take public buses No. 473 473A, 808, 826 and 842 and get off at Zhuliao Station. Nov. 13th-26th\nChess (Chess, Weqi, Xiangqi) Guangzhou Chess Institute (Chinese: 广州棋院 ) Hengzhiguang Road, Baiyun District. Nov. 13th-26th\nCricket Guangdong University of Technology Cricket Stadium (Chinese: 广东工业大学板球场) Inside Guangzhou Higher Education Mega Center, also called Guangzhou University Town (Chinese: 广州大学城). University Town lines 1, 2 and 3. Nov. 13th-26th\nCycling Three text-lefts\nGuangzhou Velodrome (Chinese: 广州自行车轮滑极限运动中心 ), located in Guangzhou Higher Education Mega Center, itself situated on the Pearl River island of Xiaoguwei, Panyu District;\nUniversity Town Triathlon text-left (Chinese: 大学城铁人三项赛场), Guangzhou University Town, Xiaoguwei Island, Panyu District.\nDafu Mountain Bike Course (Chinese: 大夫山山地自行车赛场), located near Mount Dafu, Shiqiao, Panyu District. Note that Mount Dafu is part of Dafushan Forest Park.\nGuangzhou Velodrome: University Town lines 1, 2 and 3.\nUniversity Town Triathlon text-left: University Town lines 1, 2 and 3.\nDance Zengcheng Gymnasium (Chinese: 增城体育馆 ) Located in Zengcheng (a county-level city in Guangzhou), located on the northeastern of Guangzhou. First get to Zengcheng City, and then take public buses No. 3, 4 and 8 and get off at Zengcheng Gymnasium station. Nov. 13th-14th\nDragon Boat Racing Zengcheng Dragon Boat Racing Center (Chinese: 增城荔城龙舟比赛场) Located in Licheng Town, Zengcheng. Nov. 18th-20th\nEquestrian Guangzhou Equestrian text-left (Chinese: 黄村体育基地) Located in Conghua (a County-level city in Guangzhou), itself situated about 45 kilometers northeast of the heart of Guangzhou. Nov. 13th-25th\nFencing Guangzhou Univercity Gymnasium (Chinese : 广州大学体育馆) Inside Guangzhou Higher Education Mega Center, also called Guangzhou University Town (Chinese: 广州大学城). University Town lines 1, 2 and 3. Nov. 18th-23rd\nFootball Seven text-lefts\nHuadu Stadium (Chinese: 花都体育场 ), located in Huadu District, itself situated about 40 kilometers northwest of the city center of Guangzhou, or just west of Guangzhou Baiyun International Airport;\nYuexiu Mountain Stadium (Chinese: 越秀山体育场), located at the foot of Mountain Yuexiu, in the suburb of Yuexiu District in west-central Guangzhou;\nSouth China University of Technology Stadium (Chinese: 华南理工大学体育场), Guangzhou University Town;\nUniversity Town Central Stadium (Chinese: 广州大学城体育中心体育场), inside Guangzhou University Town;\nGuangdong Provincial People's Stadium (Chinese: 广东省人民体育场), located at 18 Jiaochang West Road, Yuexue Distrct, Guangzhou;\n(Football Final) - Tianhe Stadium (chinese: 天河体育中心), located in Guangzhou's Tianhe District in the eastern part of the city.\nYuexiu Mountain Stadium: subway line 2. Public bus No. 211.\nSouth China University of Technology Stadium: University Town lines 1, 2 and 3.\nUniversity Town Central Stadium: University Town lines 1, 2 and 3.\nGuangdong Provincial People's Stadium: subway line 1. Public buses No. 107, 101, 113 and 215.\n(Football Final) - Tianhe Stadium: Take public buses No. 240, 33 and 194 and get off at Sports Center Station.\nGolf Guangzhou Jiulonghu (Nine Dragon Lake) Golf Hall (Chinese: 九龙湖高尔夫球会) Located in Huadu District, about 40 kilometers northeast of the city center of Guangzhou. Nov. 20th-23rd\nGymnastics Guangzhou Asian Games Town Gymnasium (Chinese:亚运城体育馆) Located in Guangzhou Asian Games Town, Panyu District. Nov. 13th-25th\nHandball Two text-lefts\nGuangdong University of Technology Gymnasium (Chinese: 广东工业大学体育馆), located inside the Guangzhou University Town.\nSouth China Normal University Gymnasium (Chinese: 华南师范大学体育馆), located inside the Guangzhou University Town.\nUniversity Town lines 1, 2 and 3. Nov. 13th-24th\nHockey Guangdong Olympic Hockey Field (Chinese: 广东奥林匹克曲棍球场 ) It is located within Guangdong Olympic Sports Center (GOSC), itself located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city. Public buses No. 224A 224 245 505 508 548 564. Nov. 13th-25th\nJudo South China Univercity of Technology Gymnasium (Chinese: 华南理工大学体育馆) Located in Guangzhou University Town. University Town lines 1, 2 and 3. Nov. 13th-16th\nKabaddi Nansha Stadium (Chinese: 南沙体育馆 ) Located in Nansha District, Guangzhou. Public buses 1, 2, 4 and 6. Nov. 22nd-25th\nKarate Guangdong Gymnasium (Chinese: 广东体育馆) Located at 28 Datong Road at the western end of Ersha Island, Yuexiu District, Guangzhou. Public buses 529, 36, 66, 76 and 127. Nov. 23th-25th\nPentathlon (Modern) Guangdong Olympic Sports Center (Chinese: 广东奥林匹克体育中心) Located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city. Public buses No. 224A 224 245 505 508 548 564. Nov. 20th-21st\nRoller Sports (Besides Cycling) Guangzhou Velodrome (Chinese: 广州自行车轮滑极限运动中心 ) Located in Guangzhou Higher Education Mega Center, itself situated on the Pearl River island of Xiaoguwei, Panyu District; University Town lines 1, 2 and 3. Nov. 23rd-26th\nRowing Guangdong International Rowing Center (Chinese: 广东国际划船中心) Located about 2-3 kilometers southwest of the town of Zhuliao (Zhuliaozhen), Baiyun District and about 5-6 kilometers southeast of Guangzhou Baiyun International Airport. Take public buses No. 473 473A, 808, 826 and 842 and get off at Zhuliao Station. Nov. 13th-18th\nRugby University Town Central Stadium (Chinese: 广州大学城体育中心体育场) Inside Guangzhou University Town. University Town lines 1, 2 and 3. Nov. 23rd-25th\nSailing Guangdong Water Sports Center (Chinese: 广东海上运动场) Located in the coastal city of Shanwei, about 300 kilometers southeast of Guangzhou. Nov. 13th-23rd\nSepaktakraw Haizhu Sports Centre (Chinese: 海珠体育中心 ) Situated in the suburb of Haizhu District, southern Guangzhou. Public buses No. 178 and 263. Nov. 13th-24th\nShooting Two text-lefts\nClay Target/ Trap and Skeet: Guangzhou Skeet Training Center, near Zengsheng (Chinese: 广州飞碟训练中心), on the northeastern of Guangzhou.\nPistol, Air Pistol, Rifle and Air Rifle: Guangdong Olympic Aoti Shooting Range (Chinese: 奥体射击馆 ), located within Guangdong Olympic Sports Center (GOSC), itself located in the town of Dongpu (Dongpuzhen) in Guangzhou's Tianhe District in the eastern part of the city.\nGuangdong OlympicAoti Shooting Range: public buses No. 224A 224 245 505 508 548 564. Nov. 13th-19th\nSoftball Tianhe Softball Field (Chinese: 天河棒垒球场) Located in Guangzhou's Tianhe District in the eastern part of the city. Take public buses No. 240, 33 and 194 and get off at Sports Center Station. Nov. 19th-26th\nSquash Guangzhou Asian Games Town Gymnasium (Chinese: 亚运城体育馆 ) A part of the Guangzhou Asian Games Town. Nov. 19th-26th\nTable Tennis Guangzhou Gymnasium (Chinese: 广州体育馆 ) Located just north of the suburb of Baiyun and immediately west of the large green oasis bordered by Baiyun Ave S to the west and Guangzhou Ave N to the east. Public buses 976, 501 and 808. Nov. 13th-20th\nTaekwondo Guangdong Gymnasium (Chinese: 广东体育馆)\nLocated at 28 Datong Road at the western end of Ersha Island, Yuexiu District, Guangzhou.\nPublic buses 529, 36, 66, 76 and 127. Nov. 16th-19th\nTennis Two text-lefts\nTennis (standard): Guangdong Olympic Tennis Center (Chinese: 奥体网球中心), located within Guangdong Olympic Sports Center.\nTennis (soft): Tianhe Tennis School (Chinese: 天河网球学校), located in Guangzhou's Tianhe District in the eastern part of the city.\nGuangdong Olympic Tennis Center: Public buses No. 224A 224 245 505 508 548 564.\nTianhe Tennis School: Take public buses No. 240, 33 and 194 and get off at Sports Center Station.\nTriathlon University Town Triathlon text-left (Chinese: 大学城铁人三项赛场 ) Inside Guangzhou Higher Education Mega Center, also called Guangzhou University Town (Chinese: 广州大学城). University Town lines 1, 2 and 3. Nov. 17th-18th\nSun Yat-sen University Gymnasium (Chinese: 中大体育馆 ), located in Guangzhou University Town;\nGuangdong University of Foreign Studies Gymnasium (Chinese: 广外体育馆 ), located in Guangzhou University Town;\nGuangdong Pharmaceutical University Gymnasium (Chinese: 广药体育馆 ), located in Guangzhou University Town;\n(Volleyball Final) - Guangzhou Gymnasium (Chinese: 广州体育馆), located just north of the suburb of Baiyun and immediately west of the large green oasis bordered by Baiyun Ave S to the west and Guangzhou Ave N to the east.\nSun Yat-sen University Gymnasium, Guangdong University of Foreign Studies Gymnasium and Guangdong Pharmaceutical University Gymnasium: University Town lines 1, 2 and 3.\nGuangzhou Gymnasium: Public buses 976, 501 and 808.\nWeightlifting Dongguan Gymnasium (Chinese: 东莞体育馆) Dongguan, located about 50 kilometers southeast of the heart of Guangzhou. First get to Dongguan City, then take public buses No. C1, C2, C3, C4, 9, 25 and 26. Read More on Dongguan Transport Nov. 13th-17th\nWrestling South China Univercity of Technology Gymnasium (Chinese: 华南理工大学体育馆) Located in Guangzhou University Town. University Town lines 1, 2 and 3. Nov. 20th-25th\nWushu Nansha Gymnasium (Chinese: 南沙体育馆 ) Located in Nansha District, Guangzhou. Public buses 1, 2, 4 and 6. Nov. 22nd-26th


url: =Shame on You | Cokesbury\n"The seven women were connected to seven doors here in the cottage," Mr. Shepard explained. "Every door is leading into to a room, with seven different challenges. You have to pass one before you can go on to the next. If you should want to procrastinate, you will have to go through it later on. Remember that it's a test and that you've got what it takes. The challenges you will face are made specifically to fit you. But they have been carefully planned to challenge you as well, to build you up, and to make you stronger no matter what you might face behind a door or what you feel about the challenges. If it doesn't challenge you, it doesn't change you."


url: =WO2018165624 IMPROVED PROCESS FOR PREPARING 3,3,3-TRIFLUOROPROP-1-ENE\n1. (WO2018165624) IMPROVED PROCESS FOR PREPARING 3,3,3-TRIFLUOROPROP-1-ENE\nPub. No.: WO/2018/165624 International Application No.: PCT/US2018/021867\nC07C 17/25 (2006.01) ,C07C 21/18 (2006.01)\nSUN, Xuehui [US/US]; US\nKRAUSE, Karl Robert [US/US]; US\nSUN, Xuehui; US\nKRAUSE, Karl Robert; US\nGOODSON, Susanne H.; US\n62/469,668 10.03.2017 US\nTitle (EN) IMPROVED PROCESS FOR PREPARING 3,3,3-TRIFLUOROPROP-1-ENE\n(FR) PROCÉDÉ AMÉLIORÉ DE PRÉPARATION DE 3,3,3-TRIFLUOROPROP-1-ENE\n(EN) The present application provides a process of preparing 3,3,3-trifluoroprop-1-ene, comprising reacting 3-chloro-1,1,1-trifluoropropane with a base in an aqueous solvent component in the absence of a phase transfer catalyst.\n(FR) La présente invention concerne un procédé de préparation de 3,3,3-trifluoroprop-1-ene, comprenant la réaction de 3-chloro-1,1,1-trifluoropropane avec une base dans un composant de solvant aqueux en l'absence d'un catalyseur de transfert de phase.


url: =Expression of CD_(38) HLA-DR on CD_4~+ and CD_8~+T lymphocytes in peripheral blood of people living with HIV/AIDS--《Journal for China AIDS/STD》2003年01期\nExpression of CD_(38) HLA-DR on CD_4~+ and CD_8~+T lymphocytes in peripheral blood of people living with HIV/AIDS\nWANG Xi-cheng,WU Hao,LI Tai-sheng,et al.(Division of Infectious Diseases,Beijing Youan Hospital,Beijing 100054,China)\nObjective This study was designed to investigate the change in expression of CD 38 HLA-DR on CD + 4 and CD + 8 T lymphocytes in peripheral blood of people living with HIV/AIDS and to explore clinical significance of such change.Methods The plasma viral load of 11 asymptomatic HIV infected individuals and 18 AIDS patients was detemined by bDNA.Expression of CD 38 HLA-DR on peripheral blood CD + 4 and CD + 8 T lymphocytes was analysed by flow cytometry in 51 healthy blood donors,14 asymptomatic HIV infected individuals and 36 AIDS patients.Results Percentage of CD + 4 HLA-DR+ cells in the AIDS group was shown to be higher than in the HIV group and normal controls.Percentage of CD + 8HLA-DR+ cells was higher in both HIV and AIDS groups than in normal controls.The percentage of CD + 8 CD 38 + cells in AIDS groupin HIV groupnormal controls.There were positive correlations between percentages of CD + 8 CD 38 +,CD 8 HLA-DR +,CD + 4 HLA-DR + cells and plasma viral load.Conclusion In the process of HIV infection,expression of CD 38 HLA-DR on peripheral blood CD + 4 and CD + 8 T lymphocytes increased,reflecting the fact that T lymphocytes were abnormally activated,and that percentage of CD + 8 CD 38 + T cells increased along with disease progress,which can be used to predict the severity of the infection.In HIV infection monitoring,not only immunologic cells but also the level of cellular activation should be considered.\n【Fund】： 北京市科学技术委员会资助 (合同编号 :H0 1 0 2 1 0 1 2 0 1 1 3)\n1 CEN Yu-wen1,FU Lin-chun1,YAO Xi-an2,CHEN Xie-jie2,TAN Xing-hua2.1 Tropical Medicine Institute,Guangzhou University of TCM,Guangzhou 510407;2 Guangzhou Eighth People's Hospital,Guangzhou 510060,China;Clinical study on evolvement of T cell activation of acquired immunodeficiency syndrome with disease progression[J];International Journal of Internal Medicine;2008-11\n2 YAO Wen-hu,ZHAO Wei,WU Yin-wei,ZHAO Hong,WEI Hong-xia,CHENG Cong,ZHU Ping,CHI YunDepartment of Infections,the Second Hospital of Nanjing Affiliated to Southeast University Medical College,Nanjing,Jiangsu 210003,China;Effect of Compound Glycyrrhizin on Peripheral T-lymphocyte Subset in AIDS Patients[J];National Journal of Andrology;2006-07\n3 SUN Lei~1 LI Qian-ru~1 YANG Xuan~1 DU Ying~1 ZHANG Shi-xi~2 XU Li-ran~2 (1.The Microbiology and Immunology Department of Zhengzhou University,Zhengzhou 450001,China;2.Institute of Henan Chinese Medicine,Zhengzhou 450000,China);Effect of highly active antiretroviral therapy on the lymphocyte subsets from peripheral blood of AIDS patients[J];Current Immunology;2007-04\n4 WANG Hui,HU Yi-wen,XU Liu-mei,et al.(Shenzhen East Lake Hospital,Shenzhen,Guangdong 518020,China);Simultaneous reduction of CD_8~+CD_(38)~+T cells and viral load in AIDS patients after highly active antiretroviral therapy(HAART)[J];Journal for China AIDS/STD;2004-06\n5 ZHANG Ming Xia, LIANG Yuan Fei, QIAN Qi Feng. Shenzhen Institute of Dermatology, Center for STD Control and Research, Shenzhen 518020,China;Expression of activated antigens on peripheral blood T lymphocytes in patients with condyloma acuminatum[J];Chinese Journal of Immunology;2004-07\n1 Lu Zhaohui,Su Bin,Zhang Quxia ,et al Department of Infections Disease,Anhui Provincial Hospital,Hefei 230001;Significance of CD_4~+ in patient with HIV/AIDS[J];Anhui Medical Journal;2003-05\n2 SHENG Xue-qi, LIN Cun-zhi, ZHU Xin-hong(Qingdao Chest Hospital, Qingdao 266043,China);DIAGNOSTIC VALUE OF CD1a A ND IFN-γ IN TUBERCULOUS AND MALIGNANT PLEURAL EFFUSION[J];Acta Acadimae Qingdao Umvesitatis;2005-04\n3 HUA Qiudong1,2, JIANG Chenggang2, WANG Hai1, XIANG Wenhua2, ZHOU Jianhua2, CHEN Weiduo1 (1. College of Life Sciences, Northeast Agricultural University, Harbin 150030, China; 2. Harbin Veterinary Research Institute, Chinese Academy of Agricultural Sciences, Harbin 150001, China);Expression, purification and bioactivity test of SHIV capsid p27[J];Journal of Northeast Agricultural University;2008-11\n4 JIANG Yu-Hong, WANG Ya-Qiu, SUN Kuan-Zhou. Women and Children′s Medical Center of Qingdao, Qingdao, Shandong 266011, China;Polarization and immune regulation of TH cells in children with bronchial asthma[J];Chinese Journal of Contemporary Pediatrics;2006-05\n6 LI Yan, XU Hui-fang, HAN Zhi-gang, et al. 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url: =8 August 2016 Comparison of machine-learning methods for above-ground biomass estimation based on Landsat imagery\nChaofan Wu; Huanhuan Shen; Aihua Shen; Jinsong Deng; Muye Gan; Jinxia Zhu; Hongwei Xu; Ke Wang;\nChaofan Wu , Huanhuan Shen\nZhejiang Forestry Academy (China)\nJinsong Deng , Muye Gan\nHongwei Xu , Ke Wang\nJ. of Applied Remote Sensing, 10(3), 035010 (2016). https://doi.org/10.1117/1.JRS.10.035010\nChaofan Wu, Huanhuan Shen, Aihua Shen, Jinsong Deng, Muye Gan, Jinxia Zhu, Hongwei Xu, Ke Wang, "Comparison of machine-learning methods for above-ground biomass estimation based on Landsat imagery," Journal of Applied Remote Sensing 10(3), 035010 (8 August 2016). https://doi.org/10.1117/1.JRS.10.035010 . Submission:\nChaofan Wu, Huanhuan Shen, Aihua Shen, Jinsong Deng, Muye Gan, Jinxia Zhu, Hongwei Xu, Ke Wang, "Comparison of machine-learning methods for above-ground biomass estimation based on Landsat imagery," J. Appl. Rem. Sens. 10(3) 035010 (8 August 2016)


url: =Droplet Sliding: The Numerical Observation of Multiple Contact Angle Hysteresis - DRO\nWang, Yuxiang, Zhao, J, Zhang, D, Jian, M, Liu, H and Zhang, X 2019, Droplet Sliding: The Numerical Observation of Multiple Contact Angle Hysteresis, Langmuir, vol. 35, no. 30, pp. 9970-9978, doi: 10.1021/acs.langmuir.9b00551.\nMon, 07 Jun 2021, 08:54:40 EST Tue, 08 Jun 2021, 05:02:38 EST Tue, 08 Jun 2021, 08:07:55 EST Tue, 10 Aug 2021, 06:04:23 EST Fri, 13 Aug 2021, 15:22:35 EST Fri, 13 Aug 2021, 15:23:33 EST Fri, 13 Aug 2021, 15:35:34 EST Filtered Full\nMon, 07 Jun 2021, 08:54:40 EST