url: => Nobuo GESHI\n→ Search for Nobuo GESHI in Google Scholar\nConvener:*Teruki Oikawa(Institute of Earthquake and Volcano Geology, Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Takeshi Hasegawa(Department of Earth Sciences, College of Science, Ibaraki University), Daisuke MIURA(Geosphere Sciences, Civil Engineering Research Laboratory, Central Research Institute of Electric Power Industry), Yoshihiro Ishizuka(Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Nobuo Geshi(Geological Survey of Japan, The National Institute of Advanced Industrial Science and Technology), Chair:Nobuo Geshi(Geological Survey of Japan, The National Institute of Advanced Industrial Science and Technology), Yasuhisa Tajima(NIPPON KOEI CO.,LTD.)\nTue. May 26, 2015 11:00 AM - 12:45 PM 303 (3F)\nConvener:*Teruki Oikawa(Institute of Earthquake and Volcano Geology, Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Takeshi Hasegawa(Department of Earth Sciences, College of Science, Ibaraki University), Daisuke MIURA(Geosphere Sciences, Civil Engineering Research Laboratory, Central Research Institute of Electric Power Industry), Yoshihiro Ishizuka(Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Nobuo Geshi(Geological Survey of Japan, The National Institute of Advanced Industrial Science and Technology), Chair:Kenta Ueki(Japan Agency for Marine-Earth Science and Technology, Department of Solid Earth Geochemistry), Yoshimi Hiroi(Center for Northeast Asian Studies, Tohoku University)\nConvener:*Teruki Oikawa(Institute of Earthquake and Volcano Geology, Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Takeshi Hasegawa(Department of Earth Sciences, College of Science, Ibaraki University), Daisuke MIURA(Geosphere Sciences, Civil Engineering Research Laboratory, Central Research Institute of Electric Power Industry), Yoshihiro Ishizuka(Geological Survey of Japan, National Institute of Advanced Industrial Science and Technology), Nobuo Geshi(Geological Survey of Japan, The National Institute of Advanced Industrial Science and Technology), Chair:Takeshi Hasegawa(Department of Earth Sciences, College of Science, Ibaraki University), Kosuke Ishige(Earth and Planetary System Science Department of Natural History Sciences, Graduate School of Science, Hokkaido University)\n[SVC12-03] Temporal variation of the ash component of the 2014-15 Aso Nakadake eruption\n*Nobuo GESHI1, Yasuo MIYABUCHI2, Isoji MIYAGI1, Takahiro MIWA3 (1.IEVG Geological Survey of Japann, AIST, 2.Kumamoto University, 3.NIED)\nThu. May 28, 2015 9:00 AM - 10:30 AM 304 (3F)\n[SVC45-05] Preliminary report on sequence and deposits of the 2014-2015 eruption of Nakadake crater, Aso Volcano, Japan\n*Yasuo MIYABUCHI1, Nobuo GESHI2, Akihiko YOKOO3 (1.Faculty of Education, Kumamoto University, 2.Geological Survey of Japan, AIST, 3.Graduate School of Science, Kyoto University)\n[SVC45-06] Temporal color variations of volcanic ashes from Aso Nakadake 2014-2015\n*Isoji MIYAGI1, Nobuo GESHI1, Hideo HOSHIZUMI1, Seiko YAMASAKI1 (1.Geological Survey of Japan, AIST)\n[SVC45-08] Variation of volcanic gas composition during transition from crater lake activity to eruption at Aso volcano, Japan\n*Hiroshi SHINOHARA1, Nobuo GESHI1, Akihiko YOKOO2, Ryunosuke KAZAHAYA1 (1.Geological Survey of Japan, AIST, 2.Graduate School of Science, Kyoto University)\n[SVC47-01] Precursory eruption for a large ignimbrite eruption; example of Osumi pumice fall deposit from Aira caldera\n*Nobuo GESHI1, Yasuo MIYABUCHI2 (1.Inst Earthquake Volcano Geology, Geological Survey of Japan, AIST, 2.Kumamoto University)\n12:03 PM - 12:06 PM\n[MIS25-P03] Four Holocene uplifted benches and two historical tsunami gravels around Koseda coast, Yakushima Island\nShojiro NAKAGAWA1, Hiroyuki SASAKI1, Masamichi OMOTE2, *Futoshi NANAYAMA3, Nobuo GESHI3, Kazuaki WATANABE3, Hidetoshi NARUO4, Fukashi MAENO5, Tetsuo KOBAYASHI6 (1.Yakushima Earth-Science Club, 2.Yakushima Town Office, 3.Geological Survey of Japan, AIST, 4.Takeokadai Highschool, 5.Tokyo University, 6.Kagoshima University)


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url: =29 October 2001 Advantage of metal microcavities in realizing full-color PL emission with single mode from a broad spectrum material\nJiamin Zhao; Fengying Ma; Xingyuan Liu; Yun Liu; Guoqiang Chu; Lijun Wang; Shiyong Liu\nXingyuan Liu , Yun Liu , Guoqiang Chu , Lijun Wang\nProceedings Volume 4594, Design, Fabrication, and Characterization of Photonic Devices II; (2001) https://doi.org/10.1117/12.446570\nJiamin Zhao, Jiamin Zhao, Fengying Ma, Fengying Ma, Xingyuan Liu, Xingyuan Liu, Yun Liu, Yun Liu, Guoqiang Chu, Guoqiang Chu, Lijun Wang, Lijun Wang, Shiyong Liu, Shiyong Liu, } "Advantage of metal microcavities in realizing full-color PL emission with single mode from a broad spectrum material", Proc. SPIE 4594, Design, Fabrication, and Characterization of Photonic Devices II, (29 October 2001); doi: 10.1117/12.446570; https://doi.org/10.1117/12.446570\nConstraint on the optical constants of bilayer film substrate external...\nOptimal design and experimental realization of DBR metal microcavity organic...\nJiamin Zhao, Fengying Ma, Xingyuan Liu, Yun Liu, Guoqiang Chu, Lijun Wang, Shiyong Liu, "Advantage of metal microcavities in realizing full-color PL emission with single mode from a broad spectrum material," Proc. SPIE 4594, Design, Fabrication, and Characterization of Photonic Devices II, (29 October 2001);


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url: =Hong, Sang-Jeen (10)\nKim, Chang-Il (8)\nKim, Yong-Kweon (7)\nKim, Dong-Pyo (5)\nKim, Soo-In (5)\nLim, Kwon-Taek (5)\nYang, Sang-Sik (5)\nHam, Sang-Yong (4)\nJeong, Yeon-Tae (4)\nJeong, Yong-Seok (4)\nKim, Seong-Il (4)\nKim, Yong-Gwon (4)\nKim, Young Sung (4)\nKwon, Kwang-Ho (4)\nMin, Byoung-Gue (4)\nNam, Su-Yong (4)\nPark, Lee-Soon (4)\nSon, Young-Su (4)\nYeom, Geun-Yeong (4)\nChae, Kyu-Ho (3)\nChang, Eui-Goo (3)\nChung, Hong-Bay (3)\nHahn, Jae-Won (3)\nHan, Seung-Soo (3)\nJeong, Byung Hyun (3)\nJeong, Yeon Tae (3)\nJoo, Gi-Tae (3)\nJu, Chul-Won (3)\nKim, Byong-Ho (3)\nKim, Gwang-Beom (3)\nKim, Jin-Yong (3)\nKim, Joon Hyun (3)\nKim, Sung-Bin (3)\nKoo, Kee-Kahb (3)\nLee, Eun-Ju (3)\nLee, Hyo-Song (3)\nLee, Je-Won (3)\nLee, Ki-Chang (3)\nLee, Nae-Eung (3)\nLim, Kwon Taek (3)\nLim, Tae-Young (3)\nMin, Nam-Ki (3)\nPark, Jae-Beom (3)\nPark, Kyoung-Jin (3)\nRhee, Young Woo (3)\nSoh, Dae-Wha (3)\nWoo, Hyung-Soon (3)\nAhn, Byung-Hyun (2)\nAhn, Si-Hong (2)\nAuh, Keun-Ho (2)\nBaek, Chang-Wook (2)\nBaek, Kyu-Ha (2)\nBixenman, Mike (2)\nChai, Sang-Hoon (2)\nChang, Hong-Jun (2)\nCho, Il-Hwan (2)\nCho, Sung-Hak (2)\nChoe, Gyeong-Hui (2)\nChun, Kuk-Jin (2)\nGong, Seon-Mi (2)\nHan, Young-Geun (2)\nHong, Sang Jeen (2)\nHwang, Hyun-Suk (2)\nHwang, Jae-Ryong (2)\nHwang, Seong-Jin (2)\nHwang, Sung-Ki (2)\nHwang, Sung-Kwy (2)\nIm, Dae-U (2)\nJang, Won-Gun (2)\nJeong, Dae-Seong (2)\nJeong, Ji-Won (2)\nJoo, Y.W. (2)\nJoo, Young-Woo (2)\nJung, One-Chul (2)\nKang, Dong-Hyun (2)\nKang, Hyo-Jin (2)\nKang, Ji Eun (2)\nKang, Sang-Woo (2)\nKang, Seung-Youl (2)\nKang, Young-Il (2)\nKim, Chang-Kyo (2)\nKim, Dae-Eun (2)\nKim, Eun-Ho (2)\nKim, Gue-Hyun (2)\nKim, J.K. (2)\nKim, Jae-Gu (2)\nKim, Jae-Kwon (2)\nDepartment of Materials Science and Engineering, Yonsei University (5)\nDepartment of Nano & Electronic Physics, Kookmin University (5)\nDivision of Image and Information Engineering, Pukyong National University (5)\nDepartment of Physics, Yeungnam University (4)\nGraduate School of NID Fusing Technology, Seoul National University of Science & Technology (4)\nSchool of Electrical Engineering and Computer Science, Seoul National University (4)\nDepartment of Chemical Engineering, Chungnam National University (3)\nDepartment of Materials Engineering, Sungkyunkwan University (3)\nDivision of Image & Information, College of Engineering, Pukyong National University (3)\nKorea Research Institute of Standards and Science (3)\nMechanical and Automotive Engineering, Seoul National University of Science & Technology (3)\nSchool of Energy, Material & Chemical engineering, Korea University of Technology and Education (3)\nAdvanced Display Manufacturing Research Center, Kyungpook National University (2)\nDepartment of Control and Instrumentation Engineering, Korea University (2)\nDepartment of Electronics Engineering Gachon University (2)\nDepartment of Graphic Arts Engineering, Graduate School, Pukyoung National University (2)\nDepartment of Information and Communication Engineering, Myongji University (2)\nDepartment of Materials Science and Engineering, Hanyang University (2)\nDepartment of Mechanical Engineering, Pohang University of Science and Technology (2)\nDepartment of Mechanical Engineering, Soonchunhyang University (2)\nDepartment of Metallurgical Engineering, Pukyong National University (2)\nDepartment of Nanoscale Semiconductor Engineering, Hanyang University (2)\nDepartment of Polymer Science, Kyungpook National University (2)\nDept. of Chemical Engineering, Myong Ji University (2)\nDept.of Electronics Engineering, Seoul National University (2)\nIT Convergence & Components Laboratory, ETRI (2)\nKorea Science Academy (2)\nKyzen Corporation (2)\nNano-Bio Photonics Lab., Department of Electronics Engineering, Pusan National University (2)\nSSADT Corporation (2)\nSamsung Advanced Institute of Technology (2)\nSchool of Electrical Engineering Seoul National University (2)\nSogang University (2)\nTES Co., Ltd. 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(1)\nThe Korean Institute of Electrical and Electronic Material Engineers (59)\nThe Korean Society Of Semiconductor & Display Technology (18)\nThe Korean Microelectronics and Packaging Society (12)\nThe Korean Sensors Society (10)\nThe Korean Institute of Surface Engineering (9)\nThe Korean Graphic Arts Communication Society (8)\nProceedings of the Korean Vacuum Society Conference (24)\nJournal of the Korean Institute of Electrical and Electronic Material Engineers (23)\nJournal of the Korean Vacuum Society (12)\nJournal of Sensor Science and Technology (10)\nJournal of the Korean Printing Society (8)\nProceedings of the Optical Society of Korea Conference (8)\nProceedings of the International Microelectronics And Packaging Society Conference (2)\nProceedings of the Korean Society Of Semiconductor Equipment Technology (2)\nTransactions of the Society of Information Storage Systems (2)\nJournal of Korean Vacuum Science & Technology (1)\nJournal of Photoscience (1)\nProceedings of the Korea Association of Crystal Growth Conference (1)\nProceedings of the Korean Ceranic Society Conference (1)\nSearch Result 419, Processing Time 0.045 seconds


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url: =Influence of Biochar on Sandy Soil Hydraulic Characteristic Parameters and Moisture Holding Properties--《Journal of Irrigation and Drainage》2013年03期\n《Journal of Irrigation and Drainage》 2013-03\nInfluence of Biochar on Sandy Soil Hydraulic Characteristic Parameters and Moisture Holding Properties\nTIAN Dan,QU Zhong-yi,LI Bo,LV Yi-jia(College of Water Resources and Civil Engineering,Inner Mongolia Agricultural University,Hohhot 010018,China)\nThe effects of biochar on sandy soil hydraulic characteristic parameters and moisture holding properties were studied to reveal the water-saving and fertility maintenance mechanisms of biochar.The results showed that the application of biochar could change the sandy soil structure and increase soil density with the increase of adding amount of biochar.Saturated hydraulic conductivity were smaller than the control group and saturated water capacity was larger than the control group in different biochar treatments.In the same water potential cases,water holding capacity improved along with the increase of biochar content,and the influences of different kinds of biochar on soil hydraulics parameters were inconsistent.\n【Fund】： 国家自然科学基金项目(41161038);; 留学回国人员科研启动基金项目(940号)\n1 ZHANG Hanzhi1,2,HUANG Yuan1,LIU Gang2,XU Yanping2,3,LIU Jinshan2,3, BEI Qicheng2,3,LIN Xingwu2,ZHU Jianguo2,XIE Zubin2? 1.College of Resources and Environment,Southwest University,Chongqing 400716,China; 2.State Key Laboratory of Soil and Sustainable Agriculture//Institute of Soil Science,Chinese Academy of Sciences,Nanjing 210008,China; 3.Graduate School of Chinese Academy of Sciences,Beijing 100039,China;Effects of biochar on corn growth,nutrient uptake and soil chemical properties in seeding stage[J];Ecology and Environmental Sciences;2010-11\n2 Zhang Wenling1,Li Guihua2,Gao Weidong3(1Shanxi Normal University,Linfen Shanxi 041004;2Institute of Agricultural Resources and Regional Planning,Chinese Academy of Agricultural Sciences,Beijing 100081;3Institute of Crop Sciences,Chinese Academy of Agricultural Sciences,Beijing 100081);Effect of Biomass Charcoal on Soil Character and Crop Yield[J];Chinese Agricultural Science Bulletin;2009-17\n1 LI Shu-xiang et al (College of Geographical Sciences,Fujian Normal University,Fuzhou,Fujian 350007);Effects of Different Addition Rate of Black Carbon on Soil Organic Carbon Mineralization[J];Journal of Anhui Agricultural Sciences;2011-36\n2 LIU Guo-tao,ZHANG Hong-lian,PENG Xu-ya(Key Lab of Three Gorges Reservoir Area Ecological Environment,Ministry of Education,Chongqing University,Chongqing 400045,China);A review on the research advances in biochar from the organic solid waste pyrolysis[J];Journal of Safety and Environment;2012-01\n3 YANG Fang1,2,LEE Xin-qing1,WANG Bing1, CHENG Jian-zhong1(1.The State Key Laboratory of Environmental Geochemistry,Institute of Geochemistry, Chinese Academy of Sciences,Guiyang 550002,China;2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China);The Application of Biochar to Improving Agricultural Production and Pollution Abatement[J];Earth and Environment;2012-01\n4 GE Cheng-jun1,2,DENG Hui2,YU Hua-mei3,HE Jian-xiong2(1.Hainan Development of Low-carbon Development,Haikou 570228,China;2.College of Environmental and Plant Protection, Hainan University,Haikou 570228,China;3.School of Chemical and Environmental Engineering, China University of Mining and Technology,Beijing 100083,China);Effects of biochar on soil fertility and it's application technology in the tropics[J];Guangdong Agricultural Sciences;2012-04\n5 GAO Hai-ying1,CHEN Xin-xiang1,ZHANG Wen1,HE Xusheng1,GENG Zeng-chao1,SHE Diao1,GUO Yong-li2(1.College of Environment and Resources,Northwest A&F University,Yangling,Shaanxi 712100,China;2.Agricultural Technology Extension Center of Chang'an District,Xi'an,Shaanxi 710100,China);A study on physicochemical properties of biochar and biochar-based ammonium nitrate fertilizers[J];Agricultural Research in the Arid Areas;2012-02\n6 WU Peng-bao1,XIE Yu1,QI Zhi-ping2,WU Wei-dong1*(1.Hainan University,Key Laboratory of Protection and Development Utilization of Tropical Crop Germplasm Resources, Ministry of Education,Haikou,Hainan Province 570228,China;2.Tropical Crops Genetic Resources Institute,CATAS, Danzhou,Hainan Province 571737,China);Effects of Biochar on Stability and Total Carbon Distribution of Aggregates in Granitic Laterite[J];Acta Agrestia Sinica;2012-04\n7 ZHANG Wen,GENG Zeng-chao,CHEN Xin-xiang,GAO Hai-ying(College of Resources and Environment,Northwest A&F University / Key Laboratory for Plant Nutrient and Agricultural Environment in Northwest China,Ministry of Agriculture,Yangling,Shannxi 712100,China);Effects of biochar on saline soil improvement[J];Agricultural Research in the Arid Areas;2013-02\n8 ZHOU Lingyun;ZHAO Ye;WANG Shuifeng;XU Dongyu;School of Environment,State Key Laboratory of Water Environment Simulation, Beijing Normal University;Department of Chemistry and Environment Science,Minnan Normal University;Analytical Testing Center,Beijing Normal University;;ON MINERALIZATION OF BIOMASS-DERIVED CHARS IN SOILS[J];Journal of Beijing Normal University(Natural Science);2013-05\n9 Guijun WANG;Zhenwen XU;College of Life Science,Northeast Normal University;College of Urban and Environmental Sciences,Changchun Normal University;;The Effects of Biochar on Germination and Growth of Wheat in Different Saline-alkali Soil[J];亚洲农业研究(英文版);2013-11\n10 LIAN Fei;SONG Zheng-guo;YU Zhi-hong;LIU Zhong-qi;Research Center for Eco-toxicology and Environmental Remediation,Institute of Agro-environmental Protection,Ministry of Agriculture;Tianjin Key Laboratory of Agro-environment and Produce Safety;;Biochars Derived form Different Origins and Their Applications to Agro-environmental Protection[J];Environmental Science & Technology;2013-11\n2 LIAN Fei1,2,TANG Shi-rong1,ZHU Ling-yan2(1.Centre for Research in Ecotoxicology and Environmental Remediation,Institute of Agro-environmental Protection,Ministry of Agriculture of China,Tianjin 300191,China;2.College of Environmental Science and Engineering,Nankai University,Tianjin 300071,China);Comparison of Biochar with Different Origins on Properties and Application in Agro-environmental Protection[A];[C];2011\n3 Liang Wang;Yingwen Xue;Xiaopei Wang;Xiaoru Cheng;School of Civil Engineering, Wuhan University;;The research on adsorption of nitrate using biochar: A review[A];[C];2014\n1 XIE ZuBin1, LIU Gang1, BEI QiCheng1,2, TANG HaoYe1, LIU JinShan1,2, SUN HuiFeng1,2, XU YanPing1,2, ZHU JianGuo1 & CADISCH Georg3 1 State Key Laboratory of Soil and Sustainable Agriculture, Institute of Soil Science, Chinese Academy of Sciences, Nanjing 210008, China; 2 Graduate University of Chinese Academy of Sciences, Beijing 100049, China; 3 Institute of Plant Production and Agroecology in the Tropics and Subtropics, University of Hohenheim, Stuttgart 70593, Germany;CO_2 mitigation potential in farmland of China by altering current organic matter amendment pattern[J];中国科学:地球科学(英文版);2010-09\n2 LIU Jin1,2,WU Jian-Guo1,2,3,1 State Key Laboratory of Oegetation and Environmental Change,Institute of Botany,Chinese Academy of Sciences,Beijing 100093,China2 Sino-US Center for Conservation,Energy,and Sustainability Science(SUCCESS),Inner Mongolia University,Hohhot 010021,China3 School of Life Sciences and Global Institute of Sustainability,Arizona State University,Tempe,AZ,USA;Perspectives and prospects of biofuels[J];Acta Ecologica Sinica;2008-04\n3 Dong Xuyan1,Wei Fang1,2,Liu Liang3,Hu Xiaojia1,Jiang Mulan1,Yang Mei1,Niu Yanxing1, Guo Lulu1,Zhao Yuandi4,Huang Fenghong1,Chen Hong1,2,Li Guangming1(1Institute of Oil Crops Research,Chinese Academy of Agricultural Sciences,Wuhan 430062;2The Key Lab for Genetics and Improvement of Oil Crops,Ministry of Agriculture,Wuhan 430062;3Food Science and Technology,Wuhan Polytechnic University,Wuhan 430023;4Life Science and Technology,Huazhong University of Science and Technology,Wuhan,430074);Current Status and Expectation of Whole Crop Biorefinery[J];Chinese Agricultural Science Bulletin;2008-07


url: =Women Women | Shirto\nBrand Name: Boutique De FGGShape: MinaudiereMain Material: PUPattern Type: FloralModel Number: CBG833211-1 Crystal Evening Clutch BagsStyle: DRESSInterior: No PocketHardness: HARDGender: WOMENClosure Type: HaspOccasion: PartyExterior: Solid BagDecoration: DiamondsLining Material: Synthetic Leatheris_customized:...\nBrand Name: Boutique De FGGShape: ClutchMain Material: SatinPattern Type: SolidModel Number: CBG813032 Women Red Crystal BagsStyle: DRESSInterior: No PocketHardness: HARDGender: WOMENClosure Type: HaspOccasion: PartyExterior: Solid BagDecoration: DiamondsLining Material: Synthetic LeatherOccasion:...\nBrand Name: AndzhelikaOrigin: CN(Origin)Material: PolyesterMaterial: SpandexGender: WOMENPattern Type: SolidItem Type: One PiecesSport Type: SwimFit: Fits true to size, take your normal sizeModel Number: AK75301Gender: Womensize: S M L XL 2XLSwimsuit:...\nBrand Name: AndzhelikaMaterial: SpandexMaterial: PolyesterGender: WOMENPattern Type: SolidItem Type: One PiecesSport Type: SwimFit: Fits true to size, take your normal sizeModel Number: AK2118Gender: WomenSize: S M L XL 2XLDecoration: MeshMaterials:...


url: =JOURNAL OF O... \nBrowse/Search Results: 1-10 of 9597 Help\nFavorite | View/Download：50/0 | Submit date：2018/09/28\nFavorite | View/Download：68/0 | Submit date：2018/09/28\nStructure, bandgap, photoluminescence evolution and thermal stability improved of Sr replacement apatite phosphors Ca10-xSrx(PO4)(6)F-2:Eu2+ (x=4, 6, 8) 期刊论文\nDYES AND PIGMENTS, 2018, 卷号: 152, 期号: 12, 页码: 75-84\nAuthors: Zhou, XF; Geng, WY; Ding, JY; Wang, YC; Wang, YH; Wang, YH (reprint author), Lanzhou Univ, Key Lab Special Funct Mat & Struct Design, Natl & Local Joint Engn Lab Opt Convers Mat & Tec, Dept Mat Sci,Sch Phys Sci & Technol,Minist Educ, Tianshui South Rd 222, Lanzhou 730000, Gansu, Peoples R China.\nLEDs Solid solution Apatite Defect level Thermal stability\nSynthesis of hydroxyapatite/multi-walled carbon nanotubes for the removal of fluoride ions from solution (vol 412, pg 578, 2017) 期刊论文\nAPPLIED SURFACE SCIENCE, 2018, 卷号: 437, 页码: 451-452\nAuthors: Ruan, ZY; Tian, YX; Ruan, JF; Cui, GJ; Iqbal, K; Iqbal, A; Ye, HR; Yang, ZZ; Yan, SQ; Yan, SQ (reprint author), Lanzhou Univ, Coll Chem & Chem Engn, Lanzhou 730000, Gansu, Peoples R China....Ruan, ZY; Tian, YX; Ruan, JF; Cui, GJ; Iqbal, K; Iqbal, A; Ye, HR; Yang, ZZ; Yan, SQ; Yan, SQ (reprint author), Lanzhou Univ, Coll Chem & Chem Engn, Lanzhou 730000, Gansu, Peoples R China.\nFabrication of Silver Decorated Graphene Oxide Composite for Photocatalytic Inactivation of Escherichia coli 期刊论文\nJOURNAL OF NANOSCIENCE AND NANOTECHNOLOGY, 2018, 卷号: 18, 期号: 7, 页码: 2304-2309\nAuthors: Zhang, Huixua; Deng, Xiaoyong; Ma, Qiuling; Cui, Yuqi; Cheng, XW(程修文) ; Xie, MZ(谢明政) ; Li, XL(李晓丽) ; Cheng, Qingfeng\nFavorite | View/Download：30/0 | Submit date：2018/09/27\nSilver Decorated Graphene Oxide Escherichia Coli Photocatalysis Solar Light Inactivation\nOpening Magnesium Storage Capability of Two-Dimensional MXene by Intercalation of Cationic Surfactant 期刊论文\nACS NANO, 2018, 卷号: 12, 页码: 3733-3740\nAuthors: Xu, M; Lei, SL; Qi, J; Dou, QY; Liu, LY; Lu, YL; Huang, Q; Shi, SQ; Yan, XB; Yan, XB (reprint author), Chinese Acad Sci, Lanzhou Inst Chem Phys, Lab Clean Energy Chem & Mat, State Key Lab Solid Lubricat, Lanzhou 730000, Gansu, Peoples R China....Xu, M; Lei, SL; Qi, J; Dou, QY; Liu, LY; Lu, YL; Huang, Q; Shi, SQ; Yan, XB; Yan, XB (reprint author), Chinese Acad Sci, Lanzhou Inst Chem Phys, Lab Clean Energy Chem & Mat, State Key Lab Solid Lubricat, Lanzhou 730000, Gansu, Peoples R China.\nmagnesium battery MXene cationic surfactant volumetric capacity density functional theory\nAn Efficient Synthesis of 6-oxa-spiro[3.4]octan-1-one Derivates Through 3-diazochroman-4-one and Alkene 期刊论文\nADVANCED SYNTHESIS & CATALYSIS, 2018, 卷号: 360, 期号: 1, 页码: 911-916\nAuthors: Xiao, ML; Zhang, FM; Du, Z; Ma, BC; Ma, BC (reprint author), Lanzhou Univ, State Key Lab Appl Organ Chem, Lanzhou 730000, Gansu, Peoples R China.\nSpiro[3.4]octan-1-one Wolff rearrangement cycloaddition alpha-diazo ketone Baeyer-Villiger oxidation\nNovel transparent high-performance AgNWs/ZnO electrodes prepared on unconventional substrates with 3D structured surfaces 期刊论文\nAPPLIED SURFACE SCIENCE, 2018, 卷号: 433, 期号: 1, 页码: 821-828\nAuthors: Lan, W; Yang, ZW; Zhang, Y; Wei, YP; Wang, PX; Abas, A; Tang, GM; Zhang, XT; Wang, JY; Xie, EQ...Lan, W; Yang, ZW; Zhang, Y; Wei, YP; Wang, PX; Abas, A; Tang, GM; Zhang, XT; Wang, JY; Xie, EQ; Lan, W (reprint author), Lanzhou Univ, Sch Phys Sci & Technol, Key Lab Special Funct Mat & Struct Design, Minist Educ, Lanzhou 730000, Gansu, Peoples R China.\nAgNWs/ZnO films Transparent electrodes Unconventional substrates 3D structured surface


url: =A Method of Ballistic Based on Genetic Algorithm and Runge-Kutta--《Ordnance Industry Automation》2011年01期\nA Method of Ballistic Based on Genetic Algorithm and Runge-Kutta\nLiu Yanjun(Key Laboratory of Information System Engineering,National University of Defense Technology,Changsha 410073,China)\nIn order to improve hit potency of guns,this paper has researched the method of ballistic based on genetic algorithm and Runge-Kutta.Firstly advanced a ballistic model based on difference Runge-Kutta,which can accurately solved the coordinate of point of fall after gaining the information of target position.Then,put forward an algorithm of optimal angle of fire based on genetic algorithm,which decreased the search range dynamically and parameters adjusted by them.Ultimately,it calculated the optimal angle of fire.Meanwhile,proved the feasibility and validity by analyzing a case,the work has an important applied value for ballistic.\n【CateGory Index】： TJ012.3\n1 WANG Xu-zhi1,2,SUN Zhong-sen1,2,SONG Jian-zhong1(1.Changchun Institute of Optics,Fine Mechanics and Physics,Chinese Academy of Sciences,Changchun 130033,China; 2.Graduate School of the Chinese Academy of Sciences,Beijing 100039,China);Research on the Theoretical Trajectory of Antiaircraft Artillery of the Real-Time Solution Using Differential Equations of Exterior Ballistic[J];Chinese Journal of Electron Devices;2007-06\n2 ZHOU Qi huang,YU Liang,QIU Xiao bo (Armored Force Engineering Institute,Beijing 100072 China);Research on Real-Time Ballistic for Battle Vehicles[J];Fire Control & Command Control;2001-04\n3 WANG Run-gang,HUA Chuan-jie,HAN Zhi-jun,LIAN Guang-yan(Tank College of BengBu,BengBu 233013,China);Study on Simulation System for Tank Firing Training in Virtual Environment[J];Fire Control and Command Control;2007-01\n4 SUN Xing-fu,DI Bang-da (North Automatic Control Technique Research Institute,Taiyuan 030006,China);Exterior Ballistic Real-time Soluing Method for Antiaircraft Gun Fire Control System and its Application[J];Fire Control and Command Control;2007-05\n5 GE Ji-ke1,QIU Yu-hui1,WU Chun-ming1,PU Guo-lin2 (1.School of Computer & Information Science,Southwest University,Chongqing 400715,China;2.Dept.of Computer Science,Sichuan University of Arts & Science,Dazhou Sichuan 635000,China);Summary of genetic algorithms research[J];Application Research of Computers;2008-10\n6 CAO Liang-yan1 LI Guang-bu2 LI Jing-hui1(1.College of Mathematics and Science,Shanghai Normal University,Shanghai 200234,China;2.College of Mechanical and Electronic Engineering,Shanghai Normal University,Shanghai 201418,China);Analysis of Genetic Algorithm and Its Modification[J];Computer Simulation;2009-07\n7 ZHAO Qing(Dept.of Mathematics and Information Science,Zhangzhou Normal University,Zhangzhou,Fujian 363000,China);Comparative Study of Genetic Algorithms'Three Encoding Strategies[J];Microcomputer Applications;2008-05\n8 LI Pei-zhi FAN Ding(School of Engine and Energy,Northwestern Polytechnical University,Shanxi Xi'an 710072);Real Coding-based Improved Genetic Algorithm[J];Journal of Astronautic Metrology and Measurement;2008-01\n2 LI Jian,WANG Kun(Brigade of Postgraduate,Air Defense Command College,Zhengzhou 450052,China);Evaluation of Air Defense Information Warfare System Based on Optimal Index Method[J];Ordnance Industry Automation;2009-04\n3 Liu Yuwen Yang Qiren (Hefei Artillery Academy, Hefei, 230031) (Ballistic Res. Lab., NUST, Nanjing, 210094);A MATHEMATICAL MODEL OF DETERMINING FIRING DATA BY COMPUTER[J];JOURNAL OF BALLISTICS;1996-03\n5 XU lu , TU Cheng-yu (Dept. of Electrical Engineering, Beijing Polytechnic University, Beijing 100022,China);A New Improved Genetic Algorithm and Its Property Analysis[J];Acta Electronica Sinica;2001-07\n6 Zhang Liangjie Mao Zhihong Li Yanda (Department of Automation, Tsinghua University, Beijing 100084);MATHEMATICAL ANALYSIS OF MUTATION OPERATOR AND ITS IMPROVED STRATEGY IN GENETIC ALGORITHMS[J];;1996-06\n7 WANG Ke-jun XU Jing WANG Lei ZHANG Yan School of Automation,Harbin Engineering University,Harbin,150001,China,;The path planning for robots based on the genetic extension algorithms[J];Journal of Harbin Institute of Technology;2006-07\n8 ZHOU Qi huang,YU Liang,QIU Xiao bo (Armored Force Engineering Institute,Beijing 100072 China);Research on Real-Time Ballistic for Battle Vehicles[J];Fire Control & Command Control;2001-04\n9 LIN Lei, WANG Xiao-Long, and LIU Jia-Feng (Department of Computer Science and Engineering, Harbin Institute of Technology, Harbin 150001);RESEARCH ON OPTIMIZATION OF A HANDWRITTEN CHINESE CHARACTER RECOGNITION SYSTEM BASED ON GENETIC ALGORITHM[J];Journal of Computer Research and Development;2001-06\n10 Wang Jinglian Liu Hong Li Shaohui(School of Information Management,Shandong Normal University,Jinan 250014);The Application in the Data Mining Based on Improved Genetic Algorithms with Decision Tree[J];Computer Engineering and Applications;2005-28


url: =Lake Region HealthcareVCA Antech, Inc.Duke University and Duke University Health SystemKaiser PermanenteFlorida Hospital HeartlandBJC HealthCareRadNetPPR Travel NursingAdvanced Travel NursingAdventist Health SystemNYU Langone HealthBaylor Scott & WhiteVeterans Affairs, Veterans Health AdministrationUCHealthSunbelt Staffing\nRadiologic TechnologistRadiology TechRadiology TechnologistRadiologic Technologist IIDental AssistantMRI TechnologistVeterinary TechnicianCT TechnologistTravel RN Registered Nurse - Cath Lab-RadiologyClinical NurseMedical ScribeRegistered Nurse (RN)Credentialed Veterinary TechnicianMammography TechnologistMedical Assistant\nRad Tech I - Night shift- Full Time\nSouthside Regional Medical Center-Petersburg, VAEstimated: $22,000 - $28,000 a year\nRad Tech I - Night shift- Full Time jobs\nRad Tech I - Night shift- Full Time jobs in Petersburg, VA\nDYNAMIC MEDICAL IMAGING-Queens, NY $33 - $40 an hour\nRadiologic Technologist (MRI,CT,X-Ray). Maintain equipment,exam rooms and work areas in a neat and safe condition to ensure the safety of the patients and staff...\nRadiologic Technologist jobs in Queens, NY\nInvision Diagnostics-Morganton, NCEstimated: $36,000 - $50,000 a year\nWe are looking for an experienced Radiologic Technologist who is looking for a change of pace and opportunity to grow with our company....\nInvision Diagnostics jobs\nRadiology X-Ray Technologist jobs\nRadiology X-Ray Technologist jobs in Morganton, NC\nRadiology Technologist, Imaging Services, Days, Full Time\nKentuckyOne Health-Bardstown, KYEstimated: $39,000 - $56,000 a year\nSchedule - Full-time Job - Professional Clinical/Allied Health Daily Schedule - 1 Scheduled Hours per 2-week Pay Period - 72 Weekends Required -...\nRadiology Technologist, Imaging Services, Days, Full Time jobs\nRadiology Technologist, Imaging Services, Days, Full Time jobs in Bardstown, KY\nCone Health-Greensboro, NCEstimated: $37,000 - $48,000 a year\n1 year Healthcare - Radiology. ARRT (R) - Radiologic Technologist - Dx. Graduate of a Radiology, Imaging or related educational program....\nHodgeman County Health Center-Jetmore, KSEstimated: $40,000 - $55,000 a year\nMaintains the Radiology Department according to Local, State and Federal Laws pertaining to the use of radiation....


url: =Biking from Bei jing to London - 全刊杂志赏析网 免费电子杂志在线阅读下载\nBiking from Bei jing to London\nText by Liu Haile Photographs by Qiu Dali\nOn April 1, 2012, the Departure Ceremony of the Beijing-Paris-London Cycling Expedition, jointly sponsored by China-EU Association, Beijing People’s Association for Friendship with Foreign Countries (BPAFFC), and Federation Fran?aise de Cyclotourisme, kicked off at Beijing Olympic Green. “After the successful organization of the Paris-Beijing Expedition that honored the 2008 Beijing Olympics, this year’s event aims to welcome the 2012 London Olympics and promote cultural and sporting communication between the two Olympic host cities,” explained Alain-Jean Tusseau, president of Association Amitie Euro-Chinoise.\n更多关于“Biking from Bei jing to London ”的相关文章


url: =Yang QingYing | AKB48 Wiki | Fandom\nin: Members born in Heisei Period, 2001 Births, August Births,\nMembers from Dazhou\nYang QingYing, 2021\nNickname LaTiao (辣条 LaTiao?)\nXiaTian (夏天 XiaTian?)\nBirthdate August 27, 2001 (2001-08-27) (age 20)\nBirthplace Dazhou, Sichuan, China\nSNS @ GNZ48-阳青颖\nYang QingYing is a member of GNZ48's Team G.\nI Know (SAY NO)\nSkills: Singing, performing, natural daze, stupid\nHobbies: Singing, eating, sleeping, playing, learn to writing.


url: =Seeds Dismissed On Opening Day In Doha\nSquash - 01. November 2007.\n Nicol David (MAS) bt Samantha Teran (MEX) 9-3, 9-3, 9-3 (49m)\n Isabelle Stoehr (FRA) bt Louise Crome (NZL) 9-7, 10-9, 9-6 (47m)\nJaclyn Hawkes (NZL) bt  Omneya Abdel Kawy (EGY) 2-9, 9-0, 4-9, 9-4, 9-4 (61m)\n Alison Waters (ENG) bt [Q] Carla Khan (PAK) 9-3, 9-2, 9-3 (26m)\n Rachael Grinham (AUS) bt Sarah Kippax (ENG) 9-7, 9-4, 9-0 (34m)\n Shelley Kitchen (NZL) bt Dominique Lloyd-Walter (ENG) 9-4, 9-3, 9-4 (36m)\n Vicky Botwright (ENG) bt Aisling Blake (IRL) 9-1, 9-4, 9-0 (24m)\n Kasey Brown (AUS) bt Manuela Manetta (ITA) 9-1, 9-0, 9-1 (36m)\n[Q] Tenille Swartz (RSA) bt  Annelize Naude (NED) 2-9, 9-3, 9-6, 8-10, 9-5 (52m)\n Vanessa Atkinson (NED) bt [Q] Emma Beddoes (ENG) 9-4, 9-10, 9-2, 7-9, 9-1 (54m)\n Engy Kheirallah (EGY) bt Lauren Briggs (ENG) 9-2, 9-2, 4-9, 4-9, 9-4 (70m)\n Tania Bailey (ENG) bt Line Hansen (DEN) 9-2, 9-0, 9-4 (25m)\n Laura Lengthorn-Massaro (ENG) bt Christina Mak (HKG) 9-0, 9-1, 9-5 (28m)\n Natalie Grainger (USA) bt Raneem El Weleily (EGY) 9-0, 9-1, 9-5 (23m)\n Jenny Duncalf (ENG) bt [Q] Laura Mylotte (IRL) 9-5, 9-0, 9-7 (29m)\n Natalie Grinham (AUS) bt Margriet Huisman (NED) 9-2, 9-3, 9-0\nThere were surprises in the women's event in the Qatar Squash Classic on the opening day of main draw action in Doha, Qatar.\nWomen's' 2nd round line-up:\n Nicol David (MAS) v  Isabelle Stoehr (FRA)\nJaclyn Hawkes (NZL) v  Alison Waters (ENG)\n Rachael Grinham (AUS) v  Shelley Kitchen (NZL)\n Vicky Botwright (ENG) v  Kasey Brown (AUS)\n Tania Bailey (ENG) v  Engy Kheirallah (EGY)\n Natalie Grainger (USA) v  Laura Lengthorn-Massaro (ENG)\n Natalie Grinham (AUS) v  Jenny Duncalf (ENG)\nWSQ 4184 Email: [email protected] 31 October 2007


url: =Global Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities, Analysis - Worldoils Oil, gas and offshore equipment marketplace\nGlobal Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities, Analysis\nEquipment ID : 1629\nEquipment name : Global Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities, Analysis\nGlobal Planned Oil and Chemicals Storage Industry,\n2014 - Investment Opportunities, Analysis and\nForecasts of All Planned Terminals\nPublished Date : 24-Apr-2014\n3 Global Planned Oil and Chemicals Storage Industry… 15\n3.1 Global Planned Oil and Chemicals Storage Industry, Snapshot… 15\n3.2 Global Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 21\n3.3 Global Planned Oil and Chemicals Storage Industry, Regional Comparisons… 25\n3.4 Global Oil and Chemicals Storage Industry, Planned Storage Terminals and\nCapacity Expansions by Country… 26\n4 Africa Planned Oil and Chemicals Storage Industry… 27\n4.1 Africa Planned Oil and Chemicals Storage Industry, Snapshot… 27\n4.2 Africa Planned Oil and Chemicals Storage Industry, Planned Terminals,\nCapacity Expansions and Capex by Country… 31\n4.3 Africa Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 32\n4.4 Africa Planned Oil and Chemicals Storage Industry, Country Comparisons… 35\n4.5 Africa Planned Oil and Chemicals Storage Industry, South Africa… 37\n4.6 Africa Planned Oil and Chemicals Storage Industry, Equatorial Guinea… 37\n4.7 Africa Planned Oil and Chemicals Storage Industry, Nigeria… 38\n4.8 Africa Planned Oil and Chemicals Storage Industry, Ghana… 38\n4.9 Africa Planned Oil and Chemicals Storage Industry, Kenya… 39\n4.10 Africa Planned Oil and Chemicals Storage Industry, Liberia… 39\n5 Asia Planned Oil and Chemicals Storage Industry… 40\n5.1 Asia Planned Oil and Chemicals Storage Industry, Snapshot… 40\n5.2 Asia Oil and Chemicals Storage Industry, Planned Terminals,\nCapacity Expansions and Capex by Country… 45\n5.3 Asia Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 47\n5.4 Asia Planned Oil and Chemicals Storage Industry, Country Comparisons… 51\n5.5 Asia Planned Oil and Chemicals Storage Industry, China… 53\n5.6 Asia Planned Oil and Chemicals Storage Industry, Malaysia… 54\n5.7 Asia Planned Oil and Chemicals Storage Industry, Indonesia… 54\n5.8 Asia Planned Oil and Chemicals Storage Industry, Vietnam… 55\n5.9 Asia Planned Oil and Chemicals Storage Industry, India… 55\n5.10 Asia Planned Oil and Chemicals Storage Industry, South Korea… 56\n5.11 Asia Planned Oil and Chemicals Storage Industry, Bangladesh… 56\n5.12 Asia Planned Oil and Chemicals Storage Industry, Philippines… 57\n5.13 Asia Planned Oil and Chemicals Storage Industry, Kazakhstan… 57\n6 Central America Planned Oil and Chemicals Storage Industry… 58\n6.1 Central America Planned Oil and Chemicals Storage Industry, Snapshot… 58\n6.2 Central America Planned Oil and Chemicals Storage Industry,\nPlanned Terminals, Capacity Expansions and Capex by Country… 59\n6.3 Central America Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 60\n6.4 Central America Planned Oil and Chemicals Storage Industry, Costa Rica… 61\n7 Europe Planned Oil and Chemicals Storage Industry… 62\n7.1 Europe Planned Oil and Chemicals Storage Industry, Snapshot… 62\n7.2 Europe Oil and Chemicals Storage Industry, Planned Terminals,\nCapacity Expansions and Capex by Country… 66\n7.3 Europe Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 67\n7.4 Europe Planned Oil and Chemicals Storage Industry, Country\n7.5 Europe Planned Oil and Chemicals Storage Industry, Netherlands… 71\n7.6 Europe Planned Oil and Chemicals Storage Industry, Poland… 72\n7.7 Europe Planned Oil and Chemicals Storage Industry, Azerbaijan… 72\n7.8 Europe Planned Oil and Chemicals Storage Industry, Spain… 73\n7.9 Europe Planned Oil and Chemicals Storage Industry, Cyprus… 73\n7.10 Europe Planned Oil and Chemicals Storage Industry, France… 74\n7.11 Europe Planned Oil and Chemicals Storage Industry, Denmark… 74\n8 Middle East Planned Oil and Chemicals Storage Industry… 75\n8.1 Middle East Planned Oil and Chemicals Storage Industry, Snapshot… 75\n8.2 Middle East Planned Oil and Chemicals Storage Industry,\nPlanned Terminals, Capacity Expansions and Capex by Country… 79\n8.3 Middle East Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 81\n8.4 Middle East Planned Oil and Chemicals Storage Industry,\n8.5 Middle East Planned Oil and Chemicals Storage Industry, Oman… 86\n8.6 Middle East Planned Oil and Chemicals Storage Industry,\nUnited Arab Emirates… 86\n8.7 Middle East Planned Oil and Chemicals Storage Industry, Yemen… 87\n8.8 Middle East Planned Oil and Chemicals Storage Industry, Iran… 87\n8.9 Middle East Planned Oil and Chemicals Storage Industry, Saudi Arabia… 88\n8.10 Middle East Planned Oil and Chemicals Storage Industry, Jordan… 88\n9 North America Planned Oil and Chemicals Storage Industry… 89\n9.1 North America Planned Oil and Chemicals Storage Industry, Snapshot… 89\n9.2 North America Oil and Chemicals Storage Industry, Planned Terminals,\nCapacity Expansions and Capex by Country… 93\n9.3 North America Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 95\n9.4 North America Planned Oil and Chemicals Storage Industry,\nCountry Comparisons… 99\n9.5 North America Planned Oil and Chemicals Storage Industry,\nThe United States… 100\n9.6 North America Planned Oil and Chemicals Storage Industry, Canada… 101\n10 Oceania Planned Oil and Chemicals Storage Industry… 102\n10.1 Oceania Planned Oil and Chemicals Storage Industry, Snapshot… 102\n10.2 Oceania Oil and Chemicals Storage Industry, Planned Terminals,\nCapacity Expansions and Capex by Country… 104\n10.3 Oceania Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 105\n10.4 Oceania Planned Oil and Chemicals Storage Industry, Australia… 107\n11 South America Planned Oil and Chemicals Storage Industry… 108\n11.1 South America Planned Oil and Chemicals Storage Industry, Snapshot… 108\n11.2 South America Oil and Chemicals Storage Industry,\nPlanned Oil and Chemicals Storage Terminals, Capacity Expansions and\nCapex by Country… 111\n11.3 South America Planned Oil and Chemicals Storage Industry,\nMarket Share Analysis by Key Companies… 112\n11.4 South America Planned Oil and Chemicals Storage Industry,\nCountry Comparisons… 115\n11.5 South America Planned Oil and Chemicals Storage Industry, Brazil… 116\n11.6 South America Planned Oil and Chemicals Storage Industry, Colombia… 117\n12 Profile of Oiltanking GmbH… 118\n12.1 Oiltanking GmbH, Key Information… 118\n12.2 Oiltanking GmbH, Company Overview… 118\n12.3 Oiltanking GmbH, Business Description… 118\n12.4 Oiltanking GmbH, SWOT Analysis… 120\n13 Profile of China Petroleum & Chemical Corporation… 125\n13.1 China Petroleum & Chemical Corporation, Key Information… 125\n13.2 China Petroleum & Chemical Corporation, Company Overview… 125\n13.3 China Petroleum & Chemical Corporation, Business Description… 125\n13.4 China Petroleum & Chemical Corporation, SWOT Analysis… 130\n14 Profile of TransCanada Corporation… 136\n14.1 TransCanada Corporation, Key Information… 136\n14.2 TransCanada Corporation, Company Overview… 136\n14.3 TransCanada Corporation, Business Description… 136\n14.4 TransCanada Corporation, SWOT Analysis… 139\n15 Financial Deals Landscape… 146\n15.1 Detailed Deal Summary… 146\n16 Recent Developments… 174\n16.1 License Awards… 174\n16.2 Strategy and Business Expansion… 175\n16.3 Recent Discoveries… 179\n16.4 Drilling and Production Updates… 180\n16.5 Other Significant Developments… 186\n16.6 New Contracts Announcements… 189\nTable 1: Global Planned Oil and Chemicals Storage Industry, Key Statistics,\nTable 2: Global, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nTable 4: Global, Planned Petroleum Products Storage Capacity (mcm) by Country,\nTable 6: Global Planned Oil and Chemicals Storage Industry,\nTop 10 Planned Terminals (mcm), 2014-2017… 27\nTable 7: Global, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nTable 9: Global, Planned Petroleum Products Storage Capacity (mcm) by Company,\nTable 11: Global Planned Oil and Chemicals Storage Industry,\nRegional Contribution (%) to Global Planned Oil and Chemicals Storage Capacity,\nTable 12: Global Oil and Chemicals Storage Industry, Planned Oil and\nChemicals Storage Capacity Increase by Country (mcm), 2014-2017… 33\nTable 13: Africa Planned Oil and Chemicals Storage Industry, Key Statistics,\nTable 14: Africa, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nTable 15: Africa, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 16: Africa, Planned Petroleum Products Storage Capacity (mcm) by Country,\nTable 17: Africa Planned Oil and Chemicals Storage Industry,\nPlanned Oil and Chemicals Storage Capacity (mcm) and Capex, 2014-2017… 38\nTable 18: Africa Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 38\nTable 19: Africa, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nTable 20: Africa, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 21: Africa, Planned Petroleum Products Storage Capacity (mcm) by Company,\nTable 22: Africa, Contribution (%) to Africa Planned Oil and\nChemicals Storage Capacity, 2014-2017… 42\nTable 23: Africa, Planned Oil and Chemicals Storage Capacity (mcm) Additions\nThrough New Terminals by Country, 2014-2017… 43\nTable 24: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nSouth Africa by Terminal, 2014-2017… 44\nTable 25: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nEquatorial Guinea by Terminal, 2014-2017… 44\nTable 26: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nNigeria by Terminal, 2014-2017… 45\nTable 27: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nGhana by Terminal, 2014-2017… 45\nTable 28: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nKenya by Terminal, 2014-2017… 46\nTable 29: Africa, Planned Oil and Chemicals Storage Capacity (mcm) in\nLiberia by Terminal, 2014-2017… 46\nTable 30: Asia, Planned Oil and Chemicals Storage, Key Statistics, 2013… 47\nTable 31: Asia, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nTable 32: Asia, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 33: Asia, Planned Petroleum Products Storage Capacity (mcm) by Country,\nTable 34: Asia, Planned Chemicals Storage Capacity (mcm) by Country,\nTable 35: Asia, Planned Oil and Chemicals Storage Capacity, 2014-2017… 52\nTable 36: Asia Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 53\nTable 37: Asia, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nTable 38: Asia, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 39: Asia, Planned Petroleum Products Storage Capacity (mcm) by Company,\nTable 40: Asia, Planned Chemicals Storage Capacity (mcm) by Company,\nTable 41: Asia, Contribution (%) to Asia Planned Oil and\nChemicals Storage Capacity, 2014-2017… 58\nTable 42: Asia, Planned Oil and Chemicals Storage Capacity (mcm) Additions\nThrough New Terminals by Country, 2014-2017… 59\nTable 43: Asia, Planned Oil and Chemicals Storage Capacity in\nChina by Terminal (mcm), 2014-2017… 60\nTable 44: Asia, Planned Oil and Chemicals Storage Capacity in\nMalaysia by Terminal (mcm), 2014-2017… 61\nTable 45: Asia, Planned Oil and Chemicals Storage Capacity in\nIndonesia by Terminal (mcm), 2014-2017… 61\nTable 46: Asia, Planned Oil and Chemicals Storage Capacity in\nVietnam by Terminal (mcm), 2014-2017… 62\nTable 47: Asia, Planned Oil and Chemicals Storage Capacity in\nIndia by Terminal (mcm), 2014-2017… 62\nTable 48: Asia, Planned Oil and Chemicals Storage Capacity in\nSouth Korea by Terminal (mcm), 2014-2017… 63\nTable 49: Asia, Planned Oil and Chemicals Storage Capacity in\nBangladesh by Terminal (mcm), 2014-2017… 63\nTable 50: Asia, Planned Oil and Chemicals Storage Capacity in\nPhilippines by Terminal (mcm), 2014-2017… 64\nTable 51: Asia, Planned Oil and Chemicals Storage Capacity in\nKazakhstan by Terminal (mcm), 2014-2017… 64\nTable 52: Central America Planned Oil and Chemicals Storage Industry,\nKey Statistics, 2013… 65\nTable 53: Central America, Planned Oil and Chemicals\nStorage Capacity (mcm) by Country, 2014-2017… 65\nTable 54: Central America, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 55: Central America, Planned Chemicals Storage Capacity (mcm) by Country,\nTable 56: Central America Planned Oil and Chemicals Storage Industry,\nPlanned Oil and Chemicals Storage Capacity (mcm) and Capex, 2014-2017… 66\nTable 57: Central America Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 67\nTable 58: Central America, Planned Oil and Chemicals Storage\nCapacity (mcm) by Company, 2014-2017… 67\nTable 59: Central America, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 60: Central America, Planned Chemicals Storage Capacity (mcm) by Company,\nTable 61: Central America, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 68\nTable 62: Central America, Planned Oil and Chemicals Storage\nCapacity (mcm) in Costa Rica by Terminal, 2014-2017… 68\nTable 63: Europe Planned Oil and Chemicals Storage Industry,\nKey Statistics, 2013… 69\nTable 64: Europe, Planned Oil and Chemicals Storage\nCapacity (mcm) by Country, 2014-2017… 69\nTable 65: Europe, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 66: Europe, Planned Petroleum Products Storage Capacity (mcm) by Country,\nTable 67: Europe, Planned Oil and Chemicals Storage Capacity and Capex,\nTable 68: Europe Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 73\nTable 69: Europe, Planned Oil and Chemicals Storage\nCapacity (mcm) by Company, 2014-2017… 74\nTable 70: Europe, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 71: Europe, Planned Petroleum Products Storage Capacity (mcm) by Company,\nTable 72: Europe, Contribution (%) to Europe Planned Oil and\nChemicals Storage Capacity, 2014-2017… 77\nTable 73: Europe, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 78\nTable 74: Europe, Planned Oil and Chemicals Storage Capacity in\nNetherlands by Terminal (mcm), 2014-2017… 78\nTable 75: Europe, Planned Oil and Chemicals Storage Capacity in\nPoland by Terminal (mcm), 2014-2017… 79\nTable 76: Europe, Planned Oil and Chemicals Storage Capacity in\nAzerbaijan by Terminal (mcm), 2014-2017… 79\nTable 77: Europe, Planned Oil and Chemicals Storage Capacity in\nSpain by Terminal (mcm), 2014-2017… 80\nTable 78: Europe, Planned Oil and Chemicals Storage Capacity in\nCyprus by Terminal (mcm), 2014-2017… 80\nTable 79: Europe, Planned Oil and Chemicals Storage Capacity in\nFrance by Terminal (mcm), 2014-2017… 81\nTable 80: Europe, Planned Oil and Chemicals Storage Capacity in\nDenmark by Terminal (mcm), 2014-2017… 81\nTable 81: Middle East Planned Oil and Chemicals Storage Industry,\nKey Statistics, 2013… 82\nTable 82: Middle East, Planned Oil and Chemicals Storage\nCapacity (mcm) by Country, 2014-2017… 82\nTable 83: Middle East, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 84: Middle East, Planned Petroleum Products Storage\nCapacity (mcm) by Country, 2014-2017… 84\nTable 85: Middle East, Planned Chemicals Storage Capacity (mcm) by Country,\nTable 86: Middle East Planned Oil and Chemicals Storage Industry,\nPlanned Oil and Chemicals Storage Capacity (mcm) and Capex, 2014-2017… 86\nTable 87: Middle East, Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 87\nTable 88: Middle East, Planned Oil and Chemicals Storage\nCapacity (mcm) by Company, 2014-2017… 88\nTable 89: Middle East, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 90: Middle East, Planned Petroleum Products Storage\nCapacity (mcm) by Company, 2014-2017… 90\nTable 91: Middle East, Planned Chemicals Storage Capacity (mcm) by Company,\nTable 92: Middle East, Contribution (%) to Middle East\nPlanned Oil and Chemicals Storage Capacity, 2014-2017… 92\nTable 93: Middle East, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 92\nTable 94: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nOman by Terminal, 2014-2017… 93\nTable 95: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nUnited Arab Emirates by Terminal, 2014-2017… 93\nTable 96: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nYemen by Terminal, 2014-2017… 94\nTable 97: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nIran by Terminal, 2014-2017… 94\nTable 98: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nSaudi Arabia by Terminal, 2014-2017… 95\nTable 99: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) in\nJordan by Terminal, 2014-2017… 95\nTable 100: North America Planned Oil and Chemicals Storage Industry,\nKey Statistics, 2013… 96\nTable 101: North America, Planned Oil and Chemicals Storage\nCapacity (mcm) by Country, 2014-2017… 96\nTable 102: North America, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 103: North America, Planned Petroleum Products Storage\nCapacity (mcm) by Country, 2014-2017… 98\nTable 104: North America, Planned Chemicals Storage Capacity (mcm) by Country,\nTable 105: North America, Planned Oil and Chemicals Storage\nCapacity (mcm) and Capex, 2014-2017… 100\nTable 106: North America Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 101\nTable 107: North America, Planned Oil and Chemicals Storage\nCapacity (mcm) by Company, 2014-2017… 102\nTable 108: North America, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 109: North America, Planned Petroleum Products Storage\nCapacity (mcm) by Company, 2014-2017… 104\nTable 110: North America, Planned Chemicals Storage Capacity (mcm) by Company,\nTable 111: North America, Contribution (%) to North America Planned Oil and\nChemicals Storage Capacity, 2014-2017… 106\nTable 112: North Azmerica, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 107\nTable 113: North America, Planned Oil and Chemicals Storage\nCapacity (mcm) in The United States by Terminal, 2014-2017… 107\nTable 114: North America, Planned Oil and Chemicals Storage\nCapacity (mcm) in Canada by Terminal, 2014-2017… 108\nTable 115: Oceania Planned Oil and Chemicals Storage Industry, Key Statistics,\nTable 116: Oceania, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nTable 117: Oceania, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 118: Oceania, Planned Petroleum Products Storage Capacity (mcm) by Country,\nTable 119: Oceania, Planned Oil and Chemicals Storage Capacity (mcm) and Capex,\nTable 120: Oceania Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 111\nTable 121: Oceania, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nTable 122: Oceania, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 123: Oceania, Planned Petroleum Products Storage Capacity (mcm) by Company,\nTable 124: Oceania, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 114\nTable 125: Oceania, Planned Oil and Chemicals Storage\nCapacity (mcm) in Australia by Terminal, 2014-2017… 114\nTable 126: South America Planned Oil and Chemicals Storage Industry,\nKey Statistics, 2013… 115\nTable 127: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) by Country, 2014-2017… 115\nTable 128: South America, Planned Crude Oil Storage Capacity (mcm) by Country,\nTable 129: South America, Planned Petroleum Products Storage\nCapacity (mcm) by Country, 2014-2017… 117\nTable 130: South America, Planned Chemicals Storage Capacity (mcm) by Country,\nTable 131: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) and Capex, 2014-2017… 118\nTable 132: South America Planned Oil and Chemicals Storage Industry,\nAdditional Planned Terminals Information… 118\nTable 133: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) by Company, 2014-2017… 119\nTable 134: South America, Planned Crude Oil Storage Capacity (mcm) by Company,\nTable 135: South America, Planned Petroleum Products Storage\nCapacity (mcm) by Company, 2014-2017… 120\nTable 136: South America, Planned Chemicals Storage Capacity (mcm) by Company,\nTable 137: South America, Contribution (%) to Planned Oil and\nChemicals Storage Capacity, 2014-2017… 122\nTable 138: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) Additions Through New Terminals by Country, 2014-2017… 123\nTable 139: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) in Brazil by Terminal, 2014-2017… 123\nTable 140: South America, Planned Oil and Chemicals Storage\nCapacity (mcm) in Colombia by Terminal, 2014-2017… 124\nTable 141: Oiltanking GmbH, Key Facts… 125\nTable 142: Oiltanking GmbH, SWOT Analysis… 127\nTable 143: China Petroleum & Chemical Corporation, Key Facts… 132\nTable 144: China Petroleum & Chemical Corporation, SWOT Analysis… 138\nTable 145: TransCanada Corporation, Key Facts… 143\nTable 146: TransCanada Corporation, SWOT Analysis… 147\nTable 147: Devon Energy Completes Merger Of US\nMidstream Assets With Crosstex Energy… 153\nTable 148: Crestwood Midstream And Inergy Complete Merger… 156\nTable 149: Royal Vopak Acquires Canterm Canadian Terminals\nFrom TransMontaigne… 159\nTable 150: ONGC And Oil India Completes Acquisition Of 10% Stake\nIn Indian Oil For US$865 Million… 160\nTable 151: Summa Group Acquires Remaining 25% Stake In Shtandart\nFrom Vitol Tank Terminals International… 162\nTable 152: Five Point Capital And GSO Capital Partners Acquire 50% Stake\nIn Twin Eagle Resource Management From Chesapeake And LS Power… 163\nTable 153: Tall Oak Midstream Receives US$100 Million Equity Commitment\nFrom EnCap Flatrock Midstream… 165\nTable 154: KKR To Invest US$235.3 Million In Torq Energy Logistics… 166\nTable 155: Veresen Completes Public Offering Of Shares For US$247.5 Million… 167\nTable 156: Enbridge Completes Public Offering Of Preference Shares\nFor US$248.3 Million… 168\nTable 157: American Midstream Completes Public Offering Of Units\nFor US$91 Million… 170\nTable 158: Sinopec Completes Public Offering Of Bonds Due 2017\nFor US$1.5 Billion… 171\nTable 159: Exxon Mobil Prices Public Offering Of\nFloating Rate Notes Due 2017 For US$750 Million… 172\nTable 160: Martin Midstream Completes Private Placement Of 7.25%\nNotes Due 2021 For US$150 Million… 174\nTable 161: Snam And Fluxys To Form Joint Venture… 175\nTable 162: KNOC, Vopak And S-Oil Form Joint Venture To\nBuild Oil Storage Terminal… 176\nTable 163: Kinder Morgan Forms Joint Venture With Imperial Oil\nTo Build Edmonton Crude Oil Rail Terminal In Alberta… 177\nTable 164: Hess Plans To Sell Three Terminals In New Jersey… 178\nTable 165: Phillips 66 Partners To Acquire Pipeline System And Storage Assets\nFrom Phillips 66 For US$700 Million… 178\nTable 166: Delek Logistics Acquires Storage Tanks And Products Terminal\nIn El Dorado Refinery, Arkansas From Delek US For US$96 Million… 180\nFigure 1: Global, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nFigure 3: Global, Planned Petroleum Products Storage Capacity (mcm) by Country,\nFigure 5: Global, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 7: Global, Planned Petroleum Products Storage Capacity (mcm) by Company,\nContribution (%) to Global Planned Oil and Chemicals Storage Capacity, 2014-2017… 32\nFigure 10: Africa, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nFigure 11: Africa, Planned Crude Oil Storage Capacity (mcm) by Country,\nFigure 12: Africa, Planned Petroleum Products Storage Capacity (mcm) by Country,\nFigure 13: Africa, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 14: Africa, Planned Crude Oil Storage Capacity (mcm) by Company, 2014-2017… 40\nFigure 15: Africa, Planned Petroleum Products Storage Capacity (mcm) by Company,\nFigure 16: Africa, Contribution (%) to Africa Planned Oil and Chemicals Storage Capacity,\nFigure 17: Asia, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nFigure 18: Asia, Planned Crude Oil Storage Capacity (mcm) by Country, 2014-2017… 49\nFigure 19: Asia, Planned Petroleum Products Storage Capacity (mcm) by Country,\nFigure 20: Asia, Planned Chemicals Storage Capacity (mcm) by Country, 2014-2017… 51\nFigure 21: Asia, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 22: Asia, Planned Crude Oil Storage Capacity (mcm) by Company, 2014-2017… 55\nFigure 23: Asia, Planned Petroleum Products Storage Capacity (mcm) by Company,\nFigure 24: Asia, Planned Chemicals Storage Capacity (mcm) by Company,\nFigure 25: Asia, Contribution (%) to Asia Planned Oil and Chemicals Storage Capacity,\nFigure 26: Europe, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nFigure 27: Europe, Planned Crude Oil Storage Capacity (mcm) by Country,\nFigure 28: Europe, Planned Petroleum Products Storage Capacity (mcm) by Country,\nFigure 29: Europe, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 30: Europe, Planned Crude Oil Storage Capacity (mcm) by Company,\nFigure 31: Europe, Planned Petroleum Products Storage Capacity (mcm) by Company,\nFigure 32: Europe, Contribution (%) to Europe Planned Oil and\nFigure 33: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) by Country,\nFigure 34: Middle East, Planned Crude Oil Storage Capacity (mcm) by Country,\nFigure 35: Middle East, Planned Petroleum Products Storage Capacity (mcm) by Country,\nFigure 36: Middle East, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 37: Middle East, Planned Crude Oil Storage Capacity (mcm) by Company,\nFigure 38: Middle East, Planned Petroleum Products Storage Capacity (mcm) by Company,\nFigure 39: Middle East, Contribution (%) to Middle East Planned Oil and\nChemicals Storage Capacity, 2014-2017… 91\nFigure 40: North America, Planned Oil and Chemicals Storage Capacity (mcm) by\nCountry, 2014-2017… 97\nFigure 41: North America, Planned Crude Oil Storage Capacity (mcm) by Country,\nFigure 42: North America, Planned Chemicals Storage Capacity (mcm) by Country,\nFigure 43: North America, Planned Oil and Chemicals Storage Capacity (mcm) by\nCompany, 2014-2017… 102\nFigure 44: North America, Planned Crude Oil Storage Capacity (mcm) by Company,\nFigure 45: North America, Planned Petroleum Products Storage\nFigure 46: North America, Planned Chemicals Storage Capacity (mcm) by Company,\nFigure 47: North America, Contribution (%) to North America Planned Oil and\nFigure 48: Oceania, Planned Oil and Chemicals Storage Capacity (mcm) by Company,\nFigure 49: Oceania, Planned Petroleum Products Storage Capacity (mcm) by Company,\nFigure 50: South America, Planned Oil and Chemicals Storage Capacity (mcm) by\nCountry, 2014-2017… 116\nFigure 51: South America, Planned Oil and Chemicals Storage Capacity (mcm) by\nCompany, 2014-2017… 119\nFigure 52: South America, Planned Petroleum Products Storage Capacity (mcm) by\nCompany, 2014-2017… 121\nFigure 53: South America, Contribution (%) to Planned Oil and\n“Global Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities,\nAnalysis and Forecasts of All Planned Terminals”, is the latest report from this,\nthe industry analysis specialists, that offers comprehensive information on the\nglobal planned oil and chemicals storage market. It provides in-depth source of\ninformation on all planned crude oil storage terminals,\npetroleum products storage terminals and chemicals storage terminals in the world.\n- The report provides detailed information and analysis on planned oil and\nchemicals storage capacities by regions and countries, upcoming terminals,\nkey companies driving the growth and competitive scenario in the global\nplanned oil and chemicals storage market.\nin Africa, Asia, Central America, Europe, Middle East, North America,\n- Annual storage capacity information on planned crude oil storage terminals,\npetroleum products storage terminals and chemicals storage terminals\n- Provides terminal name, operator, commodities stored and capacity details of\nplanned storage terminals for the period 2014-2017\n- Regional and country comparisons based on contribution to\nplanned global storage capacity (2014-2017)\ncompanies including Oiltanking GmbH, China Petroleum & Chemical Corporation and\nthrough a comprehensive update and discussion on new oil and\nchemicals storage terminals across the globe\ncomparing regional oil and chemicals storage industries in Africa, Asia,\nCentral America, Europe, Middle East, North America, Oceania and\nSouth America based on storage capacity growth\non planned market shares of key oil and chemicals storage companies globally\nand also in Africa, Asia, Central America, Europe, Middle East, North America,\nAsia Planned Oil and Chemicals Storage Industry\nTransCanada Corporation, Business Description\nCentral America Planned Oil and Chemicals Storage Industry\nWorldoils Oil, Gas and Offshore Marketplace - Global Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities, Analysis\nFor equipment: Global Planned Oil and Chemicals Storage Industry, 2014 - Investment Opportunities, Analysis


url: =Effects of HAART on the prevalence of cytomegalovirus,herpesviruses 6,7 and 8 in saliva from human immunodeficiency virus-seropositive subjects--《Journal of Clinical Stomatology》2011年12期\nEffects of HAART on the prevalence of cytomegalovirus,herpesviruses 6,7 and 8 in saliva from human immunodeficiency virus-seropositive subjects\nGE Liu-ying1,LI Cheng-wen2,BAI Jin-song3,SHI Hui-ping1,LI Rong1,LI Chong-xi3,DUAN Kai-wen1.1.Department of Dentistry The Yanan Hospital Affiliated to Kunming Medical University,Kunming City Yanan Hospital,Yunnan Kunming 650051,China;2.Department of Research Management,The Third Hospital Affiliated to Kunming Medical University,Yunnan Kunming 650118,China;3.Department of Infectious Diseases Kunming City Third Hospital,Yunnan Kunming 650041,China.\nObjective:This study aimed to determine the presence of CMV,HHV-6,HHV-7 and HHV-8 and HHV-8 in the saliva of HIV-seropositive patients with HAART and non-HAART.Method:CMV,HHV-6,HHV-7 and HHV-8 DNA of Unstimulated whole saliva from 245 HIV-infected patients and 30 healthy HIV-seronegative controls were analyzed by nested-PCR assays.The data was analyzed by the use of SPSS Statistical software version 18.0.Result:There was no difference of detection rates of these four HHVs in saliva between HIV patients with HAART group and non-HAART group(P 0.05).HAART group,non-HAART group compared with the normal group differences,and the three groups are present CMV,HHV-6,HHV-7 and HHV-8 multiple infections.Conclusion:Oral herpesvirus infection in patients with HIV infection is very common,of which the most prominent are HHV-6 and HHV-7.Saliva may play a possible role in HHVs spread.\n【Fund】： 国家自然科学基金资助项目(30860315 81160135);; 云南省应用基础研究资助项目(2008ZC146M)\n1 WANG Chuanzhong,CHEN Yuanyuan,HE Yun Affiliated Hospital of Henan Vocational Medical College,Xinzheng 451191,China;Study on Changes of Epstein-Barr in HIV Infected Patients after Highly Active Antiretroviral Therapy[J];Journal of Medical Forum;2008-06\n2 Ya-hui Liang1,2,Ping Li1,Jing-xia Zhao1,Xin Liu1,Qi-fu Huang31.Beijing Institute of Chinese Medicine,Beijing Hospital of Chinese Medicine,Capital Medical University,Beijing 100010,China2.Beijing Rehabilitation Center,Beijing 100144,China3.School of Preclinical Medicine,Beijing University of Chinese Medicine,Beijing 100029,China;Acetyl-11-keto-beta-boswellic acid and arsenic trioxide regulate the productions and activities of matrix metalloproteinases in human skin fibroblasts and human leukemia cell line THP-1[J];Journal of Chinese Integrative Medicine;2010-11\n3 WANG Guan-qing,XU Hong-hui,ZHAO Yu-ming,et al Department of Dermatology,First Hospital of China Medical University,Shenyang 110001,China;Detection of Human Herpesvirus 8 in Healthy Blood Donors in Northeast China[J];The Chinese Journal of Dermatovenereology;2002-02\n4 DU Wenhui *, CHEN Guomin, SUN He, et al. *Institute of Pediatrics,Xinjiang Uighur Autonomous Region,Urumqi 830001, China;Antibody to human herpesvirus type-8 in the general populations of Xinjiang Autonomous Region(A.R.)[J];CHINESE JOURNAL OF EXPERIMENTAL AND CLINICAL VIROLOGY;2000-01\n5 LI Ying*, ZHANG Jin-cai, ZHANG Yun-hui. *Department of Periodontology and Oral Medicine, Guanghua College of Stomatology, Sun Yat-sen University, Guangzhou 510055, China;Nested-PCR detection of human cytomegalovirus, Epstein-Barr virus, herpes simplex virus type 1 in the subgingival plaques and association with chronic periodontitis[J];Chinese Journal of Microbiology and Immunology;2005-02\n1 Miao Yu,Zhang Xiaomin,Li Li.(Dept.of Stomatology,The Fourth Affiliated Hospital of Inner Mongolia Medical College,Baotou 014030,China);Relationship of Epstein-Barr virus and human herpes virus-6 to chronic periodontitis[J];International Journal of Stomatology;2012-01\n2 ZHU Biao, CHEN Ya_gang, WU Nan_ping. Department of Infectious Diseases, the First Affiliated Hospital, Medical College, Zhejiang University, Hangzhou?310003, China;The molecular pathogeny of Kaposi's sarcoma-associated herpesvirus[J];International Journal of Epidemiology and Infectious Disease;2006-06\n3 CHANG Yun-ping1,2,HAN Ying-mei1,ZHANG Jun-yan1,2 1.Tianjin Key Laboratory of Molecular Design and Drug Discovery,Tianjin Institute of Pharmaceutical Research,Tianjin 300193,China 2.Tianjin University of Traditional Chinese Medicine,Tianjin 300193,China;Research advance on chemical constituents and pharmacological action of Boswellia carterii[J];Drugs & Clinic;2012-01\n4 Chen Yuanhong1,2,Zhou Zhengdong3,Zeng Yi2,Tang Huaying2,Wei Hongyu2,Fan Xiaohui1(1.Department of Microbiology,Guangxi Medical University,Nanning,Guangxi 530021,China; 2.Department of Microbiology and Immunology,Youjiang Medical University for Nationalities,Baise, Guangxi 533000,China;3.Guangxi Baise Center Blood Stations,Baise,Guangxi 533000,China);Detection of Kaposi′s sarcoma associated hepersvirus DNA in baise blood-donor crowd by nested PCR[J];Chongqing Medicine;2013-19\n5 ZHU Jian zhong,LU Chun(Department of Pathogen Biology,College of Basic Medicine of NJMU, Nanjing 210029,China);Cloning and Expression of K12 Gene of HHV-8 in E.coli[J];Acta Academiae Medicinae Nanjing;2002-04\n6 ZENG Yi,LU Chun,HUANG Li (Department of Microbiology and Immunology, NJMU, Nanjing 210029, China) [;Isolation and Cloning of Envelope Glycoprotein K8.1 Gene of Human Herpesvirus-8 and Its Expression in E.coli[J];Acta Academiae Medicinae Nanjing;2004-02\n7 HUANG Li, LU Chun, ZENG Yi ( Department of Microbiology and Immunology, NJMU, Nanjing 210029 , China);Cloning and Expression of ORF73 Encoding Latency-associated Nuclear Antigen (LANA) of Kaposi's Sarcoma-associated Herpesvirus(KSHV)in E. coli[J];Acta Academiae Medicinae Nanjing;2004-03\n8 LU Chun ,ZENG Yi ,HUANG Li Department of Microbiology and Immunology, Nanjing Medical University, Nanjing 210029, P. R. China;Reactivation of Latent Infection of Human Her-pesvirus 8 in BC- 3 Cells from Primary Effusion Lymphoma by Recombinant Cytokines Similar to that Produced by HIV-1-infected T Cells[J];南京医科大学学报(英文版);2003-05\n9 LI Yong-kang1,ZOU Sai-ying2,CHEN Yun-zhao1,LI Dong-liang1,LI Hon-gan1, GUO Chang-jun1,JIANG Jin-fang1,LIANG Wei-hua1,LI Feng1(1.Shihezi University School of Medicine Key Laboratory of Xinjiang Endemic and Ethnic Diseses of Ministry of Education, Xinjiang Shihezi,832002;2.Urumqi General Hospital of Lanzhou Military District,Urumqi,830000);Research on the relationship between the Non-Hodgkin's lymphoma and the infection of HHV-8 in Xinjiang[J];Journal of Nongken Medicine;2011-02\n10 SHI Hui-ping1),LI Rong1),DUAN Kai-wen1),XIA Zhi-gang1),GAO Hui2),LI Cheng-wen3)(1)Dept.of Dentistry;2)Dept.of Laboratory Medicine,Yan'an Hospital Affiliated to Kunming Medical University,Kunming Yunnan 650051;3)Dept.of Research Management,The 3rd Affiliated Hospital of Kunming Medical University,Yunnan Tumor Hospital,Kunming Yunnan 650118,China);Detection of Epstein-Barr Virus in the saliva of human Immunodeficiency Virus Infected Patients from Yunnan Province,China[J];Journal of Kunming Medical University;2012-06\n1 Yin Lu HuiYuan (College of Veterinary Medicine,Hunan Agricultural University,430121);Preliminary study on Oxidative stress and mitochondrial apoptotic pathway induced by Arsanilic acid in NRKcells[A];[C];2011\n1 Chen Jiangang, Zhong Zhihua, Wu Xiaoyan,et al Department of Oral Anatomy, Zhongnan Hospital, Wuhan University, Wuhan 430071, China;Oral Candidiasis in HIV/AIDS Patients[J];Journal of Hubei Medical University;2003-01\n2 TAO Ren-chuan,DENG Hua-jie, YA Zu-ke,GUO Su-zhen,LIA NG Shu-xiong,LIU Wei.(1.Dept. of Oral Medicine,Affiliated Stomatology Hospital of Guangxi Medical University,Nanning 530021,China;2.Disease Control Center of Guangxi, Nanning 530021,China);Investigation on Oral Lesions in 64 Chinese HIV/AIDS Patients in Guangxi Province[J];West China Journal of Stomatology;2005-04\n3 ZHONG Zhi-hua,CHEN Jian-gang,LI Qing,ZHANG Wei,GUI Xi-en.Stomatology department,Zhongnan Hospital,Wuhan University,Wuhan 430071,China;Identification of oral cultured candida spp. in HIV positive patients[J];Journal of Clinical Stomatology;2004-08\n4 CHEN Chang-rong ,CHEN Jian-gang .Zhongnan Hospital, Wuhan University,Wuhan 430071,China;Oral manifestations in 72 patents with HIV/AIDS[J];Journal of Clinical Stomatology;2006-11\n5 Lin Fu Zhou,Kai Sheng Yin,Yu Yang,Mao Huang,Xi Long Zhang,Tong Wang,Zi Lu Zhu,Zhen Qing FengLin Fu Zhou1,Kai Sheng Yin1,Yu Yang1,Mao Huang1, Xi Long Zhang1,Tong Wang1,Zi Lu Zhu2,Zhen Qing Feng3,1Department of Respiratory Disease,First Affiliated Hospital,2Department of Biochemistry and Molecular Biology,3Department of Pathology,Nanjing Medical University,Nanjing 210029,Jiangsu Province,China;Effect of arsenic trioxide on IκB-alpha expression and nuclear factor κB activation by arsenic trioxide[J];Chinese Journal of Clinical Rehabilitation;2004-24\n6 GE Heng~1,ZHANG Jun-feng~2,GUO Bing-shi~3,HE Ben~1,WANG Bin-yao~1,WANG Chang-qian~(1*)(1.Ren Ji Hospital,Medical School,Shanghai Jiao Tong University,Shanghai 200001,China;2.The Third People's Hospital,Medical School,Shanghai Jiao Tong University,Shanghai 201900,China;3.Shanghai Health Science Center,Shanghai 200025,China);Resveratrol inhibits expression of EMMPRIN from macrophages[J];Acta Pharmaceutica Sinica;2006-07\n7 DU Wenhui *, CHEN Guomin, SUN He, et al. *Institute of Pediatrics,Xinjiang Uighur Autonomous Region,Urumqi 830001, China;Antibody to human herpesvirus type-8 in the general populations of Xinjiang Autonomous Region(A.R.)[J];CHINESE JOURNAL OF EXPERIMENTAL AND CLINICAL VIROLOGY;2000-01


url: =Internet Archive Search: publisher:"London, Mining Journal [etc.]"\n4 RESULTS texts texts 4 COLLECTION University of Toronto - Robarts Library 4 Canadian Libraries 4 enric.coral Favorites 1 Jeffrihoo Favorites 1 TOPIC atoz Mineral industries -- Periodicals 4 SHOW DETAILS\nVol 21: Mining magazine May 9, 2008\nfavorite 0 comment 0 Vols. for indexed in the indexes to the Mining journal Topic: Mineral industries -- Periodicals University of Toronto - Robarts Library\nVol 22: Mining magazine May 9, 2008\nVol 24-25: Mining magazine May 9, 2008\nVol 23: Mining magazine May 9, 2008\nfavorite 2 comment 1 Vols. for indexed in the indexes to the Mining journal favoritefavoritefavoritefavoritefavorite ( 1 reviews ) Topic: Mineral industries -- Periodicals MORE RESULTS