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=Xin wen xue kan quan ji (Work) - Brigham Young University\nXin wen xue kan quan ji\nThe work Xin wen xue kan quan ji represents a distinct intellectual or artistic creation found in Brigham Young University. This resource is a combination of several types including: Work, Language Material, Books.\nThe Resource Xin wen xue kan quan ji\nHuang Tianpeng bian\nXin wen xue gan quan ji\n1 Items of the Work Xin wen xue kan quan ji\nXin wen xue kan quan ji, Huang Tianpeng bian\nContext of Xin wen xue kan quan ji\n
 Data from Xin wen xue kan quan ji - Brigham Young University
\nData Citation of the Work Xin wen xue kan quan ji


url: =Subject: "greenhouse gas emissions" / Journal: The Science of the total environment / Subject: carbon dioxide - PubAg Search Results\nYou searched for: Subject "greenhouse gas emissions" Remove constraint Subject: "greenhouse gas emissions" Journal The Science of the total environment Remove constraint Journal: The Science of the total environment Subject carbon dioxide Remove constraint Subject: carbon dioxide\nThe Science of the total environment[remove]275\n9. Empirical assessing cement CO2 emissions based on China's economic and social development during 2001–2030\n10. Carbon dioxide (CO2) emissions and economic growth: A systematic review of two decades of research from 1995 to 2017\n11. Energy consumption, CO2 emissions and costs related to baths water consumption depending on the temperature and the use of flow reducing valves\n13. Opportunities for low-carbon socioeconomic transition during the revitalization of Northeast China: Insights from Heilongjiang province\n15. Carbon dioxide abatement in Africa: The role of renewable and non-renewable energy consumption\n17. Dynamic analysis of carbon dioxide emissions in China's petroleum refining and coking industry


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url: =Mike Buhler | Atlantic Canada Beer Blog\nAll posts tagged Mike Buhler\nPosted in: Profiles.\tTagged: Beerthief, Mike Buhler.\t5 comments


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url:
=Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi! (Work) - San Francisco Public Library\nZhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!\nThe work Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi! represents a distinct intellectual or artistic creation found in San Francisco Public Library. This resource is a combination of several types including: Work, Language Material, Books.\nThe Resource Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!\nzhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!\nZhanmushi Shikaote Bei'er zhu ; Su Yawei yi = Plot & structure : techniques and exercises for crafting a plot that grips readers from start to finish\nContext of Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!\nZhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!, Zhanmushi Shikaote Bei'er zhu ; Su Yawei yi = Plot & structure : techniques and exercises for crafting a plot that grips readers from start to finish\n
 Data from Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi! - San Francisco Public Library
\nData Citation of the Work Zhe yang xie chu chang xiao xiao shuo : zhang wo qing jie yu jie gou, xie chu rang du zhe ai bu shi shou de jing cai gu shi!


url: =Handy Feng-Shui Solution To Day-to-Day Problems | Exotic India Art\nAuthor: Rakkhi Sameer\nOther Details: 8.8" X 6.7\nIf you wish to be more successful, if you want a more interesting job, if you want more money, if you want to improve your performance in school if you want real love, if you want real happiness in life, Feng-Shui can help actualize this. This book provides answers to many frequently asked questions based on Feng-Shui.\nRakhi Sameer is a regular Feng-Shui columnist for the Mid-Day and Deccan Chronicle, and conducts Feng-Shui workshops regularly.\nSymbols for Better Career Luck 9\nSymbols of Wealth 23\nSymbols for Love Luck 45\nSymbols of Lungevity 59\nFeng Shui Volume II (Audio CD) - Includes a Full Colour Guide to Feng Shui\nChinese Feng Shui Deity\n7.0" X 4.0" X 3.5"\n3.5 inch X 8 inch X 4.8 inch\n10 inch X 7.5 inch X 6 inch\n6.00 inch Height x 3.80 inch Width x 2.50 inch Depth\nSterling Yin Yang Ring


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url: =Effect of nitrogen applications on dry matter and nitrogen partitioning in rice and nitrogen fertilizer requirements for rice production--《JOURNAL OF ZHEJIANG AGRICULTURAL UNIVERSITY(AGRIC.& LIFE SCI.)》2000年04期\n《JOURNAL OF ZHEJIANG AGRICULTURAL UNIVERSITY(AGRIC.& LIFE SCI.)》 2000-04\nFU Qing lin, YU Jing yan, CHEN Ying xu(Coll. of Environment Sc. & Natural Resources, Zhejiang University, Hangzhou 310029, China)\nThe present study evaluated the effects of nitrogen nutrition on dry matter and N partitioning in hybrid rice 518. Higher N application significantly increased dry matter partitioning of leaf at the vegetative stage. Partitioning of dry matter to leaves decreased as the N concentration in the leaves (LNC) decreased. Leaf partitioning of absorbed N, compared to dry matter, was higher and varied little during early vegetative growth, but varied greatly from panicle initiation onwards, probably due to competition for N among leaves, stem and the developing panicle. In this study, the Stanford model was selected for evaluating and predicting N fertilizer requirements for rice production. The Stanford model might be a useful tool for predicting average N fertilizer requirements for rice production in south China.\n【Fund】： SupportedbytheZhejiangProvincialNaturalSci.Foundation(396 2 6 2)\n1 JIANG Xiao-ping~1,QUE Jin-hua~1,WAN Liang-jun~2,ZHANG Guo-liang~2, LIU Qiang~3,XU Zong-jin~3,DUAN Xiang-mao~3,ZHANG Hong-cheng~2 (1.Extension Station of Jiangsu Agriculture & Forestry Department,Nanjing 210036; 2.Agricultural College of Yangzhou University,Yangzhou 225009; 3.Donghai Agricultural Bureau,Donghai 222314);Effects of N-application on Synthetic Productivity of Rice in Huaibei of Jiangsu Province[J];Journal of Anhui Agricultural University;2004-03\n2 CHEN Xin-hong, XU Guo-wei, WANG Zhi-qin, YANG Jian-chang(College of Agronomy, Yangzhou University, Yangzhou, Jiangsu 225009, China);Effects of water and nitrogen on nitrogen utilizationand nutrient uptake of rice at late stage[J];Agricultural Research in the Arid Areas;2004-02\n3 GUO Jin-qiang1,2,WEI Chang-zhou2,HOU Zhen-an2,LI Jun-hua2(1.Meteorological Bureau of Shihhotze,Shihhotze 8320000;2.Key Laboratory of Oasis Ecology Agriculture of Xinjiang Production and Construction Corps,Shihhotze 832003,China);Effect of N Rates on N Uptake,Accumulation and Yield of Cotton under Drip Irrigation and Mulch[J];Journal of Arid Land Resources and Environment;2008-09\n4 YANG Jing-min, WANG Li-qun, LIU Shi-jie, ZHOU Mi-ping (College of Resource and Environmental Science,Jilin Agricultral University,Changchun 130118,China);Study on Nitrogen Uptake Efficiency of Different Rice Genotypes in Jilin Province[J];Journal of Jilin Agricultural University;2005-03\n5 Zhang Qiang , Wan Liangjun , Dai Qigen , Huo Zhongyang , Xu Ke , Zhang Hongcheng(Department of Agronomy, Agricultural College, Yangzhou University, Yangzhou, 225009 China);A Review of the Nitrogen on Biological Characteristics and Its High Produce Management in Rice[J];Reclaim and Rice Cultivation;2004-05\n7 TIAN Shun,REN Zheng-long,BU Yi-xia,ZHUANG Heng-yang(Key Laboratory for Crop Genetics and Physiology of Jiangsu Province of Yangzhou University,Yangzhou 225009,China);Experimental Researches and Dynamic Modeling on the Partitioning Index of Nitrogen in Rice[J];Journal of Inner Mongolia University for Nationalities(Natural Sciences);2006-05\n8 ZHUANG Heng-yang~(1,2), CAO Wei-xing~1,JIANG Si-xia~3,WANG Zhi-gang~2 h Regulation, Nanjing Agricultural University, Nanjing 210095, China;2.Agricultural College, Yangzhou University, Yangzhou 225009, China;3.Yangzhou Environment and Resource Professional College, Yangzhou 225009, China);Simulation on nitrogen uptake and partitioning in crops[J];System Sciences and Comprehensive Studies in Agriculture;2004-01\n9 PAN Sheng-gang,CAO Cou-gui,CAI Ming-li,ZHAI Jing,WANG Ruo-han,HUANG Sheng-qi,GAO Gen-liang(Key Laboratory of Huazhong Crop Physiology,Ecology and Production,Ministry of Agriculture,Huazhong Agricultural University,Wuhan 430070,China);Effects of Nitrogen Management on Rice Nitrogen Uptake and Nitrogen Concentrations in the Leachate from Rice Field[J];Journal of Agro-Environment Science;2009-10\n10 ZHANG Jian-ming1,2,LI Jian-gang3,GUAN Bang-chao4,SHEN Wei-min5,PIAO Zhong-ze1*(1Crop Breeding and Cultivation Research Institute,Shanghai Academy of Agricultural Sciences,Shanghai 201106,China;2College of Agriculture and Biotechnology,Zhejiang University,Hangzhou 310029,China;3Shanghai Agro-Technology Extension Service Center,Shanghai 201103,China;4Chongming County Agro-Technology Extension Center,Shanghai 202150,China;5Songjiang District Agro-Technology Extension Center,Shanghai,Shanghai 201611,China);Variations of nitrogen absorption and use efficiency in different types of rice[J];Acta Agriculturae Shanghai;2008-01\n4 Yin Zhaoyou et al (Chaohu Prefecture Agricultural Institute, Chaohu,238000);Study on the Relationship between the Planting Density, the Application of N-fertilizer and Yield of Rice Combination Huaan No.3[J];JOURNAL OF ANHUI AGRICULTURAL SCIENCES;2000-02\n5 Zhang Yuping et al (Agronomy Department of Anhui Agricultural University, Hefei 230036);Study on the Growth and Development of Rice Root System and Rice Yield under Upland Cultivation[J];JOURNAL OF ANHUI AGRICULTURAL SCIENCES;2000-05\n8 Yang Liansong et al(Rice Research Institute,Anhui Academy of Agricultural Sciences,Hefei 230031);Effect of Accumulated Temperature and Light Duration on the Growth Period and Yield Component of Hybrid Rice 80 You 121[J];JOURNAL OF ANHUI AGRICULTURAL SCIENCES;1998-01\n9 Li Zefu et al (Rice Research Institute, Anhui Academy of Agricultural Sciences, Hefei,230031 China);Varietal Differences in Rice Agronomic Characters under Different Rate of Topdressing Nitrogen[J];JOURNAL OF ANHUI AGRICULTURAL SCIENCES;1998-04\n10 JIANG Xiao-ping~1,QUE Jin-hua~1,WAN Liang-jun~2,ZHANG Guo-liang~2, LIU Qiang~3,XU Zong-jin~3,DUAN Xiang-mao~3,ZHANG Hong-cheng~2 (1.Extension Station of Jiangsu Agriculture & Forestry Department,Nanjing 210036; 2.Agricultural College of Yangzhou University,Yangzhou 225009; 3.Donghai Agricultural Bureau,Donghai 222314);Effects of N-application on Synthetic Productivity of Rice in Huaibei of Jiangsu Province[J];Journal of Anhui Agricultural University;2004-03\n1 XU Jin-ren et al(Department of Life Science,Shaorao Normal College of Jiangxi Province,Shangrao,Jiangxi 334001);Experimental Study on Applying Techniques of N fertilizer in Super Rice[J];Journal of Anhui Agricultural Sciences;2007-36\n2 BI Chun-fa(Agricultural Technology Extension Center in Guichi District,Chizhou City of Anhui Province,Chizhou,Anhui 247100);Study on the Effects of N Application on the Yield Components in No-tillage Early Rice[J];Journal of Anhui Agricultural Sciences;2008-11\n3 LI Hua1,XU Chang-qing1,LI Shi-feng2,QIAN Zhong-hua1(1.Rudong Station of Crop Cultivation,Nantong,Jiangsu 226400;2.Nantong Station of Crop Cultivation,Nantong,Jiangsu 226006,China);Effects of Different Nitrogen Management on Yield and Nitrogen Utilization of Machine-transplanted Rice[J];Guizhou Agricultural Sciences;2008-05\n4 ZHAO Quan-zhi,GAO Tong-mei,YIN Chun-yuan,NING Hui-feng,LU Qiang(Key Laboratory of Crop Growth and Development Regulation of Henan Province,Henan Agricultural University,Zhengzhou 450002,China);Effects of moisture on content of major nutrients in soil and upland rice plants[J];Agricultural Research in the Arid Areas;2006-02\n5 XU Guo-wei1,2,WANG He-Zheng1,WANG Zhi-qin2,LIU Li-jun2,YANG Jian-chang2(1.Agricultural College,Henan University of Science and Technology,Luoyang,He'nan 471003,China;2.Key Laboratory of Crop Genetics and Physiology of Jiangsu Province,Yangzhou University,Yangzhou,Jiangsu 225009,China);Effect of non-flooded cultivation pattern on yield and quality of rice and its growth characteristics in Yangtze basin[J];Agricultural Research in the Arid Areas;2009-02\n6 FAN Da-yong,MO Shao-fen,JIANG Man-ying,MO Yun-jin,CHEN Hui-yun (Agricultural Research Institute of Guilin,Guilin 541006,China);Effects of nitrogenous fertilizer management on yield and nitrogen utilization efficiency in late-season rice(Oryza sativa L.)[J];Journal of Guangxi Agricultural and Biological Science;2007-04\n7 WU Jian-ping et al(Institute of Crops,Hubei Academy of Agricultural Sciences,Wuhan,Hubei 430064);Effect of Different Sowing Dates,Planting Density,Fertilizer Rate and Field Water on Growth,Development and Yield of the Early Rice[J];Journal of Anhui Agricultural Sciences;2009-26\n8 ZHANG Yao-xue et al(Huangmei Soil and Fertilizer Station,Huangmei,Hubei 435500);Study on the Fertilization Effect and Fertilizer Use Efficiency of Rapeseed in East Hubei[J];Journal of Anhui Agricultural Sciences;2010-02\n9 XIE Zhi-liang1,2,3, TIAN Chang-yan1, BIAN Wei-guo1, ZENG Fan-jiang1,3(1.Xinjiang Institute of Ecology and Geography,Chinese Academy of Sciences,Urumqi 830011,China;2.Graduate University,Chinese Academy of Sciences,Beijing 100049,China;3.Qira National Station for Field Observation and Research of Desert Steppe Ecosystem,Qira 848300,Xinjiang,China);Study on the Effects of Applying Nitrogen Fertilizer on Root Distribution and Nutrient Uptake of Cotton Plants at Seeding Stage[J];Arid Zone Research;2010-03\n10 BAI Jian-jiang1,2,LI Pei-de3,WANG Hui2,LI Mao-bai2,ZHU Hui-ming2,4,Lee Jung-ro5,SUN Bing-yao1,PIAO Zhong-ze2 (1.School of Preclinical Medicines & Biological Sciences,Suzhou University,Suzhou 215123;2.Crop Breeding and Cultivation Research Institute,Shanghai Academy of Agricultural Sciences,Shanghai 201106;3.Hubei Academy of Agricultural Sciences,Wuhan 430064;4.Guilin University of Technology,Guilin 541004;5.National Institute of Agricultural Biotechnology,Rural Development Administration,Suwon 441707,Korea);Differences of nitrogen uptake and utilization among rice lines exhibiting different nitrogen grain production efficiency[J];Journal of Anhui Agricultural University;2010-03\n1 ;Difference of different form nitrogen accumulation & distribution and relationship with nitrogen utilization efficiency in rice[A];[C];2007\n4 Shuping Xiong~1 Qiaomei Zhao~2 Lei Xi~3 Yuanyuan Shi~1 Xinming Ma~3 1 Agronomy College of Henan Agricultural University,Zhengzhou 450002; 2 Xuchang Agricultural Bureau; 3 College of Information and Administration of Henan Agricultural University,Zhengzhou 450002;);A MODEL FOR SIMULATING NITROGEN PARTITIONING IN TOBACCO PLANT[A];[C];2007\n5 Hongzhi Shi~1,Yikuan Fan~2,Guoshun Liu~1,Xiaotian Shen~2,Zhi Li~1 (1 National Tobacco Cultivation & Physiology & Biochemistry Research Center of Henan Agricultural University 2 Henan Tobacco Company);Study on tobacco water-fertilizer coupling and its application[A];[C];2008


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12:45 EEST(UTC+03) Helsinki - 12:45 EEST(UTC+03) Istanbul - 12:45 UTC+03(UTC+03) Jerusalem - 12:45 IDT(UTC+03) Kampala - 12:45 EAT(UTC+03) Kirov - 12:45 UTC+03(UTC+03) Kuwait - 12:45 UTC+03(UTC+03) Kyiv - 12:45 EEST(UTC+03) Mariehamn - 12:45 EEST(UTC+03) Mayotte - 12:45 EAT(UTC+03) Minsk - 12:45 UTC+03(UTC+03) Mogadishu - 12:45 EAT(UTC+03) Moscow - 12:45 MSK(UTC+03) Nairobi - 12:45 EAT(UTC+03) Nicosia - 12:45 EEST(UTC+03) Qatar - 12:45 UTC+03(UTC+03) Riga - 12:45 EEST(UTC+03) Riyadh - 12:45 UTC+03(UTC+03) Simferopol - 12:45 MSK(UTC+03) Sofia - 12:45 EEST(UTC+03) Syowa - 12:45 UTC+03(UTC+03) Tallinn - 12:45 EEST(UTC+03) Uzhgorod - 12:45 EEST(UTC+03) Vilnius - 12:45 EEST(UTC+03) Volgograd - 12:45 UTC+03(UTC+03) Zaporozhye - 12:45 EEST(UTC+04) Astrakhan - 13:45 UTC+04(UTC+04) Baku - 13:45 UTC+04(UTC+04) Dubai - 13:45 UTC+04(UTC+04) Mahe - 13:45 UTC+04(UTC+04) Mauritius - 13:45 UTC+04(UTC+04) Muscat - 13:45 UTC+04(UTC+04) Reunion - 13:45 UTC+04(UTC+04) Samara - 13:45 UTC+04(UTC+04) Saratov - 13:45 UTC+04(UTC+04) Tbilisi - 13:45 UTC+04(UTC+04) Ulyanovsk - 13:45 UTC+04(UTC+04) Yerevan - 13:45 UTC+04(UTC+04:30) Kabul - 14:15 UTC+0430(UTC+04:30) Tehran - 14:15 UTC+0430(UTC+05) Aqtau - 14:45 UTC+05(UTC+05) Aqtobe - 14:45 UTC+05(UTC+05) Ashgabat - 14:45 UTC+05(UTC+05) Atyrau - 14:45 UTC+05(UTC+05) Dushanbe - 14:45 UTC+05(UTC+05) Karachi - 14:45 PKT(UTC+05) Kerguelen - 14:45 UTC+05(UTC+05) Maldives - 14:45 UTC+05(UTC+05) Mawson - 14:45 UTC+05(UTC+05) Oral - 14:45 UTC+05(UTC+05) Qyzylorda - 14:45 UTC+05(UTC+05) Samarkand - 14:45 UTC+05(UTC+05) Tashkent - 14:45 UTC+05(UTC+05) Yekaterinburg - 14:45 UTC+05(UTC+05:30) Colombo - 15:15 UTC+0530(UTC+05:30) Kolkata - 15:15 IST(UTC+05:45) Kathmandu - 15:30 UTC+0545(UTC+06) Almaty - 15:45 UTC+06(UTC+06) Bishkek - 15:45 UTC+06(UTC+06) Chagos - 15:45 UTC+06(UTC+06) Dhaka - 15:45 UTC+06(UTC+06) Omsk - 15:45 UTC+06(UTC+06) Qostanay - 15:45 UTC+06(UTC+06) Thimphu - 15:45 UTC+06(UTC+06) Urumqi - 15:45 UTC+06(UTC+06) Vostok - 15:45 UTC+06(UTC+06:30) Cocos - 16:15 UTC+0630(UTC+06:30) Yangon - 16:15 UTC+0630(UTC+07) Bangkok - 16:45 UTC+07(UTC+07) Barnaul - 16:45 UTC+07(UTC+07) Christmas - 16:45 UTC+07(UTC+07) Davis - 16:45 UTC+07(UTC+07) Ho Chi Minh - 16:45 UTC+07(UTC+07) Hovd - 16:45 UTC+07(UTC+07) Jakarta - 16:45 WIB(UTC+07) Krasnoyarsk - 16:45 UTC+07(UTC+07) Novokuznetsk - 16:45 UTC+07(UTC+07) Novosibirsk - 16:45 UTC+07(UTC+07) Phnom Penh - 16:45 UTC+07(UTC+07) Pontianak - 16:45 WIB(UTC+07) Tomsk - 16:45 UTC+07(UTC+07) Vientiane - 16:45 UTC+07(UTC+08) Brunei - 17:45 UTC+08(UTC+08) Choibalsan - 17:45 UTC+08(UTC+08) Hong Kong - 17:45 HKT(UTC+08) Irkutsk - 17:45 UTC+08(UTC+08) Kuala Lumpur - 17:45 UTC+08(UTC+08) Kuching - 17:45 UTC+08(UTC+08) Macau - 17:45 CST(UTC+08) Makassar - 17:45 WITA(UTC+08) Manila - 17:45 PST(UTC+08) Perth - 17:45 AWST(UTC+08) Shanghai - 17:45 CST(UTC+08) Singapore - 17:45 UTC+08(UTC+08) Taipei - 17:45 CST(UTC+08) Ulaanbaatar - 17:45 UTC+08(UTC+08:45) Eucla - 18:30 UTC+0845(UTC+09) Chita - 18:45 UTC+09(UTC+09) Dili - 18:45 UTC+09(UTC+09) Jayapura - 18:45 WIT(UTC+09) Khandyga - 18:45 UTC+09(UTC+09) Palau - 18:45 UTC+09(UTC+09) Pyongyang - 18:45 KST(UTC+09) Seoul - 18:45 KST(UTC+09) Tokyo - 18:45 JST(UTC+09) Yakutsk - 18:45 UTC+09(UTC+09:30) Adelaide - 19:15 ACST(UTC+09:30) Broken Hill - 19:15 ACST(UTC+09:30) Darwin - 19:15 ACST(UTC+10) Brisbane - 19:45 AEST(UTC+10) Chuuk - 19:45 UTC+10(UTC+10) DumontDUrville - 19:45 UTC+10(UTC+10) Guam - 19:45 ChST(UTC+10) Hobart - 19:45 AEST(UTC+10) Lindeman - 19:45 AEST(UTC+10) Macquarie - 19:45 AEST(UTC+10) Melbourne - 19:45 AEST(UTC+10) Port Moresby - 19:45 UTC+10(UTC+10) Saipan - 19:45 ChST(UTC+10) Sydney - 19:45 AEST(UTC+10) Ust-Nera - 19:45 UTC+10(UTC+10) Vladivostok - 19:45 UTC+10(UTC+10:30) Lord Howe - 20:15 UTC+1030(UTC+11) Bougainville - 20:45 UTC+11(UTC+11) Casey - 20:45 UTC+11(UTC+11) Efate - 20:45 UTC+11(UTC+11) Guadalcanal - 20:45 UTC+11(UTC+11) Kosrae - 20:45 UTC+11(UTC+11) Magadan - 20:45 UTC+11(UTC+11) Norfolk - 20:45 UTC+11(UTC+11) Noumea - 20:45 UTC+11(UTC+11) Pohnpei - 20:45 UTC+11(UTC+11) Sakhalin - 20:45 UTC+11(UTC+11) Srednekolymsk - 20:45 UTC+11(UTC+12) Anadyr - 21:45 UTC+12(UTC+12) Auckland - 21:45 NZST(UTC+12) Fiji - 21:45 UTC+12(UTC+12) Funafuti - 21:45 UTC+12(UTC+12) Kamchatka - 21:45 UTC+12(UTC+12) Kwajalein - 21:45 UTC+12(UTC+12) Majuro - 21:45 UTC+12(UTC+12) McMurdo - 21:45 NZST(UTC+12) Nauru - 21:45 UTC+12(UTC+12) Tarawa - 21:45 UTC+12(UTC+12) Wake - 21:45 UTC+12(UTC+12) Wallis - 21:45 UTC+12(UTC+12:45) Chatham - 22:30 UTC+1245(UTC+13) Apia - 22:45 UTC+13(UTC+13) Fakaofo - 22:45 UTC+13(UTC+13) Kanton - 22:45 UTC+13(UTC+13) Tongatapu - 22:45 UTC+13(UTC+14) Kiritimati - 23:45 UTC+14\nLanguage preference * EnglishNederlandstaligFrench\nPM makes organisations more resilient by preparing them to manage crisis situations. We provide consultancy, training, advice and support in all stages of the crisis timeline: before, during and after. The PM Academy is supported by the Eurekos Learning Management System.


url: =International Other Roller Bearings Companies\nCompany List General Mechanical Components Bearings Roller Bearings Other Roller Bearings\nOther Roller Bearings Companies\nChina Dhk Group China Info Phone Ningbo Ningbo Zhenhai Economic Development Zone 1238# Zhongguan Road Ningbo... Cylindrical Roller Bearing Other Roller Bearings Other Fasteners Roller Bearings Bearings\nXinhua Office Equipment Co, . Ltd China Info Phone Guangzhou Tianhe Guangzhou Guangdong [Zip/postal Code:] Cylindrical Roller Bearing Rollers Other Roller Bearings Printers Roller Bearings\nZhejiang Minmetals Sanxing I/e Co., Ltd. China Info Phone Hangzhou 310 North Zhongshanbei Road Hangzhou Cylindrical Roller Bearing Other Roller Bearings Roller Bearings Bearings General Mechanical Components\nUnionjeck Machine Works Co., Ltd. Taiwan Info Phone Taichung No. 4 Lane 31 Tali Street Tali City Cylindrical Roller Bearing Other Roller Bearings Needle Bearing Roller Bearings Bearings\nYonker Skates Pvt. Ltd. India Info Phone Rewa H-29 Udyog Nagar Industrial Area New Delhi . () Cylindrical Roller Bearing Rollers Other Roller Bearings Medical Face Mask Roller Bearings\nMedaglia Srl Italy Info Phone Milano 10 v. Franco Tosi 20143 Milano Cylindrical Roller Bearing Other Roller Bearings Roller Bearings Bearings General Mechanical Components\nL'osma Srl Italy Info Phone Roma 46/48 via Acuto 00131 Roma (Rm) Cylindrical Roller Bearing Other Roller Bearings Roller Bearings Bearings General Mechanical Components\nFis s.p.A. Italy Info Phone Padova 10 via Campagna 35015 Galliera Veneta (Pd) Cylindrical Roller Bearing Other Roller Bearings Roller Bearings Bearings General Mechanical Components\nCarrino Italy Info Phone Taranto Contrada Acuti 74024 Manduria (Ta) Cylindrical Roller Bearing Other Roller Bearings Roller Bearings Bearings General Mechanical Components


url: =dblp: Zhongwei Huang\nLili Yang, Zhiyuan Hu, Zhongwei Huang, Lina Wang, Wenyu Han, Yanping Yang, Huijie Tao, Jing Wang:\nDetection of a Dust Storm in 2020 by a Multi-Observation Platform over the Northwest China. Remote. Sens. 13(6): 1056 (2021)\nTianhe Wang, Ying Han, Wenli Hua, Jingyi Tang, Jianping Huang, Tian Zhou, Zhongwei Huang, Jianrong Bi, Hailing Xie:\nProfiling Dust Mass Concentration in Northwest China Using a Joint Lidar and Sun-Photometer Setting. Remote. Sens. 13(6): 1099 (2021)\nJun Cai, Zhongwei Huang, Jianzhen Luo, Yan Liu, Huimin Zhao, Liping Liao:\nComposing and deploying parallelized service function chains. J. Netw. Comput. Appl. 163: 102637 (2020)\nRuijun Dang, Yi Yang , Hong Li, Xiao-Ming Hu , Zhiting Wang, Zhongwei Huang, Tian Zhou, Tiejun Zhang:\nAtmosphere Boundary Layer Height (ABLH) Determination under Multiple-Layer Conditions Using Micro-Pulse Lidar. Remote. Sens. 11(3): 263 (2019)\nHaijun Lei, Zhongwei Huang, Feng Zhou , Ahmed El-Azab , Ee-Leng Tan, Hancong Li, Jing Qin , Baiying Lei :\nParkinson's Disease Diagnosis via Joint Learning From Multiple Modalities and Relations. IEEE J. Biomed. Health Informatics 23(4): 1437-1449 (2019)\nZhongwei Huang, Haijun Lei, Guoliang Chen, Shiqi Li, Hancong Li, Ahmed El-Azab , Baiying Lei:\nHaijun Lei, Hancong Li, Ahmed Elazab , Xuegang Song, Zhongwei Huang, Baiying Lei:\nZhongwei Huang, Jan-Bai Nee, Chih-Wei Chiang, Shuang Zhang, Hongchun Jin, Wencai Wang, Tian Zhou:\nReal-Time Observations of Dust-Cloud Interactions Based on Polarization and Raman Lidar Measurements. Remote. Sens. 10(7): 1017 (2018)\nZhongwei Huang, Haijun Lei, Yujia Zhao, Feng Zhou , Jin Yan, Ahmed El-Azab , Baiying Lei:\nHaijun Lei, Zhongwei Huang, Ahmed El-Azab , Hancong Li, Baiying Lei:\nHaijun Lei, Zhongwei Huang, Jian Zhang, Zhang Yang, Ee-Leng Tan, Feng Zhou , Bai Ying Lei:\nZhongwei Huang, Zhenwei Shi, Yun Zhang:\nAn Inner-Product-Based Discriminative IRLS Algorithm for Sparse Hyperspectral Detection. IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens. 7(6): 2383-2392 (2014)\nZhongwei Huang, Zhenwei Shi, Shuo Yang:\nNonlocal Similarity Regularized Sparsity Model for Hyperspectral Target Detection. IEEE Geosci. Remote. Sens. Lett. 10(6): 1532-1536 (2013)\nJun Cai 0002\n[j7] [j5] [c5] [c4] [c2] [c1]\n[j7] [c6] [j5] [c5] [c4] [c3] [c2] [c1] [j3]\n[j5] [c5] [c4] [c1]\nYan Liu 0042\naka: Jianzhen Luo\nYi Yang 0023\n[j7] [c6] [c3] [c2]\n[j7] [j5] [c3] [c2] [j3]\nlast updated on 2021-04-13 22:34 CEST by the dblp team


url: =重庆体彩网ad 重庆体彩网udio 重庆体彩网iary 重庆体彩网重庆体彩网重庆体彩网 6: 重庆体彩网oris 重庆体彩网ohnson moves his microphone in the 重庆体彩网ouse of 重庆体彩网ommons\n重庆体彩网ossibly the best demonstration of why a performer should never touch or move their microphone (other than a hand-held mic).\n重庆体彩网hursday 重庆体彩网eptember 12, 2019\n重庆体彩网n this episode of 重庆体彩网ad 重庆体彩网udio 重庆体彩网iary, 重庆体彩网 demonstrate what could potentially go wrong if a performer touches the microphone. 重庆体彩网his is, 重庆体彩网 think, about as bad as things can get...\n重庆体彩网re there any rules in sound engineering? 重庆体彩网 mean actual rules, not mere guidelines. 重庆体彩网ell yes, one such rule is that the performer should not touch the microphone, either during the performance, or to adjust its position, which is the engineer's job. 重庆体彩网bviously this does not apply in the case of a mic that is intentionally hand-held, so this is the exception that proverbially proves the rule.\n重庆体彩网重庆体彩网ut what could go wrong if the performer touches the mic? 重庆体彩网ell here's an example. 重庆体彩网he venue is the 重庆体彩网重庆体彩网 重庆体彩网ouse of 重庆体彩网ommons, where 重庆体彩网arliament is discussing important issues. 重庆体彩网he performer is 重庆体彩网rime 重庆体彩网inister 重庆体彩网oris 重庆体彩网ohnson, who feels that the microphone is not positioned correctly.\n重庆体彩网ere's how things should go...\n重庆体彩网重庆体彩网othing wrong with that. 重庆体彩网he mic appears to be a vintage 重庆体彩网重庆体彩网重庆体彩网 重庆体彩网222 which has probably not been touched in the last 30 years.\n重庆体彩网his is what happened next...\n重庆体彩网h dear. 重庆体彩网ell at least nothing happened to disrupt the audio, and it easily could have.\n重庆体彩网o better send in someone to put things right. 重庆体彩网fter three quarters of an hour of the mic stand sitting on top of the dispatch box. 重庆体彩网 don't know who this is - maybe a politician, maybe a member of 重庆体彩网ouse of 重庆体彩网ommons staff, maybe someone who is actually on sound duty, but 重庆体彩网 don't know.\n重庆体彩网hat's better. 重庆体彩网ut still things are not quite right, so maybe, after a while longer, make another adjustment...\n重庆体彩网重庆体彩网h, and let the 重庆体彩网eader of the 重庆体彩网pposition, 重庆体彩网eremy 重庆体彩网orbyn have his say...\n重庆体彩网重庆体彩网he moral of the story? 重庆体彩网on't let the performer touch the microphone.\n重庆体彩网y 重庆体彩网avid 重庆体彩网ellor 重庆体彩网hursday 重庆体彩网eptember 12, 2019


url: =List of film selected for East Silver Caravan 2010/2011:\nAustriaAllentsteig | Nikolaus Geyrhalter | Austria | 2010In the Bazaar of Sexes | Sudabeh Mortezai | Austria | 2009V I N Y L (Tales from the Vienna Underground) | Andrew Standen-Raz | Austria, United Kingdom | 2010BulgariaConcrete Pharaohs | Jordan Todorov | Bulgaria | 2010Paradise Hotel | Sophia Tzavella | Bulgaria | 2010Czech RepublicAll for the Good of the World and Nosovice | Vít Klusák | Czech Republic | 2010All that Glitters | Tomáš Kudrna | Czech Republic | 2010Bear Islands | Martin Ryšavý | Czech Republic | 2010Cinematherapy | Ivan Vojnár | Czech Republic | 2010Coal in the soul | Ondrej Provaznik, Martin Dusek | Czech Republic | 2010Czech Peace | Vít Klusák, Filip Remunda | Czech Republic | 2010Eye Over Prague | Olga Špátová | Czech Republic | 2010Heaven Hell | David Čálek | Czech Republic | 2010Manual on How to Create a Terrorist | Tereza Reichová | Czech Republic | 2010Matchmaking Mayor | Erika Hníková | Czech Republic, Slovakia | 2010Saving Edwards | Dagmar Smržová | Czech Republic | 2010Theatre Svoboda | Jakub Hejna | Czech Republic | 2011EstoniaLobotomy | Yuri Khashchavatski | Estonia, Belarus, Germany, Poland | 2010Pit no. 8 | Marianna Kaat | Estonia, Ukraine | 2010HungaryCave | Júlia Szederkényi | Hungary | 2010Hunky Blues - The American Dream | Peter Forgacs | Hungary | 2009Negative History of Hungarian Cinema | Gyula Nemes | Hungary | 2010LatviaFamily Instinct | Andris Gauja | Latvia | 2010On Rubik's Road | Laila Pakalnina | Latvia | 2010Souvenirs: Healing After War | Mara Pelecis | Latvia, USA | 2011Working Class Ballet | Roberts Vinovskis | Latvia | 2009PolandAt the Edge of Russia | Michal Marczak | Poland | 2010Planet Kirsan | Magdalena Pieta | Poland | 2010War Games and the Man who Stopped Them | Dariusz Jablonski | Poland, Slovakia | 2009RomaniaQuest | Ionut Piturescu | Romania | 2010The World According to Ion B. | Alexander Nanau | Romania | 2009RussiaBlue Sky. Dark Bread | Ilya Tomashevich | Russia | 2010SerbiaCinema Komunisto | Mila Turajlic | Serbia | 2010SlovakiaIlja | Ivan Ostrochovský | Slovakia | 2010Out of Round: What Is Behind? | Jaro Vojtek | Slovakia | 2010SloveniaKing Mathias | Milan Urbajs | Slovenia | 2010


url: =Investigation and analysis on nurses' working burnout and coping style--《Nursing and Rehabilitation Journal》2008年04期\n《Nursing and Rehabilitation Journal》 2008-04\nInvestigation and analysis on nurses' working burnout and coping style\nDONG Xian-na,ZHU Li-hua,SHI Min-fang Zhejiang Xinhua Hospital,Hangzhou Zhejiang 310005,China\nObjective To study the correlation of nurses' working burnout and coping style and the effective strategies to reduce the working burnout.Method Investigate 100 nurses by Maslon's working burnout scale and simple coping style questionnaire and make correlation analysis.Result Nurses' whole working burnout is higher than norm(P0.01).Positive coping style has negative correlation with deindividuation(P0.01)and positive correlation with personal accomplishment(P0.01).Negative coping style has no obvious correlation with working burnout.Conclusion There is correlation between nurses' working burnout and coping style.Taking positive coping style can reduce nurses' working burnout.\n1 GU Li-hui,SUN Qing-ling(Nursing Department,No.3 People's Hospital,Hangzhou 310009,China);Investigation and Management on General Self-Efficacy in Young Nurses[J];Nursing Journal of Chinese People's Liberation Army;2009-11\n1 ;Analysis on relationship between occupational stress and burnout of doctor and nurse[J];Journal of Jilin University(Medicine Edition);2006-01\n3 LI Chao-ping, SHI Kan, LUO Zheng-xue,et al. Institute of Psychology, Chinese Academy of Science, Beijing 100101,China;An Investigation on Job Burnout of Doctor and Nurse[J];Chinese Journal of Clinical Psychology;2003-03\n2 HU Gui-ying,XU Bai-hua(Zhejiang University,Hangzhou 310012,Zhejiang China);On the Relation between Elite Athletes' Pressure,Professional Burnout and Intention of Retirement[J];Journal of Beijing Sport University;2008-09\n3 ;Analysis on relationship between occupational stress and burnout of doctor and nurse[J];Journal of Jilin University(Medicine Edition);2006-01\n4 LIN Deming Dept.of Physical Education,Putian College,Putian 351100,China;On Characteristics of Pressure-coping Styles of College Students with PE major[J];Journal of Capital Institute of Physical Education;2009-01\n5 TAN Jin-rong(School Journal Editorial Department,Xihua University,Chengdu,Sichuan,610039);A Mentality Investigation of Contemporary College Students and Studies on How to Cultivate their Positive Psychology[J];Journal of Chengdu Teachers College;2005-06\n7 Li Yongxin1, Zhang Kuo2, Zhao Guoxiang1(1 The Educational Department of Henan University, Kaifeng 475001; 2 School of Vocational and Technical Education of Tianjin University, Tianjin 300070);REVIEW OF RESEARCH ON TEACHERS JOB BURNOUT[J];Studies of Psychology and Behavior;2005-03\n8 MU Ya,YAN Ling,XUE Yuan,et al.(Department of Pediatrics,Southwest Hospital,Third Military Medical University,Chongqing 400038,China);Studyon relation of psychological health level and work stressor of nurse in pediatric ward[J];Chongqing Medicine;2006-21\n9 Feng Guiying,Wu Yunyi,Zhou Yongxia,Liang Huiqiong People′s Hospital of Zhongshan,Zhongshan 528403,Guangdong,P R China;Investigation and Study on Working Stress of Nurses in Paediatric Department[J];;2003-07\n10 ;手术室护士心理健康状况调查分析[J];Today Nurse;2006-05\n1 China Japan Friendship Institute of Medical Sciences, Beijing 100029, China Liu wei Kong jing Han biao Jin-yaoying Liu-guoling Gao-fuyun Wei- yulin;To investigate the psychosomatic condition of the hospital employees those who are in Subhealth[A];[C];2006\n2 Jiang Ai-yu,Su Ya-fang,Wang lian-eKangci Hospital of Jiaxing,Tongxiang Zhejiang 314500,China;Investigation and analysis on the general well-being and self-scaled health conditions of medical staff[J];Nursing and Rehabilitation Journal;2008-06\n3 QIU Dongyou, LIU Xiuru, YU Chanhua;Survey of Mental Health of Junior Nurses[J];Journal of Nursing Science;2003-10\n4 DENG Renli , ZHU Dan , HOU Xiaojing;Research Progress of Self-Efficacy in Nursing Education[J];Journal of Nursing Science;2005-23\n5 Zhang Jing.Jining Railway hospital of Inner Mongolia,Jining 012000 P.R.China;Analysis of Psychological Characteristic of Hospital Nurses.[J];Heath Psychology Journal;2004-03\n6 Wang Lan,Qin Yi,Wang Qun,et al(Affiliated Sixth People's Hospital of Shanghai Jiaotong University, Shanghai 200233 China);A study on common self-efficacy feeling of clinical nurses and its influencing factors[J];Chinese Nursing Research;2008-36\n7 Li Xia mei and Liu Yan jun//Chinese Journal of Nursing, 2000,35(11):645.;Job Stressors and Burnout among Staff Nurses[J];CHINESE JOURNAL OF NURSING;2000-11\n8 LI Chao-ping, SHI Kan, LUO Zheng-xue,et al. Institute of Psychology, Chinese Academy of Science, Beijing 100101,China;An Investigation on Job Burnout of Doctor and Nurse[J];Chinese Journal of Clinical Psychology;2003-03\n1 LIU Xiao rong, ZHANG Lu lu, ZHOU Xiu hua, MENG Hong, WANG Zhi hong (Second Military Medical University, Shanghai 200433);Investigation of Nursing Staff in Some Military Hospitals[J];Hospital Administration J Chinese Pla;2002-02\n3 Zeng lingjuan1; Wu Xinchun2(1. Department of Education, Guangxi Teacher's College, Nanning, Guangxi 530001, China2. Department of Psychology, Beijing Normal University, Beijing 100875, China);A Survey of the Research into Job Burnout Abroad[J];Journal of Shenyang Normal University Social Sciences Edition;2003-01\n4 Zhao Yufang, Zhang Qinglin (School of Psychology, Southwest China Normal University, Chongqing, 400715);A Study on Doctors' Job Burnout[J];Psychological Science;2004-05\n5 Zhang Yuxin;Fang Xin Beijing University;THE ADAPTABILITY OF COPING STRATEGIES AND PSYCHOLOGICAL SYMPTOMS[J];Acta Psychologica Sinica;1990-02\n6 Zhang Tieshan, Li DianfuSchool of Public Health, Jilin University, Changchun, 130021, PRC;Job Burnout of Health Care Prividers-A Problem that not Been Ignored[J];Chinese Hospital Management;2004-09\n9 WANS Yu-lin,LIU Bi-ying,WANG Rui the Second Xiangya Hospital,South Central University,Changsha,410011 China;Job Stress of Medical Staffs in General Hospital[J];Chinese Journal of Clinical Psychology;2003-03


url: =《Electronic Component & Device Applications》-2004-01\nElectronic Component & Device Applications\nGlance at Recent Development of Military Connectors Overseas Wu Shixiang (The 40th Institute of China Electronics Technology Group Corporation, Bengbu of Anhui 233010, China)\nApplication specific IC for Electronic Ballasts Zhu Dawei (Zhiqianli Trade Co.,Ltd., Beijing 100013, China)\nMicrocontroller and Its Application in Control System Zhu Haijun, Jing Lan (Institute of Modern Physics, Chinese Academy of Science, Lanzhou of Gansu 730000, China) (Graduate School of Chinese Academy of Science, Beijing 100039, China)\nSynthesis of Conducting Polymer Materials for Electrolytic Capacitor Wei Chunxiang, Zhu Xufei (Nanjing University of Science & Technology, Nanjing of Jiangsu 210094, China)\nSensitive Wide Spectrum Four-quadrant Detector UV-14BQ-4 Li Xuesong, Zhang Zibin, Zhai Lihua, Wan Keyou, Wei Guanyi, Li Mei (Northwest Institute of Nuclear Technology, Xi'an of Shaanxi 710613, China)\nApplication of Linear Optical Coupler in Current Sampling Li Haibo, Lin Hui (Northwestern Polytechnical University,Xi'an of Shaanxi 710072, China)\nOperating Principle and Application of Stored-energy Welder Ren Aihua, Wang Yaping (Xi'an Microelectronics Institute, Xi'an of Shaanxi 710054, China)\nFabrication Technique of Microwave Multilayer Printed Circuit Board Yang Weisheng (Nanjing Research Institute of Electronics Technology, Nanjing of Jiangsu 210013, China)\nApplication Reliability of Electronic Components & Devices Han Yingqi (Sichuan SRE Reliability Engineering Research Institute, Chengdu of Sichuan 610036, China)\nHigh-reliable Military DC/DC Converter Li Zixue, Ren aihua, Bao Peng, Liu Yaqiang, Li Hongli, Liang Xiaolan (No. 771 Research Institute of Aerospace Times Electronic Company, Xi' an of Shaanxi 710054, China)\nApplication of EU-Ⅴ-Ⅲ Module in Power Supply for Adding Energy Cui Runping, Zhai Guangya (Secondary Technical School of Hebi Mining Bureau, Hebi of Henan 458000, China) (Zhengzhou Huaxiang Electronics Co., Ltd, Zhengzhou of Henan 450001, China)\nHigh-voltage PWM Power Supplies Controllers and Their Application Liu Luxiang (No. 8072 State-owned Factory, Linyi of Shandong 276004, China)\nDevelopment and Application of Novel Solid Image Sensors Cheng Kaifu (No. 44 Research Institute of China Electronics Technology Group Corp.,Chongqing 400060, China)


url:
=Zheng gu zhuan jia : Tricky brains, dao yan Wang Jing (Instance) - San Mateo County Libraries\nThe instance Zheng gu zhuan jia : Tricky brains, dao yan Wang Jing represents a material embodiment of a distinct intellectual or artistic creation found in San Mateo County Libraries. This resource is a combination of several types including: Instance, Video Recording.\nThe Resource Zheng gu zhuan jia : Tricky brains, dao yan Wang Jing\nOriginally released as a motion picture in Hong Kong in 1991\nContext of Zheng gu zhuan jia : Tricky brains, dao yan Wang Jing\n
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url: =Time in Guangyuan, China. What time is it in Guangyuan right now?\nGuangyuan, China ▾ Guangyuan\nTime in Guangyuan, China\nGuangyuan time zone: UTC+08:00 or CST\nDaylight saving time (DST) changes in Guangyuan\nNo daylight saving time (DST) in Guangyuan.\nSunrise and sunset time for Guangyuan\nDay length: 12h 20m 6s\nSee the monthly sunrise, sunset, and twilight table for Guangyuan\nFreemeteo.com: Guangyuan weather\nGuangyuan, China: basic facts and figures\nGuangyuan coordinates: 32°26′31″ N, 105°49′22″ E\nWikipedia article: Guangyuan


url: =International Journal of Ophthalmology (15)\nLi, Na (256)\nWei, Li-Na (38)\nLee, Li-Na (25)\nWang, Jann-Yuan (17)\nLI, NA (16)\nLoh, Horace H. (14)\nTay, Franklin R. (14)\nNiu, Li-na (13)\nPashley, David H. (13)\nHsueh, Po-Ren (12)\nLaw, Ping-Yee (12)\nHo, Ping-Chih (9)\nHwang, Cheol Kyu (9)\nYu, Chong-Jen (9)\nChoi, Hack Sun (8)\nFeng, Yaoyu (8)\nLuh, Kwen-Tay (8)\nShu, Chin-Chung (8)\nSong, Kyu Young (8)\nCui, Li-Na (7)\nJin, Qiong-Hua (7)\nWang, Li-Na (7)\nZhang, Cui (7)\nZhang, Cun-Lin (7)\nCai, Lin (6)\nChen, Hao-tai (6)\nChen, Ji-hua (6)\nCui, Ying-Xia (6)\nHu, Yonghua (6)\nLi, Tian-Fu (6)\nLi, Wei-Wei (6)\nLi, Xiao-Jun (6)\nMu, Li-Na (6)\nPhillips, Tamara J. (6)\nTsui, Yao-Chen (6)\nWu, Qiu-Yue (6)\nXia, Xin-Yi (6)\n1. Serum microRNA 143 and microRNA 215 as potential biomarkers for the diagnosis of chronic hepatitis and hepatocellular carcinoma Zhang, Zhu-qing | Meng, Hua | Wang, Nan | Liang, Li-na | Liu, Li-na | Lu, Shu-ming | Luan, Yong\nDiagnostic Pathology 2014;9:135.\n2. Effects of three blood purification methods on serum fibroblast growth factor-23 clearance in patients with hyperphosphatemia undergoing maintenance hemodialysis MIAO, LI-YING | ZHU, BIN | HE, XIAO-ZHOU | LIU, JIN-FENG | JIN, LI-NA | LI, XIU-RONG | XUE, LI-NA | HUANG, TIAN | SHEN, JIAN-QIN | XING, CHANG-YING\nExperimental and Therapeutic Medicine 2014;7(4):947-952.\nThe aim of the present study was to investigate the effects of three blood purification methods on fibroblast growth factor-23 (FGF-23) clearance in patients with hyperphosphatemia undergoing maintenance hemodialysis (MHD). In addition, the correlation between serum FGF-23 and phosphorus (Pi) levels and the clinical implications were identified. Sixty-five MHD patients with hyperphosphatemia were randomly divided into three groups: Hemodialysis, HD (n=23); hemodiafiltration, HDF (n=21); and hemodialysis+hemoperfusion, HD+HP (n=21) groups. Serum Pi, FGF-23, blood urea nitrogen, serum creatinine and associated bio-marker levels were measured prior to and following treatment. The expression level of serum FGF-23 was observed to be positively correlated with Pi (r=0.45, P<0.01). The three blood purification methods that were adopted for the present study exhibited significant and effective clearance of serum Pi (P<0.05). The post-treatment serum FGF-23 levels were significantly decreased in the HDF and HD+HP groups (P<0.05). Therefore, HDF may be an effective method for clearing serum FGF-23 in MHD patients exhibiting hyperphosphatemia.\nhyperphosphatemia; fibroblast growth factor-23; hemodialysis; hemodiafiltration; hemoperfusion\n3. Direct reprogramming of porcine fibroblasts to neural progenitor cells Xu, Xiu-Ling | Yang, Ji-Ping | Fu, Li-Na | Ren, Ruo-Tong | Yi, Fei | Suzuki, Keiichiro | Liu, Kai | Ding, Zhi-Chao | Qu, Jing | Zhang, Wei-Qi | Li, Ying | Yuan, Ting-Ting | Yuan, Guo-Hong | Sui, Li-Na | Guan, Di | Duan, Shun-Lei | Pan, Hui-Ze | Wang, Ping | Zhu, Xi-Ping | Montserrat, Nuria | Li, Ming | Bai, Rui-Jun | Liu, Lin | Izpisua Belmonte, Juan Carlos | Liu, Guang-Hui\n4. Direct reprogramming of porcine fibroblasts to neural progenitor cells Xu, Xiu-Ling | Yang, Ji-Ping | Fu, Li-Na | Ren, Ruo-Tong | Yi, Fei | Suzuki, Keiichiro | Liu, Kai | Ding, Zhi-Chao | Qu, Jing | Zhang, Wei-Qi | Li, Ying | Yuan, Ting-Ting | Yuan, Guo-Hong | Sui, Li-Na | Guan, Di | Duan, Shun-Lei | Pan, Hui-Ze | Wang, Ping | Zhu, Xi-Ping | Montserrat, Nuria | Li, Ming | Bai, Rui-Jun | Liu, Lin | Izpisua Belmonte, Juan Carlos | Liu, Guang-Hui\n5. Extinguishing intracellular calcium leak – a promising anti-arrhythmic approach Li, Na | Wehrens, Xander H.T.\n6. Concurrent paclitaxel-based chemo-radiotherapy for post-surgical microscopic residual tumor at the bronchial margin (R1 resection) in non-small-cell lung cancer Zhou, Meixiang | Li, Tao | Liu, Yongmei | Sun, Changjin | Li, Na | Xu, Yong | Zhu, Jiang | Ding, Zhenyu | Wang, Yongsheng | Huang, Meijuan | Peng, Feng | Wang, Jin | Ren, Li | Lu, You | Gong, Youling\n7. Inhibitory projections from the ventral nucleus of the lateral lemniscus and superior paraolivary nucleus create directional selectivity of frequency modulations in the inferior colliculus: A comparison of bats with other mammals Pollak, George D. | Gittelman, Joshua X | Li, Na | Xie, Ruili\nHearing research 2010;273(0):134-144.\nThis review considers four auditory brainstem nuclear groups and shows how studies of both bats and other mammals have provided insights into their response properties and the impact of their convergence in the inferior colliculus (IC). The four groups are octopus cells in the cochlear nucleus, their connections with the ventral nucleus of the lateral lemniscus (VNLL) and the superior paraolivary nucleus (SPON), and the connections of the VNLL and SPON with the IC. The theme is that the response properties of neurons in the SPON and VNLL map closely onto the synaptic response features of a unique subpopulation of cells in the IC of bats whose inputs are dominated by inhibition. We propose that the convergence of VNLL and SPON inputs generates the tuning of these IC cells, their unique temporal responses to tones, and their directional selectivities for frequency modulated (FM) sweeps. Other IC neurons form directional properties in other ways, showing that selective response properties are formed in multiple ways. In the final section we discuss why multiple formations of common response properties could amplify differences in population activity patterns evoked by signals that have similar spectrotemporal features.\n8. Variant RONΔ160 of the RON receptor tyrosine kinase promotes the growth and invasion in vitro and in vivo in gastric cancer cell lines Zhou, Dong-Hui | Li, Chao | Yang, Li-Na\nCancer Cell International 2015;15(1):9.\nRecepteur d’origine nantais (RON) is a receptor tyrosine kinase whose overexpression has been observed in human gastric cancers. This study aimed to determine whether overexpression of the variant RONΔ160 could induce tumorigenicity of gastric cancer cells in vitro or in vivo, and whether its specific small molecule inhibitor (Compound I) could inhibit the effect of RONΔ160.\nWe constructed human gastric cancer cell line MGC-803 that was stably transfected with a recombinant plasmid expressing RONΔ160, and the effect of RONΔ160 overexpression and macrophage-stimulating protein (MSP) activation on proliferation, migration and invasion abilities of MGC-803 cells were evaluated. Tumor-bearing mice with gastric cancer cells were used to analyze the effects of RONΔ160 overexpression and Compound I on implanted tumor growth.\nIn vitro, overexpression of RONΔ160 in MGC-803 cells resulted changes to their cell morphology, and promoted cell proliferation, migration and invasion. In addition, overexpression of RONΔ160 increased the proportion of cells in the S phase. The effect of RONΔ160 was significantly enhanced by induction of MSP inducing (p < 0.05). In vivo, RONΔ160 promoted the growth of MGC-803 cells in nude mice, including increased tumor size and weight, and lower tumor incubation period. The Compound I inhibited the tumorigenic abilities of RONΔ160 (p <0.05).\nThe results indicate that overexpression of the variant RONΔ160 altered the phenotype and tumorigenicity of MGC-803 cells. Its specific small molecule inhibitor could inhibit the effect of RONΔ160. Therefore, the variant RONΔ160 may become a potential therapeutic target for gastric cancer.\nGastric cancer; RON; RONΔ160; MSP; Tumorigenicity\n9. Animal Study on Primary Dysmenorrhoea Treatment at Different Administration Times Pu, Bao-Chan | Fang, Ling | Gao, Li-Na | Liu, Rui | Li, Ai-zhu\n10. Receptor interacting protein 140 attenuates endoplasmic reticulum stress in neurons and protects against cell death Feng, Xudong | Krogh, Kelly A. | Wu, Cheng-Ying | Lin, Yi-Wei | Tsai, Hong-Chieh | Thayer, Stanley A. | Wei, Li-Na\nNature communications 2014;5:4487.\nInositol 1, 4, 5-trisphosphate receptor (IP3R)-mediated Ca2+ release from the endoplasmic reticulum (ER) triggers many physiological responses in neurons and when uncontrolled can cause ER stress that contributes to neurological disease. Here we show that the unfolded protein response (UPR) in neurons induces rapid translocation of nuclear receptor-interacting protein 140 (RIP140) to the cytoplasm. In the cytoplasm, RIP140 localizes to the ER by binding to the IP3R. The carboxyl-terminal RD4 domain of RIP140 interacts with the carboxyl-terminal gate-keeping domain of the IP3R. This molecular interaction disrupts the IP3R's “head-tail” interaction, thereby suppressing channel opening and attenuating IP3R-mediated Ca2+ release. This contributes to a rapid suppression of the ER stress response and provides protection from apoptosis in both hippocampal neurons in vitro and in an animal model of ER stress. Thus, RIP140 translocation to the cytoplasm is an early response to ER stress and provides protection against neuronal death.\nIP3R; RIP140; ER stress; hippocampal neuron; calcium homeostasis\n11. Zero Discharge Performance of an Industrial Pilot-Scale Plant Treating Palm Oil Mill Effluent Wang, Jin | Mahmood, Qaisar | Qiu, Jiang-Ping | Li, Yin-Sheng | Chang, Yoon-Seong | Chi, Li-Na | Li, Xu-Dong\nBioMed Research International 2015;2015:617861.\n12. An Innovative Anion Regulation Strategy for Energy Bands of Semiconductors: A Case from Bi2O3 to Bi2O(OH)2SO4 Tian, Hao | Teng, Fei | Xu, Juan | Lou, Sunqi | Li, Na | Zhao, Yunxuan | Chen, Mindong\nScientific Reports 2015;5:7770.\nHow to develop a new, efficient photo catalyst is still a big challenge to us. A suitable band gap is the key for light absorption of semiconductor. Herein, an innovative anion intercalation strategy is, for the first time, developed to regulate the energy band of semiconductor. Typically, we introduce a layered sulfate compound (Bi2O(OH)2SO4) as a new photo catalyst, which has not been known before. Both partial density of states (PDOS) and total density of states (TDOS) have demonstrated that compared with Bi2O3 (2.85 eV), the band gap of Bi2O(OH)2SO4 has been widened to 4.18 eV by the intercalation of sulfate anion. Moreover, the band gap width of oxyacid salt compound is mainly predominated by the number of the outmost electrons (NOE) of central atom of anion. This study suggests that new photo catalysts can be developed by grouping anions with the existing oxides or sulfides.\n13. Biomimetic remineralization of dentin Niu, Li-na | Zhang, Wei | Pashley, David H. | Breschi, Lorenzo | Mao, Jing | Chen, Ji-hua | Tay, Franklin R.\n14. Unravelling Genes and Pathways Implicated in Working Memory of Schizophrenia in Han Chinese Ren, Hongyan | Zhang, Chengcheng | Huang, Chaohua | Li, Na | Li, Mingli | Li, Yinfei | Deng, Wei | Ma, Xiaohong | Xiang, Bo | Wang, Qiang | Li, Tao\nInternational Journal of Molecular Sciences 2015;16(1):2145-2161.\nWorking memory deficit is the core neurocognitive disorder in schizophrenia patients. To identify the factors underlying working memory deficit in schizophrenia patients and to explore the implication of possible genes in the working memory using genome-wide association study (GWAS) of schizophrenia, computerized delay-matching-to-sample (DMS) and whole genome genotyping data were obtained from 100 first-episode, treatment-naïve patients with schizophrenia and 140 healthy controls from the Mental Health Centre of the West China Hospital, Sichuan University. A composite score, delay-matching-to-sample total correct numbers (DMS-TC), was found to be significantly different between the patients and control. On associating quantitative DMS-TC with interactive variables of groups × genotype, one SNP (rs1411832), located downstream of YWHAZP5 in chromosome 10, was found to be associated with the working memory deficit in schizophrenia patients with lowest p-value (p = 2.02 × 10−7). ConsensusPathDB identified that genes with SNPs for which p values below the threshold of 5 × 10−5 were significantly enriched in GO:0007155 (cell adhesion, p < 0.001). This study indicates that working memory, as an endophenotype of schizophrenia, could improve the efficacy of GWAS in schizophrenia. However, further study is required to replicate the results from our study.\nworking memory; delayed-matching-to-sample test; schizophrenia; genome-wide association study; pathway\n15. Common causes of geriatric medical emergencies in China Liu, Hong-Wei | Han, Li-Na | Zhao, Yue-Xiang | Zhang, Wei\nJournal of Geriatric Cardiology : JGC 2015;12(1):91-92.\nChina; Comorbidity; Emergency medicine; The elderly\n16. A Single Hot Event Stimulates Adult Performance but Reduces Egg Survival in the Oriental Fruit Moth, Grapholitha molesta Liang, Li-Na | Zhang, Wei | Ma, Gang | Hoffmann, Ary A. | Ma, Chun-Sen\n17. Clinical observation of the therapeutic effects of pegylated recombinant human granulocyte colony-stimulating factor in patients with concurrent chemoradiotherapy-induced grade IV neutropenia WU, FENG-PENG | WANG, JUN | WANG, HUI | LI, NA | GUO, YIN | CHENG, YUN-JIE | LIU, QING | YANG, XIANG-RAN\n18. Molecular identification of Trichinella spiralis nudix hydrolase and its induced protective immunity against trichinellosis in BALB/c mice Long, Shao Rong | Wang, Zhong Quan | Liu, Ruo Dan | Liu, Li Na | Li, Ling Ge | Jiang, Peng | Zhang, Xi | Zhang, Zi Fang | Shi, Hai Ning | Cui, Jing\n19. Effects of different concentrations of tetramethylpyrazine, an active constituent of Chinese herb, on human corneal epithelial cell damaged by hydrogen peroxide Li, Na | Deng, Xin-Guo | Zhang, Shi-Hua | He, Mei-Feng | Zhao, Dong-Qing\n20. Clinical Features and Expressions of Foxp3 and IL-17 in Type 1 Autoimmune Pancreatitis in China Zhao, Li-Na | Han, Wen-Ya | Lu, Lu | Yu, Tao | Li, Jie-Yao | Min, Xiao-Hui | Xia, Zhong-Sheng | Yuan, Yu-Hong | Chen, Qi-Kui\n21. Reduced mir-29b-3p expression up-regulate CDK6 and contributes to IgA nephropathy Xing, Li-Na | Wang, Hao | Yin, Pei-Hao | Liu, Yu-Jun | Chi, Yang-Feng | Wang, Yun-Man | Peng, Wen\n22. Role of the prostaglandin E2/E-prostanoid 2 receptor signalling pathway in TGFβ-induced mice mesangial cell damage Li, Na-Na | Xu, Yu-Yin | Chen, Xiao-Lan | Fan, Ya-Ping | Wu, Jian-Hua\n23. Serum Gamma - Glutamyltransferase Is Associated with Albuminuria: A Population-Based Study Sun, Kan | Li, Feng | Lin, Diaozhu | Qi, Yiqin | Xu, Mingtong | Li, Na | Huang, Chulin | Ren, Meng | Li, Yan | Yan, Li\nPLoS ONE 2014;9(12):e114970.\nSerum γ - glutamyltransferase (GGT) is implicated in the pathogenesis of endothelial dysfunction and atherosclerosis. Albuminuria is a marker of endothelial damage and correlated with structural and functional integrity of the vasculature. Our objective was to evaluate the association between serum GGT level and prevalence of albuminuria in a Chinese population.\nThe prevalence of low-grade albuminuria and increased urinary albumin excretion were respectively 23.4% and 6.6% in this population and gradually increased across the sex-specific serum GGT quartiles (all P for trend <0.05). In logistic regression analysis, compared with subjects in the lowest quartile of serum GGT level, the adjusted odds ratios (ORs) in the highest quartile was 1.22 [95% confidence interval (CI), 1.04–1.43] for low-grade albuminuria and 1.55 (95% CI, 1.18–2.04) for increased urinary albumin excretion. In subgroup analysis, significant relationship of serum GGT level with both low-grade albuminuria and increased urinary albumin excretion were detected in women, younger subjects, overweight subjects and in those with hypertension or glomerular filtration rate greater than 90 (all P <0.05).\nSerum GGT level is associated with urinary albumin excretion in middle-aged and elderly Chinese.\n24. Inhibitory effects of dobutamine on human gastric adenocarcinoma Zheng, Hui-Xia | Wu, Li-Na | Xiao, Hong | Du, Qian | Liang, Jian-Fang\nWorld Journal of Gastroenterology : WJG 2014;20(45):17092-17099.\nAIM: To explore the inhibitory effects of dobutamine on gastric adenocarcinoma cells.\nMETHODS: Dobutamine was used to treat gastric adenocarcinoma cells (SGC-7901) and cell viability was determined by the 3-(4,5-dimethylthiazol-2-yl)-2,5-diphenyltetrazolium bromide (MTT) assay. The effects of dobutamine combined with cisplatin on cell viability were also analyzed. Cell migration was studied using the wound healing assay, and cell proliferation was analyzed using the colony formation assay. A cell invasion assay was carried out using Transwell cell culture chambers. The cell cycle and cell apoptosis were analyzed by flow cytometry. Western blot and immunocytochemistry were performed to determine the expression of Yes-associated protein (YAP) in treated cells.\nRESULTS: Dobutamine significantly inhibited cell growth, migration, cell colony formation, and cell invasion into Matrigel. Dobutamine also arrested the cell cycle at G1/S phase, and increased the rate of apoptosis of gastric adenocarcinoma cells. The expression of YAP was detected mainly in the nucleus in the absence of dobutamine. However, reduced expression of phosphorylated YAP was mainly found in the cytosol following treatment with dobutamine.\nCONCLUSION: Dobutamine has significant inhibitory effects on gastric adenocarcinoma cells and may be used in neoadjuvant therapy not only for gastric cancer, but also for other tumors.\nDobutamine; Gastric adenocarcinoma cells; Yes-associated protein; Hippo pathway; Human gastric adenocarcinoma cell line SGC-7901; Therapy\n25. Alterations in Ryanodine Receptors and Related Proteins in Heart Failure Ather, Sameer | Respress, Jonathan L | Li, Na | Wehrens, Xander HT\nBiochimica et biophysica acta 2013;1832(12):10.1016/j.bbadis.2013.06.008.\nSarcoplasmic reticulum (SR) Ca2+ release plays an essential role in mediating cardiac myocyte contraction. Depolarization of the plasma membrane results in influx of Ca2+ through L-type Ca2+ channels (LTCCs) that in turn triggers efflux of Ca2+ from the SR through ryanodine receptor type-2 channels (RyR2). This process known as Ca2+-induced Ca2+release (CICR) occurs within the dyadic region, where the adjacent transverse (T)-tubules and SR membranes allow RyR2 clusters to release SR Ca2+ following Ca2+ influx through adjacent LTCCs. SR Ca2+ released during systole binds to troponin-C and initiates actin-myosin cross-bridging, leading to muscle contraction. During diastole, the cytosolic Ca2+ concentration is restored by the resequestration of Ca2+ into the SR by SR/ER Ca2+-ATPase (SERCA2a) and by the extrusion of Ca2+ via the Na+/Ca2+-exchanger (NCX1). This whole process, entitled excitation-contraction (EC) coupling, is highly coordinated and determines the force of contraction, providing a link between the electrical and mechanical activities of cardiac muscle. In response to heart failure (HF), the heart undergoes maladaptive changes that result in depressed intracellular Ca2+ cycling and decreased SR Ca2+ concentrations. As a result, the amplitude of CICR is reduced resulting in less force production during EC coupling. In this review, we discuss the specific proteins that alter the regulation of Ca2+ during HF. In particular, we will focus on defects in RyR2-mediated SR Ca2+ release.


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url: =Articles+ start Author "Hu, Yue-ming" Remove constraint Author: "Hu, Yue-ming"\nhyperspectral remote sensing8\ncomputing and processing6\nback propagation neural network (bpnn)3\nguangdong agricultural sciences28\ncontrol theory \_& applications. kongzhi lilun yu yingyong8\njournal of environmental sciences (ios press)6\nannual report of china institute of atomic energy5\ncontrol and decision. kongzhi yu juece4\njournal of geodesy4\nkong zhi yu jue ce4\nyingyong shengtai xuebao4\n2017 36th chinese control conference (ccc), control conference (ccc), 2017 36th chinese2\n2017 ieee international conference on computational science and engineering (cse) and ieee international conference on embedded and ubiquitous computing (euc), computational science and engineering (cse) and embedded and ubiquitous computing (euc), 2017 ieee international conference on, cse-euc2\nchinese physics letters2\nieice transactions on fundamentals of electronics, communications and computer sciences2\nindustrial crops & products2\ninternational journal of clinical and experimental pathology2\njournal of environmental sciences china2\npathology - research and practice2\npathology research and practice2\nying yong sheng tai xue bao the journal of applied ecology2\nzhongguo gu shang china journal of orthopaedics and traumatology2\n2007 ieee 22nd international symposium on intelligent control1\n2007 ieee 22nd international symposium on intelligent control, intelligent control, 2007. isic 2007. ieee 22nd international symposium on1\n2016 eighth international conference on measuring technology & mechatronics automation (icmtma)1\nadvances in modelling & simulation1\ncancer biomarkers section a of disease markers1\ncell biochemistry & biophysics1\nhuan jing ke xue huanjing kexue1\njournal of food science & technology1\njournal of geodesy: continuation of bulletin geodesique and manuscripta geodaetica1\npathology - research & practice1\nxitong gongcheng lilun yu shijian (systems engineering theory & practice)1\n대한전자공학회 기타 간행물1\nchinese journal of applied ecology4\n"zhongguo gu shang" bian ji bu2\nchinese physical soc2\ntechnical committee on control theory, caa2\nying yong sheng tai xue bao bian ji wei yuan hui2\nchinese society of ecology1\nelsevier gmbh, urban & fischer verlag1\nke xue zhu ban she1\nsolarbrite co., ltd.1\nusa-china science and culture media corporation1\nzhongguo yao xue hui : zhongguo zhong yi yan jiu yuan zhong yao yan jiu suo1\nChina Online Journals214\n1. Monitoring of Inefficient Land Use with High Resolution Remote Sensing Image in a Chinese Mega-City \nSong, Ying-Qiang, Pan, Zhuo-Kun, Liu, Yi-Lun, Zhou, Wu, Hu, Yue-Ming, and Cui, Xue-Sen\n2017 IEEE International Conference on Computational Science and Engineering (CSE) and IEEE International Conference on Embedded and Ubiquitous Computing (EUC) CSE-EUC Computational Science and Engineering (CSE) and Embedded and Ubiquitous Computing (EUC), 2017 IEEE International Conference on. 2:242-249 Jul, 2017\n2. Classification of Urban Construction Land with Worldview-2 Remote Sensing Image Based on Classification and Regression Tree Algorithm \nZhou, Wu, Song, Ying-Qiang, Pan, Zhuo-Kun, Liu, Yi-Lun, Hu, Yue-Ming, and Cui, Xue-Sen\n2017 IEEE International Conference on Computational Science and Engineering (CSE) and IEEE International Conference on Embedded and Ubiquitous Computing (EUC) CSE-EUC Computational Science and Engineering (CSE) and Embedded and Ubiquitous Computing (EUC), 2017 IEEE International Conference on. 2:277-283 Jul, 2017\n3. Automatic defect inspection of patterned FPC board based on 1-D fourier reconstruction \nDu, Juan, Chen, Fang, and Hu, Yue-Ming\n2017 36th Chinese Control Conference (CCC) Control Conference (CCC), 2017 36th Chinese. :10109-10112 Jul, 2017\n4. An improved image segmentation approach using FGFCM with an edges-based neighbor selection strategy and PSO \nHu, Yue-ming, Yu, Meng-qi, and Du, Juan\n2017 36th Chinese Control Conference (CCC) Control Conference (CCC), 2017 36th Chinese. :10951-10955 Jul, 2017\n5. Spatial variability of selected metals using auxiliary variables in agricultural soils \nSong, Ying-Qiang, Zhu, A-Xing, Cui, Xue-Sen, Liu, Yi-Lun, Hu, Yue-Ming, and Li, Bo\n6. Inhibition mechanism of α-glucosidase inhibitors screened from Artemisia selengensis Turcz root \nWang, Shu, Xie, Xing, Zhang, Lu, Hu, Yue-ming, Wang, Hui, and Tu, Zong-cai\nIndustrial crops and products. 143\n7. Research of sequencing with chain constraints based on genetic algorithm \nGao Chen Jie, Zhang Mei, and Hu Yue Ming\nProceedings of the 31st Chinese Control Conference Control Conference (CCC), 2012 31st Chinese. :2406-2410 Jul, 2012\n8. 卫星高光谱大气CO2探测精度验证研究进展 / Review of the validation of atmospheric CO2 from satellite hyper spectral remote sensing \n张兴赢, 孟晓阳, 周敏强, 白文广, 周丽花, 胡玥明, 余骁, ZHANG Xing-Ying, MENG Xiao-Yang, ZHOU Min-Qiang, BAI Wen-Guang, ZHOU Li-Hua, HU Yue-Ming, and YU Xiao\n气候变化研究进展 / Climate Change Research. 14(6):602-612\n9. 基于全过程的土地整治项目实施问题、成因及对策研究 / Study on the Problems, Causes and Countermeasures of Land Consolidation Projects based on the Whole Process \n唐秀美, 潘瑜春, 刘玉, 童秋英, 邓胜华, 胡月明, 郑艳东, 郝星耀, TANG Xiu-mei, PAN Yu-chun, LIU Yu, TONG Qiu-ying, DENG Sheng-hua, HU Yue-ming, ZHENG Yan-dong, and HAO Xing-yao\n中国土地科学 / China Land Science. 32(3):35-42\n10. 基于产业结构视角的县域农业增长空间特征研究 / Spatial Features of Agricultural Growth by County from the Perspective of Industrial Structure \n刘玉, 唐秀美, 潘瑜春, 胡月明, LIU Yu, TANG Xiu-mei, PAN Yu-chun, and HU Yue-ming\n自然资源学报 / Journal of Natural Resources. 33(2):246-261\n11. 华南地区亚热带树木叶面积指数的高光谱反演研究 / Hyperspectral Inversion of Leaf Area Index of Subtropical Vegetation in South China \n汪清泓, 刘振华, 胡月明, 宋英强, WANG Qing-hong, LIU Zhen-hua, HU Yue-ming, and SONG Ying-qiang\n热带亚热带植物学报 / Journal of Tropical and Subtropical Botany. 26(4):323-334\n12. 高校体育院系创建青少年体育俱乐部的意义与可行性分析 / Significance and Feasibility Analysis of Establishing Sports Clubs for Young People in Colleges and Universities \n胡承志, 董国罡, 胡越铭, HU Cheng-zhi, DONG Guo-gang, and HU Yue-ming\n通化师范学院学报 / Journal of Tonghua Normal University. 39(10):123-126\n14. A new online extreme learning machine with varying weights and decision level fusion for fault detection \nLuo, Jia-xiang, Luo, Dan, and Hu, Yue-ming\nKong zhi yu jue ce. 33(6):1033-1040\n15. Using sequential indicator simulation method to define risk areas of soil heavy metals in farmland \nYang, Hao, Song, Ying-qiang, and Hu, Yue-ming\nYing yong sheng tai xue bao. 29(5):1695-1704\n16. GIS专业英语课程教学改革探索 / Exploration on the Teaching Reform of"Professional English for GIS" \n刘轶伦, 胡月明, 王璐, 徐剑波, 隆少秋, LIU Yi-lun, HU Yue-ming, WANG Lu, XU Jian-bo, and LONG Shao-qiu\n教育教学论坛 / jiaoyu jiaoxue luntan. (40):135-137\n17. 沙门氏菌Ⅲ型分泌候选基因yiiG的比较基因组分析 / Comparative genomic analysis of Salmonella type Ⅲsecreted candidate gene yiiG \n程希, 胡跃明, 郭志荣, 汪业军, CHENG Xi, HU Yue-ming, GUO Zhi-rong, and WANG Ye-jun\n18. 结合深度卷积网络与加速鲁棒特征配准的图像精准定位 / Accurate image locating combining deep convolution network with SURF registering \n罗家祥, 林畅赫, 王加朋, 胡跃明, LUO Jia-xiang, LIN Chang-he, WANG Jia-peng, and HU Yue-ming\n光学精密工程 / Optics and Precision Engineering. 25(2):469-476\n19. 一类非线性切换系统的自适应神经动态面控制 / Adaptive neural dynamic surface tracking control for a class of switched nonlinear systems \n王加朋, 胡跃明, 罗家祥, WANG Jia-peng, HU Yue-ming, and LUO Jia-xiang\n控制理论与应用 / Control Theory & Applications. 34(10):1396-1402\n20. HI-13串列加速器头部电压建模研究与硬件仿真平台设计 / HI-13 Tandem Accelerator Terminal Voltage Modeling Research and Hardware Simulation Platform Design \n雷洁珩, 胡跃明, LEI Jie-heng, and HU Yue-ming\n原子能科学技术 / Atomic Energy Science and Technology. 51(5):938-941


url: =Fengtao Fan (范峰滔）\nVice director of State Key Laboratory of Catalysis\n2016- State Key Laboratory of Catalysis, Vice director\n2015- Professor, Dalian Institute of Chemical Physics\n2011-2012 Visiting Scholar, Utrecht University, the Netherland\n2010-2015 Associate Professor/Hundred Talent Program, Dalian Institute of Chemical Physics\n2003-2010 PhD, Dalian Institute of Chemical Physics\n2019 National Ten Thousand Talent Program – Young Top-Notch Talent\n2018 Zhang Dayu Excellent scholar by DICP\n2018 Young Scientist Excellence Award by Chinese Renewable Energy Society, Photochemistry Committee\n2016 Zhang Dayu Youth scholar by DICP\n2013 Lu Jiaxi Young Scientist Award of Chinese Academy of Sciences\n2012 Rising Star Award by the Catalysis Society of China\n2012 Young Scientist Award of 15th International Congress on Catalysis\n2011 National Award for Natural Sciences, Second Prize\n2011 Outstanding Thesis Awards of Chinese Academy of Sciences\n2010 Hundred-talent program of DICP\n2010 Natural Science Prize of Liaoning Province, First Prize\n2009 Lin-Liwu Catalysis Award for Ph. D student\n2008 DICP-Corning Award\n2008 Young Scientist Award of 14th International Congress on Catalysis\n· operando spectroscopy\n· Photoelectrical imaging spectroscopy\n· Photoinduced charge separation at nm/μm scale\n· Development of Deep Ocean UV Raman spectrograph\nPhotoelectrical imaging spectroscopy & Photocatalysis\n1. Ruotian Chen; Shan Pang; Hongyu An; Thomas Dittrich* ; Fengtao Fan* ; Can Li *, Nano Lett., 2019, 1, 426\n2. Ruotian Chen; Shan Pang; Hongyu An; Jian Zhu; Sheng Ye; Yuying Gao; Fengtao Fan*; Can Li*, Charge separation via asymmetric illumination in photocatalytic Cu2O particles, Nature Energy, 2018, 3: 655~663\n3. Ruotian Chen; Fengtao Fan* ; Thomas Dittrich* ; Can Li *, Imaging photogenerated charge carriers on surfaces and interfaces of photocatalysts with surface photovoltage microscopy, Chem. Soc. Rev. 2018, 47: 8238-8262\n4. Jian Zhu; Shan Pang; Thomas Dittrich; Yuying Gao; Wei Nie; Junyan Cui; Ruotian Chen; Hongyu An; Fengtao Fan*; Can Li*,Visualizing the Nano Cocatalyst Aligned Electric Fields on Single Photocatalyst Particles, Nano Lett., 2017, 17: 6735~6741\n5. Yuying Gao; Jian Zhu; Hongyu An; Pengli Yan; Baokun Huang; Ruotian Chen; Fengtao Fan*; Can Li*, Directly Probing Charge Separation at Interface of TiO2 Phase Junction, J. Phy. Chem. Letters, 2017, 8: 1419~1423\n6. Zhu, Jian#; Fan, Fengtao#; Chen, Ruotian; An, Hongyu; Feng, Zhaochi; Li, Can *, Direct Imaging of Highly Anisotropic Photogenerated Charge Separations on Different Facets of a Single BiVO4 Photocatalyst , Angew. Chem., Int. Ed., 2015, 54: 5111~9114\nIn situ UV Raman spectroscopy @ zeolite catalysts\n7. Hongyu An; Fei Zhang; Zaihong Guan; Xuebin Liu; Fengtao Fan*; Can Li*, Investigating the Coke Formation Mechanism of H-ZSM-5 during Methanol Dehydration Using Operando UV-Raman Spectroscopy, ACS Catal. 2018, 8, 9207–9215\n8. Fan F, Feng Z, Li C*. UV Raman spectroscopic study on the synthesis mechanism and assembly of molecular sieves. Chem Soc Rev 39, 4794-4801 (2010)\n9. Fan F, Feng Z, Li C*. UV Raman Spectroscopic Studies on Active Sites and Synthesis Mechanisms of Transition Metal-Containing Microporous and Mesoporous Materials. Acc Chem Res 43, 378-387 (2010)\n10. Fan F, Sun K, Feng Z, Xia H, Han B, Lian Y, Li C* et al. From Molecular Fragments to Crystals: A UV Raman Spectroscopic Study on the Mechanism of Fe-ZSM-5 Synthesis. Chem-Eur J 15, 3268-3276 (2009)\n11. Fan F, Feng Z, Sun K, Guo M, Guo Q, Song Y,Li C* et al. In Situ UV Raman Spectroscopic Study on the Synthesis Mechanism of AlPO-5. Angew Chem, Int Ed 48, 8743-8747 (2009)


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