url: =Guangzhou to Fuzhou flight duration | Flight duration calculator | flight-durations.com\nGuangzhou to Fuzhou flight duration\nWhat is the flight duration from Guangzhou to Fuzhou?\nOn average there are 15 flights flying direct each day from Guangzhou to Fuzhou. Below you will find the quickest flight duration, the average flight time and the longest flight duration.\nThe fastest direct flight from Guangzhou to Fuzhou is 1 hours 35 minutes.\nA distance of 430 miles / 692 km\nRelated: Return journey Fuzhou to Guangzhou flight duration\nGuangzhou to Fuzhou flight duration breakdown\nThe average flight time from Guangzhou to Fuzhou is 1 hours 39 minutes\nDistance from Guangzhou to Fuzhou is 430 miles / 692 km\nFlying with Hebei Airlines\nGuangzhou to Fuzhou flight time via Shanghai Hongqiao | to via SHA\nGuangzhou to Fuzhou flight time via Changsha | to via CSX\nGuangzhou to Fuzhou flight time via Chongqing | to via CKG\nGuangzhou & Fuzhou local time and timezones\nFuzhou, China and Guangzhou, China have the same time\n15:50 Thu, 4 Jun, 2020,\nPlanning a trip or just interested to find out the flight time between Guangzhou, China and Fuzhou, China? Be prepared, as flight times can change depending on many factors such as, weather condition, wind speed, flight path and congestion in the air. Due to these factors the actual flight time could be less than 1 hours 39 minutes but on occasion could be longer than the stated time.


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url: =WangHongYan - Dissertation\nAbout 203 item dissertation in line with WangHongYan query results,the following is 1 to 50(Search took 0.088 seconds)\nResearch on the Problem of Z Company Labor Service Dispatch,WangHongYan/Nanjing University of Technology and Engineering,0/11\nThe Optimization of Memory Controller for High Performance CPU,WangHongYan/National University of Defense Science and Technology,0/14\nThe Indigenization Development under the Transformation,WangHongYan/East China Normal University,0/182\nOn the Exploration of Formative Evaluation in Senior High School Physics Teaching,WangHongYan/Central China Normal University,0/2\nThe Study on the Relationships among Self-esteem, Interpersonal and Academic Pressures of Junior High School Students,WangHongYan/Hebei Normal,0/27\nResearch on the Application of Vehicle Routing Problem in Serices for the Aged,WangHongYan/Huazhong University of Science and Technology,0/8\nA Study of Teacher Talk in Secondary School English Classrooms,WangHongYan/Shandong Normal University,0/28\nThe Clinical Epidemiological Analysis of Depressive Disorder so as to Discover the Syndrome Regularity,WangHongYan/Shandong University of Traditional Chinese Medicine,0/170\nChangji Plant Diseases and Inscet Pests of Gardan Plant Specise and Its Research and Analysis,WangHongYan/Northwest University of Science and Technology,0/36\nResearch on the Upgrading and Improved Tactics of Alkaline Earth Houses in Northeast China,WangHongYan/Shenyang University of construction,0/7\nStudy on Bonding Performance and Construct of Nanomaerial of Bamboo and Wood Treated by Cold Plasma,WangHongYan/Nanjing Forestry University,0/72\nStudy on Optimal Placement Strategy of Film and Television Product Placement,WangHongYan/Henan University,0/1\nOptimizing Vehicle Fleet Management with Travel Time Reliability Constraint,WangHongYan/Northeastern University,0/35\nThe Design and Implementation of Industrial Thermocouple Auto-verification Experiment System,WangHongYan/Inner Mongolia University of Science and Technology,0/87\nResearch on Optimization for Triangular Mesh Surface Flattening Technology,WangHongYan/Harbin Institute of Technology,0/8\nHigh Order Image Priors Learning for Image Deblurring,WangHongYan/Dalian University of Technology,0/65\nWaveform Optimization for MIMO Radar,WangHongYan/Xi'an University of Electronic Science and Technology,0/208\nResearch on Multimedia Self-Adaptating Coding Transmittion Technology,WangHongYan/Southwest Jiaotong University,0/23\nEvolution of Self-similar Pulse in Optic Fiber Amplifier,WangHongYan/Shanxi University,0/37\nStudy on the Education of the Values in Higher Vocational Colleges,WangHongYan/Hebei Normal,0/62\nThe current situation of information self-efficacy of high school students and its cultivation,WangHongYan/Shandong Normal University,0/95\nThe Effectiveness Research of Junior High School Curriculum Implementation,WangHongYan/Lu Tung University,0/192\nResearch of the School Organization’s Change in Curriculum Reform Promoting,WangHongYan/Northeast Normal University,0/825\nEverlasting Belief,WangHongYan/Wuhan University,0/49\nNew Study on Recognition and Enforcement of Interregional Divorce Judgment between Mainland China and Hong Kong,WangHongYan/East China University of Political Science,0/184\nThe Thinking of the Construction of Chinese Government Image,WangHongYan/Hubei University,0/96\nStudy on Oil Training Classes of Popa,WangHongYan/Zhejiang University of Technology,0/11\nNarrative Study of Chinese Modern Psychological Analysis,WangHongYan/Fujian Normal University,0/128\nStudy of Relationship and Mechanism Between Wnt2B Cell Signaling Pathway and Tumor Development,WangHongYan/Huazhong University of Science and Technology,0/258\nThe Effect of Insulin、Testosterone、AngⅡ、Ang-(1-7) on Renin-angiotensin Receptors in Endometrial Cell and Endometrial Cell Development,WangHongYan/Hebei Medical University,0/26\nDifferentiation of Benign and Malignant Breast Lesions:a Comparison between Automatically Generated Breast Volume Scans and Handheld Ultrasound Examinations,WangHongYan/Beijing Union Medical College,0/178\nGenetic Safety and Fertility Reserve of Vitrification on Prepubertal Mouse Ovaries Using a Innovative Vitrification Solution,WangHongYan/Shandong University,0/73\nClinical Study on Therapeutic Effects of Bushenyinaofang in Treatment of Vascular Dementia,WangHongYan/Shandong University of Traditional Chinese Medicine,0/120\nResearch on Performance Management System for L State-owned Forest Farm in Anji County of Zhejiang Province,WangHongYan/Beijing Forestry University,1/67\nStudies on Centrifugal Damage Physiology and Disease Resistence of Mung Bean Spouts,WangHongYan/Zhejiang Technology and Business University,0/22\nThe Bacterial Composition and Diversity in Honeydew of Cinara Tujafilina,WangHongYan/Northwest University of Science and Technology,0/1\nIdentification of Ina Bacteria from Banana Plants in Fujian and Its Effects on the Related Physiological and Biochemical Indexes of. Banana Plants,WangHongYan/Fujian Agriculture and Forestry University,0/71\nThe Spatial Variations of Soil Water and Salt Content under the Populus Euphratica in Jinta and Dingxin Oasis, Gansu Province,WangHongYan/Northwest Normal University,0/28\nRelations between Biomass Indices and Soil Carbon Deposition of Larch Plantations,WangHongYan/Northeast Forestry University,0/72\nAssessment and Monitoring of Land Degradation Using NPP and Vegetation Rain Use Efficency,WangHongYan/Chinese Academy of Forestry,0/2\nStudy on the Charging and Discharging Characteristics of Power Battery Pack Used in Electric Vehicle,WangHongYan/North China Electric Power University,0/167\nResearch on the Competitiveness of Yingkou Port among Bohai Sea Port Cluster,WangHongYan/Dalian Maritime University,0/154\nResearch on the Agricultural Non-point Source Pollution Control of Gansu,WangHongYan/Lanzhou University,0/41\nDiamond Tool Wear and Length of C-C Bond,WangHongYan/Yanshan University,0/118\nStudies for Hydronrocessing on Coal Tar from Polygeneration System in Huainan,WangHongYan/Zhejiang University,0/70\nTechnical and Economical Analysis of Straw Gasification Engineering for Central Gas Supply,WangHongYan/Chinese Academy of Agricultural Sciences,2/288\nHuman soluble guanylate cyclase expression of 2 β gene cloning, 1 protein purification study on structure and properties and,WangHongYan/Fudan University,0/75\nAge、Geochemistry and Tectonic Implications of the No. Ⅰ Xindi Bimodal Intrusive Complex in Quruqtagh,WangHongYan/Chinese Academy of Geological Sciences,0/78\nStudies on CFL Color Superconducting Quark Matter and Properties of Hybrid Stars,WangHongYan/Jilin University,0/18


url: =The Lichenologist | Open Access | Cambridge Core\nPublished online: 30 May 2017, pp. 291-296\nPublished online: 27 September 2016, pp. 469-488


url: =Dynamic Change of Groundwater Level in Waterlogged Gleyed Paddy Soils in Hilly Red Soil Region and Its Effects on Availability of Soil Nitrogen and Phosphorus--《Acta Ecologica Sinica》2002年04期\n《Acta Ecologica Sinica》 2002-04\nDynamic Change of Groundwater Level in Waterlogged Gleyed Paddy Soils in Hilly Red Soil Region and Its Effects on Availability of Soil Nitrogen and Phosphorus\nXIANG Wan-Sheng 1,2 , LI Wei-Hong 2, TONG Chen-Li\_+2, WU Jin-Shui 2,LI Xue-Yuan\_+1 1.Huazhong Agricultural University, Wuhan,430070,China; 2.Changsha Institute of Agricultural Modernization, Chinese Academy of Sciences, Changsha 410125,China).\nGleyed paddy soil is a major type of low yield paddy soil in hilly red soil region in south China. It mainly results from the high groundwater level and poor drainage due to low topographical location. In addition, inappropriate management is another factor attributed to its formation. There has been much work on the formation,physical and chemical characteristics,nutrient supply and amelioration of gleyed paddy soil.However, very little information is available on changes in groundwater level and its effect on available nutrients in gleyed paddy soil.In this paper,yearly changes of groundwater level in waterlogged gleyed paddy soil in a hilly red soil region and its effect on availability of soil nitrogen(N) and phosphorus (P) were determined in field and laboratory studies.Based on the differences of groundwater characteristic, topographical feature and gleying intensity of soil formation, gleyed paddy soils in hilly red soil region can be classified into three major types: i.e. pappy gleyed paddy soil, cool gleyed paddy soil and grey gleyed paddy soil. From August 1997 to July 1999, some observatory wells for measuring groundwater level in the three major types of gleyed paddy soils were set up to study yearly change of groundwater level in a hilly red soil region in northern Hunan Province, China. It was found that the groundwater level reached the highest during the rain season April to August, and the lowest during January to March and September to December.between rainfall and irrigation. There was a significant correlation between the height of groundwater level and monthly rainfall.Double early rice,which was grown from May to July,was damaged more severely by high groundwater level than double late rice,which was grown from August to October,in waterlogged gleyed paddy soils.Based on the characteristics of groundwater level change,gleyed paddy soils can be classified into two categories:i.e.stable and unstable groundwater level.For the gleyed paddy soil with a stable groundwater level,groundwater level remained above the plow pan or even reached the soil surface all the year round.Pappy gleyed paddy soil can be included in this category.For the one with an unstable groundwater level,its groundwater level changed more frequently with the change of rainfall,which could reach the cultivated horizon or even the soil surface during the spring and summer season and drop to 70 cm below the soil surface during autumn and winter season.Cool gleyed paddy soil and grey gleyed paddy soil can be included in this category.It was suggested that different water management techniques should be adopted for each category of gleyed paddy soil with different characteristics of groundwater level.A wetting irrigation technique is suitable for the gleyed paddy soil with a stable groundwater level,i.e.the cultivated horizon will be kept saturated by minimum irrigation and free water layer in the field will be avoided during the whole period of rice growth.On the other hand,for the gleyed paddy soil with unstable groundwater level,wet-dry intermittent irrigation technique should be applied,i.e.20～30 cm water layer should remain in the field before ear sprouting stage and the cultivated horizon will be kept wet thereafter.Soil samples of cultivated horizon were taken around the observatory wells while the groundwater levels were measured.Soil available N(alkali-hydrolyzable N),soil available P(Olsen-P) and different chemical forms of inorganic P(Al-P,Fe-P,Ca-P and O-P) were analyzed.Correlation analysis showed that available N and P in gleyed paddy soil were significantly positively correlated with the depth of groundwater level (r 1=0.79 ** ,r 2=0.82 ** ,repectively),which demonstrated that the availability of N and P in gleyed paddy soil decreased with groundwater level rising.According to the correlation equations,it is predicated that soil avalilable N and P would decrease 7\_^6 and 1\_^1 mg/kg respectively if the groundwater level rises 10 cm.The groundwater levels not only influence the availability of soil N and P,bu\n【Fund】： 国家“九·五”攻关专题资助项目 ( 96 -0 0 4 -0 3-0 2 ) ;; 国家重点基础发展规划资助项目 ( G19990 1 1 80 2 )\n1 ZHANG Xue-jun;REN Fa-chun;ZHAO Ying;LUO Jian-hang;CHEN Xiao-qun;Institute of Agricultural Resources and Environment, Ningxia Academy of Agriculture and Forestry Sciences;Yanghe Service Center for Agricultural Technologies in Yongning County of Yinchuan;;Seasonal Changes of Nitrate Leaching in Greenhouse Vegetable Field in Yellow River Irrigation Region of Ningxia, China[J];Journal of Agro-Environment Science;2014-10\n2 LU Peng~(1,2,3),HUANG Dao-you~2,SONG Bian-lan~2,HUANG Min~2,LIU Shou-long~2,SU Yi-rong~2,XIAO He-ai~2,WU Jin-shui~(1,2*)(1 State Key Lab.of Soil Erosion and Dry Land Farming on the Loess Plateau,Inst.of Soil and Water Conser.,CAS and MWR,Yangling 712100,China;2 The Institute of Subtropical Agriculture,Chinese Academy of Sciences,Changsha 410125,China;3 The State Key Lab. of Remote Sensing Science,Inst.of Remote Sensing Applications,CAS,Beijing 100101,China);Spatial variability of soil nutrition in the typical landscape unit of red soil hilly in subtropical region[J];Plant Nutrition and Fertilizing Science;2005-06\n1 Gu Hanhu Xiang Wansheng Li Ling (Changsha Institute of Agricultural Modernization,the Chinese Academy of Sciences,Changsha,410125);A STUDY ON WETLAND LOW YIELD SOIL AND ITS IMPROVEMENT[J];PESOURCES AND ENUIRONMENT IN THE YANGTZA VALLEY;1997-04\n2 Zhang Yang-zhu(Department of Natural Resources, Hunan Agricultural University, Changsha 410128)Jiang You-li (Bureau of Land Management of Qiyang County, Hunan Province)Huang Yun-xiang; Hu Rui-zhi; Xiao Yong-lan (Department of Natural Resources, Hunan Agri;EFFECTS OF RICE-BASED CROPPING SYSTEM, ORGANIC MANURE AND GROUNDWATER LEVEL ON PHOSPHATE SORPTION BY PADDY SOILS DERIVED FROM RED EARTH[J];ACTA PEDOLOGICA SINICA;1998-03\n1 TANG Jian-feng et al (Xinyang Agricultural College,Xinyang,Henan 464000);Investigation of the Nutrient Status in the Soil along Highway and its Limited Faclor[J];Journal of Anhui Agricultural Sciences;2006-16\n2 XU Xiao-hui et al(College of Life Sciences,China Jiliang University,Hangzhou,Zhejiang 310018);Analysis on the Fe~(2+) Tolerance of Ferritin Transgenic Rice[J];Journal of Anhui Agricultural Sciences;2012-15\n3 FEI Yong-jun LIU Zhi-xiong YE Yu-e (colleg of Gardening and Horticulture,Yangtze University,Jingzhou,Hubei 434025,China);Research on Plant Community Structure of Wetland in Village Ditches in Western Suburb of Jingzhou[J];Journal of Yangtze University(Natural Science Edition)Agricultural Science Volume;2005-01\n4 ZHU Jian-qiang (Engineering Center for Wattrlogged Land Development,Yangtze University,Jingzhou,Hubei 434025,China;The key laboratory of Education Ministry for Agriculture Soil and Water Engineering in Arid Area,Northwest Sci-Tech University of Agriculture & (?)estry,Yangling,Shaanxi,712100,China) QIAO Wen-jing (The key laboratory of Education Ministry for Agriculture Soil and Water Engineering in Arid Area,Northwest Sci-Tech University of Agriculture & Forestry,Yangling,Shaanxi,712100,China) HUANG Zhi-min (Hubei Provincial Jingzhou Experimental Station of Agro-meteorology,Jingzhou,Hubei 434025,China);Agricultural Soil and Water Environment in Jianghan Plain and Utilization[J];Journal of Yangtze University(Natural Science Edition)Agricultural Science Volume;2005-04\n5 GONG Shengsheng (Department of Geography, Central China Normal University, Wuhan 430079,China);HISTORICAL VARIATION AND SUSTAINABLE UTILIZATION OF THE JIANGHAN-DONGTING PLAIN'S WETLANDS[J];Resources and Environment in the Yangtze Basin;2002-06\n6 CHEN Lu, NI Xue-ming (Wuhan Institute of Botany, The Chinese Academy of Sciences, Wuhan 430074, China);ECOLOGY SYSTEM CHARACTERS OF LOWLAND LAKE FIELDS AND THEIR DEVELOPMENT AND UTILIZATION[J];Resources and Environment in the Yangtze Basin;2004-06\n7 LI Qing-hua,WANG Fei,HE Chun-mei,LIN Cheng,LI Yu,LIN Xin-jian(Soil and Fertilizer Research Institute,Fujian Academy of Agricultural Sciences,Fuzhou,Fujian 350013,China);Formation,Difficulties and Utilization of Cold Water Paddy Fields in Fujian[J];Fujian Journal of Agricultural Sciences;2011-04\n8 XIONG Hanfeng, LIAO Qingzhou, WU Qingfeng& WANG Yunhua (Huazhong Universitry of Agriculture, Wuhan 430070, P. R. China) (Erzhou City Agricultural Station of Hubei Province, Erzhou 436000, P. R. China);Distributi on Soil Nutrients and Correlation Analysis in Lake Liangzi Wetlands,Hubei Province[J];Journal of Lake Science;2005-01\n9 XING Chenghua1,CAI Miaozhen(2) (1.College of Biological Engineering,Jinhua College of Vocational Technology,Jinhua 321017,China;2 College of Chemistry and Life Sciences,Zhejiang Normal University,Jinhua 321004,China);Toxological Effect of Excessive Fe~(2+) Stress on Rice[J];Guangdong Trace Elements Science;2007-01\n10 ZHAO Lu1,SHI Dong-yan2,GAO Xiao-ye1,AN Yuan1(1.School of Agriculture and Biology,Shanghai Jiao Tong University,Shanghai 200240,China; 2.Biology Departmet,Heze University,Heze 274000,China);Effects of alfalfa green manure on rice yield and soil fertility[J];Pratacultural Science;2012-07\n2 ZHANG Guo-liang et al(Department of Agriculture Engineering and Food Technology,Huaiyin Institute of Technology,Huaian,Jiangsu 223001);Influences of Fertilization Formula on Rice Population Quality and Yield[J];Journal of Anhui Agricultural Sciences;2005-12\n3 ZHANG Xiao-qian,CHEN Zhuo,CHANG Peng,QU Ying-hua (College of Water Conservancy and Civil Engineering,China Agricultural University,Beijing 100083);Research Progress of Soil Nitrogen Mineralization[J];Northern Horticulture;2010-15\n6 Lu Xiaosong;Brief Talk on Soil Testing and Fertilizer Technology of Paddy Rice[J];Beijing Agriculture;2011-03\n8 YANG Lu-hua 1,SHEN Rong-kai 2 (1.Agricultural University of Hebei,Baoding 071001, China; 2.Wuhan University, Wuhan 430072, China);Experiment and study on response of nitrogen mineralization to soil water content[J];Journal of Agricultural University of Hebei;2002-04\n10 Lang Kuijian; Li Changsheng; Yin You; Lang Pumei; Wang Weifang; Liu Peng; Liu Gang(Northeast Forestry University, Harbin 150040, P. R. China);The Measurement Theory and Method of 10 Forest Ecological Benefits for Forestry Ecological Engineering[J];JOURNAL OF NORTHEAST FORESTRY UNIVERSITY;2000-01\n1 LI Bao-ping et al (Forestry College,Guangxi University,Nanning,Guangxi 530005);Research and Evaluation on the Surface Runoff Characteristics of Young Eucalyptus grandis × E.urophylla Forest Land in the Low Hilly District of Subtropical Zone[J];Journal of Anhui Agricultural Sciences;2009-31\n2 LI Xiao-fei et al(Geological Science College,Fujian Normal University,Fuzhou,Fujian 350007);Spatial Variability of Soil Nutrients in Typical Red Soil Erosion Region[J];Journal of Anhui Agricultural Sciences;2011-12\n3 Ma Wanzhu1,2,L Xiaonan2,1,Chen Xiaojia2(1.College of Environmental Sciences and Technology,Zhejiang Forestry University,Lin’an 311300,China;2.Institute of Environment Resources,Soil & Fertilizer,Zhejiang Academy of Agricultural Sciences,Hangzhou 310021,China)..;Application of 3S Technology in the Study of Spatial Variability of Soil Nutrient[J];Agriculture Network Information;2009-07\n4 Ma Guizhou(School of Geography and Planning, Ludong University, Yantai 264025);Analyzing the Trend of Agricaltural Non-point Source Pollation in Shandong Province[J];Science Mosaic;2007-02\n5 LIU Zhi-xiong,WAN Su-qin,LIU Min(Wuhan Regional Climate Center,Wuhan 430074,China);Preliminary Study on Adaptability of ORYZA2000 Model for Simulation of Middle Rice Growth in Jianghan Plain[J];Hubei Agricultural Sciences;2012-22\n6 ZHAO Li-min1,2, SHI Xue-zheng2, HUANG Yao1, XU Mao3, YU Dong-sheng2, WANG Hong-jie2, ZHANG Li-ming1,2, ZHANG Yong2 (1 College of Resources and Environmental Sciences, Nanjing Agricultural University, Nanjing 210095, China; 2 State Key Laboratory of Soil and Sustainable Agriculture ( Institute of Soil Science, Chinese Academy of Sciences), Nanjing 210008, China; 3 Jiangsu Agricultural & Forestry Department, Nanjing 210036, China);Influential Factors of Spatial Heterogeneity of Soil Nutritions in Taihu Lake Region[J];Soils;2008-06\n7 ZHANG Zhi-xia1,XU Ming-xiang1,2,WU Yong-bin3,ZHANG Li-gong3(1 State Key Laboratory of Soil Erosion and Dry land Farming on Loess Plateau/Institute of Soil and Water Conservation,Chinese Academy of Sciences and Ministry of Water Resource,Yangling,Shaanxi 712100,China; 2 College of Resource and Environment,Northwest A&F University,Yangling,Shaanxi 712100,China; 3 Agro-Tech Extension Center of Zhuanglang County,Zhuanglang,Gansu 744600,China);Spatial variation of soil organic carbon of croplands in hilly Loess Plateau region of China——A case study in Zhuanglang County,Gansu Province[J];Journal of Plant Nutrition and Fertilizer;2013-04\n1 Gu Hanhu (Changsha Institute of Agricultural Modernization,Chinese Academy of Sciences,Changsha,410125);STUDIES ON THE UTILIZATION AND AMELIORATION OF GLEYED PADDY SOIL IN LOW LACUSTRINE PLAIN[J];Resources and Environment in the Yangtze Basin;1993-02\n2 Zhang Yangzhu;Yuan Zhengping;Xiao Yonglan;Jiang Jianrong;Zhong Shouling, (The Department of Agronomy);A STUDY OF THE PHOSPHATE RETENTION CHARACTERISTICS OF PADDY SOIL AND ARABLE RED EARTH DEVELOPED FROM THE QUATERNARY RED CLAY[J];;1989-02\n3 Zhang Yangzhu Xiao Yonglan Yuan Zhengping Jiang Jianrong (Department of Agronomy, HNAC, Changsha);EFFECTS OF VARIOUS CROPPING SYSTEMS ON PHOSPHATE RETENTION BY PADDY SOIL DEVELOPED FROM RED EARTH[J];;1991-S1\n4 He Dian yuan Changsha institute of agricultural modernization acadcmia sinica;STUDY ON THE FORMATION AND AMELIORATION OF ORIGINAL AND SECONDARY GLEIZATION OF PADDY SOIL[J];Research of Agricultural Modernization;1984-06\n5 Zhang Zhaoming, Deng Songlu, Zhao Liangqi and Su Yongquang;Studies on the Purple Nonsulfur Photosynthetic Bacteria I. Isolation, Identification and Physiology of Rhodopseudomonas sphaeroides[J];Journal of Shanxi University (Natural Science Edition);1984-04\n6 Cao Zhihong and Li Chingkwei (Institute of Soil Science, Academia Sinica, Nanjing);PHOSPHORUS SORPTION AND DESORPTION ISOTHERMS FOR SOME LOESSIAL SOILS OF NORTH CHINA PLAIN[J];Acta Pedologica Sinica;1988-03\n8 Zhao Xiaoqi and Lu Rukun (Institute of Soil Science, Academia ,Sinica, Nanjing);EFFECT OF ORGANIC MANURES ON SOIL PHOSPHORUS ADSORPTION[J];Acta Pedologica Sinica;1991-01\n9 Xiang Wansheng and Zhou Weijun (Changsha Institute of Agricultural Modernization, Academia Sinica, Changsha, 410125);REDUCTION-RESISTANCE OF THREE OXYGEN-RELEASING PEROXIDES IN SOIL AND THEIR EFFECTS ON RICE GROWTH[J];;1994-02\n10 Zou Hua Han Jingshu Wang Shujin(Institute of Forestry and Soi Science, Acadimia Sinica, Shenyang);The Synergistic Action between Phototrophic Bacteria and Rhizebium in Nitrogen Fixation[J];Journal of Microbiology;1988-03


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url: =A Method of Signal Sorting Based on Cascaded SSA-SOFM Neural Network--《Journal of Air Force Radar Academy》2006年04期\nA Method of Signal Sorting Based on Cascaded SSA-SOFM Neural Network\nAimed at the drawback of the traditional SOFM neural network for radiation signal sorting,a structure self-adjusting(SSA) algorithm was discussed,which solves the problem of deciding the network scale in advance.Then,a signal sorting method based on the cascaded SSA-SOFM neural network model,was put forward and simulations made by using available data.The results show that the method dealt with is feasible.\n【CateGory Index】： TP183;TN957.51\n1 XIA Sheng-ping,ZHANG Le-feng,YU Hua,ZHANG Jing,HU Wei-dong,YU Wen-xian(State Lab of Automatic Target Recognition,National University of Defense Technology,Changsha,Hunan 410073,China);Theory and Algorithm of Machine Learning Based on RSOM Tree Model[J];Acta Electronica Sinica;2005-05\n2 Wu Ying,Yan Pingfan (Dept.of Automation,Tsinghua University,Beijing 100084);A Study on Structural Adapting SelfOrganizing Neural Network[J];ACTA ELECTRONICA SINICA;1999-07\n3 Song Xiaquan;Huangfu Kan;Zhou Iiangzhu(Department of Eleceronic Technology);Radar signal Classification Based on a self-organized probabinistic Neural Network[J];Journal of National University of Defense Technology;1995-04\n4 LIN Zhi-yuan,LIU Gang,DAI Guo-xian (The Missile Institute, Air Force Engineering University,Sanyuan,Shaanxi 713800,China);Application of Kohonen Neural Network to Sorting Radar Multi-target[J];Journal of Air Force Engineering University(Natural Science Edition);2003-05\n5 HanHong YangJingyu LouZhen (Department of Computer Science and Technology,NUST,Nanjing 210094);Classifier Combination Based on Hierarchical Method[J];Journal of Nanjing University of Science and Technology;2002-01\n6 HUANG Wen long ZHANG Dian zhi ZHANG Yong qiang (The Engineering College of the Air Force University of Engineering Xi′an 710038);Threat Evaluation of Radiation Resource with RBF Neural Networks[J];Modern Radar;2003-07\n7 Xu Xin\_ Zhou Yiyu\_ Lu Qizhong National University of Defence Technology,Changsha 410073;Research on Real-Time Deinterleaving Technology for Radar Intercept System[J];Systems Engineering and Electronics;2001-03\n1 ZHONG Yong1, XIANG Li2, CHU Da-wei3, XU Shi-gang3 (1. Division of Basis, Air Force Radar Academy, Wuhan 430019;2. Division of Training, Air Force Radar Academy, Wuhan 430019, China;3. No. 94362 Unit of PLA, Qingdao 266111, China);Examination Result Evaluation Based on Neural Network[J];Ordnance Industry Automation;2007-12\n2 GONG Hua,ZHENG Lian,SONG Cheng-tian(School of Mechatronics Engineering, Beijing Institute of Technology, Beijing 100081, China);Application of rough neural network in target recognition[J];Electronics Optics & Control;2005-01\n3 XU Xin, FENG Dao-wang, ZHOU Yi-yu, LU Qi-zhong (National University of Defense Technology, Changsha 410073 ,China);Pulse Trains De-interleaving Based on CAM[J];Journal of Circuits and Systems;2001-03\n4 Zhang Su(The Missile Institute,Air Force Engineering University,Sanyuan 713800,Shaanxi,China);A New Method for the Threat Evaluation of Radiation Sources Considering the Subjective Preference Information[J];Electronic Warfare;2007-02\n5 Han Jun1 He Minghao2 Zhu Yuanqing3 Tang Zhikai3(1.Department of Graduate Management,AFAR,Wuhan 430019,China;2.Division of Training,AFAR,Wuhan 430019,China;3.Department of Electronic Countermeasures,AFAR,Wuhan 430019,China);Analysis on Sorting Technique of Modern Radar Emitter[J];Electronic Warfare;2008-01\n6 Yang Zhixiang1 Zhu Yuanqing1 Xu Guanghua2 Ren Jingbo3(1.Department of Electronic Countermeasures,Wuhan Radar Academy,Wuhan 430019,China;2.The Military Representative Office in China Electronic Technology Group Corporation No.38 Research Institute,Hefei 230031,China;3.Unit 93993,Lanzhou 730102,China);Signal Sorting for Unknown Radar Emitter Based on HOS[J];Electronic Warfare;2008-06\n7 Huang Gaoming1 Zhong Jianjun2 (1.College of Information & Electric,Naval University of Engineering,Wuhan 430033,China;2.Unit 92038 of PLA,Qingdao 266041,China);Application of Blind Signal Extraction to Radar Signal Sorting Based on Kurtosis[J];Electronic Warfare;2009-01\n8 XU Hai-yuan , ZHOU Yi-yu(College of Electronic Science and Engineering,National Univ. of Defense Technology,Changsha 410073, China);A Method of Real-time Pre-sorting of Radar Signals Based on FPGA[J];Electronic Warfare Technology;2004-01\n9 ZHANG Su(The Missile Institute,Air Force Engineering University,Sanyuan 713800,China);A New Method for the Emitter Threat Evaluating Based on the Intuitionistic Fuzzy Set[J];Electronic Information Warfare Technology;2008-05\n10 LE Jiana,CHEN Beib(AFRA a.Department of Graduate Management;b.Department of Electronic Countermeasures,Wuhan 430019,China);Study of Electromagnetic Situation Surveillance Signals Separation Based on ICA[J];Electronic Information Warfare Technology;2008-06\n1 Sun Guangmin; Shen Lansun; Liu Guosui; He Xia(Department of Electronic Engineering, Beijing Polytechnic University, Beijing, 100022 )(Department of Electronic Engineering,Nanjing University of Science and Technology, Nanjing 210094 );A Tree Structure Cascade SOM Network for the Radar Target Identification of 1-D Range Profile[J];JOURNAL OF BEIJING POLYTECHNIC UNIVERSITY;1998-04\n2 Zhao Renjian;Long Dehao;Xiong Ping;Cheng Yuanheng(Dept.of Radio & Electronics,Sichuan University,Chengdu 610064);Plane Transformation for Signal Deinterleaving in Dense Signal Environment[J];ACTA ELECTRONICA SINICA;1998-01\n3 Wu Ying,Yan Pingfan (Dept.of Automation,Tsinghua University,Beijing 100084);A Study on Structural Adapting SelfOrganizing Neural Network[J];ACTA ELECTRONICA SINICA;1999-07\n4 Sun Gongxing,Zhu Kejun,Dai Changjiang,Dai Guiliang (Computer Center of Institute of High Energy Physics,Chinese Academy of Science,Beijing 100039);Layered Cascade Multi Subnet Neural Networks[J];ACTA ELECTRONICA SINICA;1999-08\n5 LOU Zhen HU Zhong Shan YANG Jing Yu (Department of Computer Science, Nanjing University of Science and Technology, Nanjing 210094) LIU Ke SUEN C.Y. (Center of Pattern Recognition and Machine Intelligence, Concordia University, Montreal Canada);HANDWRITTEN NUMERALS RECOGNITION BASED ON SEGMENTED CONTOUR FEATURE[J];CHINESE JOURNAL OF COMPUTERS;1999-10\n6 TU Zhi-Jiang LIU Guo-Sui (Department of Electron Engineering and Photoelectricity Technology, Nanjing University of Science & Technology, Nanjing 210094);A Self-Organizing Neural Network Tree Base on Entropy[J];CHINESE JOURNAL OF COMPUTERS;2000-11\n7 ZHEN Shu chun, ZHANG Shan wen, ZHAO Xing lu (The Missile Institute of the Air Force Engineering University, Sanyan 713800, China);A Discriminating Method of Radar Target Uing Wavelet Combination-Filtel[J];Journal of Air Force Engineering University(Natural Science Edition);2001-03\n8 Liang MinThe Training Center for Maintenance ofInstruments and Equipment in Hunan Medical University of Ministry of Public Health, ChangshaSun ZhongkangDept. E.E, Natl. Univ, Deferse Tech., Changsha;The Methods for Feature Extraction and Classification of Radar Ship Target Using Neural Network[J];Systems Engineering and Electronics;1993-08\n9 Wan Jianwei;Shong Xiaoquan;Huang Fukan and Zhou Liangzhu(Department of Electronic Technology National University of Defence Technology,Changsha 410073);The Application of Neural Network for Sorting Signal in Radar[J];Systems Engineering and Electronics;1996-07


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url: =Advances in the Research of Antibacterial Peptides and the Prospects of Their Applica-tion,--《PROGRESS IN BIOCHEMISTRY AND BIOPHYSICS》1995年01期\nCui Xiaojiang,Liu Zhiqiao,TianYingchuan,Peng Xuexian(Institute of micro-biology,Academia Sinica,Beijing 100080,China)。\nCecropins and other related pep-tides are induced in insects and composed ofover 30 amino acids with strong antibacterialactivity,which is due to formation of largepores in bacterial cell membranes by their spe-cific secondary structure. Analogs of thesepeptides which do no harm to eukaryotic cellmembrances in lethal concentrations for bacte-ria have been found in mammalian cells.Owing to their broad antibacterial activity,ce-cropins and other peptides have brought atten-tion of plant pathologists and medical scien-tists and been applied to the research ofmedicine and plant antibacterial infection.\n1 WANG Wei 1, ZHOU Xiao-mei 2, YU Ning 3 (1.School of Urban and Environmental Sciences, Northeast Normal Univisity, Changchun 130024,China; 2.Departmeat of Biology, Siping Normal Collage, Siping 136000,China; 3.Shenyang Military Medical Science Inst;Preliminary study on shrimp's capacity of anti-baculovirus infection induced by housefly larva[J];Journal of Northeast Normal University (Natural Science Edition);2002-01\n3 LI Yan-hong 1, LIU Fei-peng 2, ZHU Jia-ming 2, ZHOU Tian-hong 2, LI Yue-qin 2 (1. Dept. of Biochemistry, Guangzhou University of Traditional Chinese Medicine,Guangzhou 510405,China; 2. Dept. of Biotechnology, Jinan University, Guangzhou 51063;Cloning and preliminary secretion expression of a synthetic gene encoding cecropin A-melittin hybrid in Escherichia coli[J];JOURNAL OF JINAN UNIVERSITY(NATURAL SCIENCE & MEDICINE EDITION);1999-05\n4 XU Jin Shu, ZHANG Shuang Quan (School of Life Science, Nanjing Normal University, Nanjing 210097, China);Advances in the research of the functions of insect antibacterial peptides against pathogenic organisms[J];Acta Entomologica Sinica;2002-05\n5 BAI Yao-Yu, CHENG Jia-An (Institute of Applied Entomology,Zhejiang University, Hangzhou 310029, China);Nutritive value and rearing methods of Tenebrio molitor in China[J];Entomological Knowledge;2003-04\n6 Qiao Changsheng, Wang Ling,Zhu Xiaohong, Tong Fengxia (Department of Food Science, Ningxia Agricultural College, Yongning, Ningxia, 750105;Department of Economic Management, Jiangnan University,Wuxi,Jiangsu,2140 00);PRESENT SITUATION AND TREND OF DEVELOPMENT ON NATURAL FOOD ANTICEPTIC[J];Journal of Ningxia Agricultural College;2001-04\n7 Han Runlin Sun Qinglin Erdongfu Li Liming (Department of Bioengineering, Inner Mongolia Institute of Agriculture and Animal Husbandry. ,Huhhot 010018 );STUDIES ON INDUCTION AND ACTVITY OF ANTIBACTERIAL PEPTIDES IN THE LARVAE OF Tenebrio molitor[J];Journal of Inner Mongolia Institute of Agriculture and Animal Husbandry;1998-03\n8 XIE Jin-jin,CHEN Li-juan(School of Chem.& Bioscience,Quanzhou Normal University,Fujian 362000,China);Effect of Dimethyl Sulfoxide on the Activity of NAGase from Yellow Mealworm(Tenebrio molitor Linnaeus)[J];Journal of Quanzhou Normal University;2006-04\n9 Guo Huarong et al. (Ocean Institute of the Academy of Sciences of China,Qingdao,266071);PCR AMPLIFICATION,CLONING AND SEQUENCING OF THE ANTIBACTERIAL PEPTIDE GENE FROM CHINESE SILKWORM,BOMBYS MORI[J];Journal of Shandong Agricultural University;1998-03\n10 Chen Liuchun Wang Jinxing( Departm entof Biology, Schoolof Life Sciences, Shandong University, Jinan 250100);The Antibacterial Peptites From Insects[J];PROGRESS IN BIOTECHNOLOGY;1999-05\n1 JIA Su juan LU Fu ping WANG Chang lu DU Lian xiang (Tianjin Universicity of Linght Industry Tianjin 300222);Bio-Antimicrobial Peptide[J];Amino Acids & Biotic Resources;2000-04\n4 WANG Lai-Cheng,WANG Jin-Xing **,ZHAO Xiao-Fan,CAI YingSchool of Life Sciences,Shandong University,Jinan 250100, China;Recombinant expression in E. coli,purification and polyclonal antibody preparation of a defensin from the housefly[J];Acta Zoologica Sinica;2005-02\n5 XU Qiang HUA Yue-Jin XU Bu-Jin LIU Xin(Institute of Nuclear-Agricultural Science, Zhejiang University Hangzhou 310029, China);Antibacterial and Anticancer Peptides in Batrachia Skin Secretion[J];Chinese Journal of Zoology;2002-02\n6 JIANG Li Li SHANG De Jing (College of Life Science,Liaoning Normal University, Dalian 116029, China);Antimicrobial Activity of Skin Antimicrobial Peptide in Chinese Forest Frogs[J];Chinese Journal of Zoology;2004-06\n8 ;Applications of Ultrasonic Effection in Food Processing[J];PACKAGING AND FOOD MACHINERY;1998-01\n9 ;Study on Ultrasonic Wave-laser Combined Disinfection[J];PACKAGING AND FOOD MACHINERY;1998-03\n10 AN Taicheng *, HE Chun, ZHU Xihai, GU Haofei, CHEN Weiguo, XIONG Ya * (School of Chemistry and Chemical Engineering, Zhongshan University, Guangzhou 510275, China);Electrically Assisted Photocatalytic Degradation of Direct Sky Blue Aqueous Solution with Three-Dimensional Electrodes[J];Chinese Journal of Catalysis;2001-02\n1 Ye Rong-Cun(Chemistry and life science department,Fujian education college,Fuzhou 350001);Effects of Rare earth element on Tenebrio molitor L. anti-adversity[J];Anhui Agricultural Science Bulletin;2007-20\n4 WANG Li-xin et al (Department of Animal Science,Anhui Technology College,Fengyang,Anhui 233100);Study on the Inducement of Antifungal Substance and Antifungal Activity on Tenebrio Molitor[J];Journal of Anhui Agricultural Sciences;2008-34\n5 FAN Tao et al (Sericultural Research Institute,Anhui Academy of Agricultural Science,Hefei,Anhui 230061);Study Actuality of Antimicrobial Peptides from Silkworm[J];Journal of Anhui Agricultural Sciences;2009-01\n6 TANG Jun-zhi et al (School of Life Sciences,Huzhou Teachers College,Huzhou,Zhejiang 313000);Study on the Male Reproductive System of Tenebrio Molitor[J];Journal of Anhui Agricultural Sciences;2010-06\n7 XIE Xian-sheng et al(College of Plant Protection,Agricultural University of Hebei,Baoding 071001);Antimicrobial Activity of the Antimicrobial Peptides Extracted from Immunized Tenebrio molitor Induced by Different Microbial Treatments Against 26 Pathogens[J];Journal of Anhui Agricultural Sciences;2011-09\n9 WAN Shui-xia,HU Feng-lin,GUI Ling,YANG Cheng,LI Wan-zhen,FAN Mei-zhen(Anhui Provincial Key Laboratory for Microbial Control,Anhui Agricultural University,Hefei 230036);Preliminary report on anti-fungi activity of metabolites from seven Paecilomyecs tenuipes strains[J];Journal of Anhui Agricultural University;2006-04\n10 HU Chuan-jiu,WANG Jin-bin,ZHANG Neng-sheng,HU Feng-lin (Anhui Provincial Key Laboratory of Microbial Pest Control,Anhui Agricultural University,Hefei 230036);Immunomodulatory activity of extracts from mycelia of a strain of Hirsutella sp.[J];Journal of Anhui Agricultural University;2009-04\n2 Yang Da-rong,Peng Yan-qiong,Chen Ji-yue,Cao Yong-qiang,Yang Pei (Xishuangbanna Tropical Botanical Garden,Chinese Academy of Sciences,Kunming,650223,China);Advances in genus Hepialus moth of Cordyceps sinensis host[A];[C];2009\n3 XIAO Ye-Chen~(1,4) WEN Shuo-Yang~2 HUANG Ya-Dong~3 YANG Wan-Ying~1 CAO Yang~(1*) (1.Laboratory of Molecular Biology and Biotechnology of Sericulture.South China Agricultural University.Guangzhou 510642,China; 2.Laboratory of Gene Diversity,Department of Entomology,South China Agricultural University,Guangzhou 510642,China; 3.Biopharmaceutical Research and Development Center,Jinan University,Guangzhou 510632,China; 4.School of Life Sciences,Sun Yat-Sen University,Guangzhou 510275,China);The relationships between the structure and function of insect antibacterial peptides and antifungal peptides and molecular design[A];[C];2004\n4 LIN Qun-ying SONG Bin LI Tai-hui HUANG Hao ZHONG Yue-jin (South China Botanical Garden, Acadamia Sinica, Guangzhou 510650, China; Guangdong Institute of Microbiology, Gungdong Provincial Key Laboratory of Microbial Culture collection and Application, Guangzhou 510070, China; China Graduate School of the Chinese Academy of Sciences, Beijing 100049, China);STUDIES ON CORDYCEPS MILITARIS(L.:FR.)LINK INFECTING PUPAE OF TENEBRIO MOLITOR L.[A];[C];2005\n6 Y.J.YAO~* & C.H.DONG Key Laboratory of Systematic Mycology and Lichenology,Institute of Microbiology,Chinese Academy of Sciences,No.1 West Beichen Road,P.O.Box 2714,Beijing 100101,China.;Current Research on Ophiocordyceps sinensis[A];[C];2009\n7 YANG jie~1,CHENG Hongyan~2,SUN Xuchun~3,HAN Xiaofang~4,MENG Junlong~5, XU Quanfei~4,CHANG Mingchang~(5*) (1 College of Horticulture,Shanxi Agricultural University,Taigu,Shanxi 030801,China; 2 College of Resource and Environment,Shanxi Agricultural University,Taigu,Shanxi 030801,China; 3 Biotechnology Co.,Ltd.Shandong Rui Zhi,Liangshan,Shandong 272600,China;4 Edible Fungi Industry Office of Guangling County,Guangling,Shanxi 037500,China;5 College of Food science and Engineering, Shanxi Agricultural University,Taigu,Shanxi 030801,China);Study of Optimization on Mother Culture Medium of Cordyceps militaris[A];[C];2010\n8 HE Jin~2 KANG Ji-Chuan~(1,2) LEI Bang-Xing~(1*) SHI Yang-Sheng~3 ZHANG Li~3 (1 Guizhou Biochem-engineering Research Center Education,Guizhou University,Guizhou Guiyang,Guizhou, 550025,China;2 Guizhou Key Laboratory of Agricultural Bioengineering,Guizhou University, Guiyang,Guizhou,550025,China;3 College of Life Sciences,Guizhou University,Guiyang.Guizhou,550025, China);Fungi of Cordyceps in National Nature Reserve of Guizhou Leigong Mountain[A];[C];2011\n9 WANG Cheng-lin,YANG Ying,YOU Zheng-yin,XU Jia-ping (School of Life Sciences,Anhui Agriculture University,Anhui,Hefei,230036);Progress of Multifunctional Antimicrobial Peptides and Its Molecular Design[A];[C];2010