url: =Fish Species Diversity and Conservation in the Aquatic Nature Reserve of the Huaisha-Huaijiu Rivers,Beijing--《Chinese Journal of Zoology》2007年01期\nFish Species Diversity and Conservation in the Aquatic Nature Reserve of the Huaisha-Huaijiu Rivers,Beijing\nXING Ying-Chun ①② ZHAO Ya-Hui ① LI Gao-Yan ①③ WANG Yu-Feng② ZHANG Chun-Guang ①* WANG Bao-Li④ CHANG Bao-Quan④ ZHANG Li-Jun④ HU Ya-Jun④ (① Institute of Zoology,Chinese Academy of Sciences,Beijing 100080; ② Life Sciences College,Huazhong Normal University,Wuhan 430079; ③ Graduate School,Chinese Academy of Sciences,Beijing 100049;④ The Station of Fishery Supervisory Management,Huairou,Beijing 101400,China)\nThe Huaisha-Huaijiu Rivers flow separately into the Huairou Reservoir,which is an important source of drinking water for the city of Beijing.The rivers plus the reservoir together comprise the first Aquatic Nature Reserve in Beijing.Field studies on the wild fish resources of these rivers were conducted from March 2004 to February 2005,with a resulting count of 24 species of the freshwater fish belonging to 24 genera,11 families and 6 orders.Most species are cyprinids with small bodies living in the streams.In both rivers,the areas immediately adjacent to the reservoir possess the highest levels of fish species diversity,perhaps due to the edge effects from the different habitats.Fish species diversity is higher in spring and summer than in other two seasons.In addition,the level of fish resources (population level) in Huaijiu River is higher than in Huaisha River.This is mainly attributed to the high population levels at the Xisiduhe site.To ensure productive long-term use the Huaisha and Huaijiu Rivers and the Huairou reservoir,their aquatic resources should be protected while developing the local economy.\n【Fund】： 国家基础科学人才培养基金(No.NSFC-J0030092);; 北京城市建城区生物多样性现状评价及其保护规划项目\n1 JIA Li;CAO Aiying;ZHANG Yuan;WANG Xiulin;PAN Yong;ZHAO Chunhui;LI Ying;ZONG Chao;CAO Jie;Aquatic Product Technology Promotion Department of Beijing;;Fuzzy evaluation of water environment in Huaisha river basin[J];中国渔业质量与标准;2013-04\n2 Chunguang Zhang1*,Yahui Zhao1*,Yingchun Xing2,Ruilu Guo3,Qing Zhang3,Yun Feng3,Enyuan Fan2 1 Key Laboratory of Zoological Evolution and Systematics,Institute of Zoology,Chinese Academy of Sciences,Beijing 100101 2 Chinese Academy of Fishery Sciences,Beijing 100141 3 Beijing Municipal Bureau of Agriculture,Beijing 100029;Fish species diversity and conservation in Beijing and adjacent areas[J];生物多样性;2011-05\n3 HU Mao-lin1,WU Zhi-qiang2,LI Qing1,HUANG Liang-liang3 (1.School of Life Sciences and Food Engineering,Nanchang University,Nanchang 330031,China;2.Guilin University of Technology,Guilin,Guangxi Zhuang Autonomous Region 541004,China;3.School of Environmental Science and Engineering,Tongji University,Shanghai 200092,China);Preliminary Research on Fish Species Diversity of Ganjiangyuan Nature Reserve in Jiangxi Province[J];四川动物;2011-03\n4 LI Jie1,2, LI Xinhui1, TAN Xichang1, LI Yuefei1, HE Meifeng1, LUO Jianren1, LIN Jianzhi3 & SU Shaofang3 (1: Pearl River Fisheries Research Institute Chinese Acadamy of Fishery Science, Guangzhou 510380, P.R.China) (2: Key Laboratory of Ecological Environment and Resources of Inland Fisheries, Chinese Academy of Fishery Sciences, Wuxi 214081, P.R.China) (3: Zhaoqing Fishery Administrative Detachment, Zhaoqing 526000, P.R.China);Species diversity of fish community of Provincial Xijiang River Rare Fishes Natural Reserve in Zhaoqing City, Guangdong Province[J];湖泊科学;2009-04\n1 LI Meng-hong,ZHANG Xiao-jun,LU Jie(College of Resources and Environment Engineering,Shandong Technology University,Shandong Zibo 255049,China);Application of Fuzzy Comprehensive Assessment in Pollution Assessment of Heavy Mental in Farmland Soil[J];西南农业学报;2010-05\n2 HUANG Rong-hui①,DU Zhen-cai②①CAS Member,②Ph.D.Candidate,Center for Monsoon System Research,Institute of Atmospheric Physics,Chinese Academy of Sciences,Beijing 100029,China;Evolution Characteristics and Trend of Droughts and Floods in China Under the Background of Global Warming[J];自然杂志;2010-04\n3 HUANG Liang-liang1,2,WU Zhi-qiang1 (1. School of Life Sciences,Nanchang University,Nanchang 330031,China; 2. College ofEnvironmental Science and Engineering,Tongji University,Shanghai 200092,China);Fish Resources of Jiulingshan Nature Reserve in Jiangxi Province[J];四川动物;2010-02\n4 Liu Jutao1,2,Gao Junfeng1,Jiang Jiahu1.(1.Nanjing Institute of Geography and Limnology,Chinese Academy of Sciences,Nanjing Jiangsu 210008;2.Graduate School of Chinese Academy of Sciences,Beijing 100049);Application of different fuzzy assessment methods of water quality assessment in Dianchi Lake[J];环境污染与防治;2010-01\n5 Hou Suxia1, Liu Xinming2,3, Zhong Qin2 1. Department of Environmental Protection Engineering, Xingtai Vocational and Technical College, Xingtai 054035, China; 2. College of Chemical Engineering, Nanjing University of Science & Technology, Nanjing 210094; 3. Guangdong Institute of Eco-environment and Soil Science, Guangzhou 510650, China;Application of fuzzy mathematics to Dan River’s water environment comprehensive evaluation[J];生态环境;2008-04\n6 HUANG Liang-liang1,WU Zhi-qiang1,HU Mao-lin2,LI Qing1,ZONG Dao-sheng3,WAN Zheng-qi3,ZHAO Wei-qi3(1.College of Life Sciences,Nanchang University,Nanchang 330031,China;2.Poyang Lake Lake Ecology and The Use of Biological Resources Laboratory,Nanchang University,Nanchang 330029,China;3.Management Bureau of Lushan Nature Reserve,Jiangxi Lushan 332900,China);Species Diversity of Fish of Lushan Nature Reserve in Jiangxi Province[J];南昌大学学报(理科版);2008-02\n7 BIAN Shao-Lei 1,2,ZHAO Ya-Hui1,ZHANG Jie1,ZHAO Xin-Ru3,ZHANG Chun-Guang 11.Institute of Zoology,Chinese Academy of Sciences,Beijing 100101,China2.Graduate University of Chinese Academy of Sciences,Beijing 100049,China3.Scool of Life Sciences,Normal University of Beijing,Beijing 100875,China;Effects of temperature and salinity on the embryonic development of Pungitius sinensis[J];动物学报;2008-02\n8 LI Qing1,WU Zhi-Qiang1,HUANG Liang-Liang1,CHEN Hui-Min2,LU He-Jun21.School of Life Sciences, Nanchang University, Nanchang 330031, China2.Jiangxi Qiyunshan Nature Reserve, Chongyi 341315, China;FISH RESOURCES OF QIYUNSHAN NATURE RESERVE,JIANGXI,CHINA[J];动物分类学报;2008-02\n9 ZENG Ganlin,SONG Xinglan,SONG Ruiping(Ganzhou City Forestry Research Institute,Ganzhou Jiangxi 341000,China);Scientific Investigation and Analysis of Plant Resources of Ganjiangyuan Nature Reserve[J];江西林业科技;2008-02\n10 YANG Wen-bo,LI Ji-long,LI Xu-xing,LIU Bao-xiang,SHEN Gong-ming ZHANG Xiao-hui,LEI Yun-lei,LI Xiao-shu,JIA Jing(Resources and Eco-environment Research Center of Chinese Academy of Fishery Sciences,Beijing 100039,China);Fish composition and species biodiversity of the Beijing section of Juma River[J];上海水产大学学报;2008-02\n1 TU Fei-yun;LI Jiu-xuan;HAN Wei-jie;HUANG Xiao-feng;Jiangxi Academy of Forestry;Sichuan Key Laboratory of Conservation Biology on Endangered Wildlife,College of Life Science,Sichuan University;;Species Diversity and Protection of Fishes in Jiangxi[J];江西农业大学学报;2016-05\n2 LI Wan-bao;Nanping Fisheries Technical Extension Station;;Species diversity of fish community of Xenocypris microlepis national aquatic germplasm resource reserve in Jianxi river[J];淡水渔业;2016-04\n3 XIANG Peng;LIU Liangguo;WANG Dong;ZENG Pingwen;DENG Lingling;YANG Chunying;YANG Pinhong;Key Laboratory of Zoology in Hunan Higher Education,Collaborative Innovation Center for Efficient and Health Production of Fisheries in Hunan Province,College of Life Science,Hunan University of Arts and Science;;Status and historical changes of fish resources of Wuqiangxi Reservoir on Yuanshui River in Hunan Province[J];湖泊科学;2016-02\n4 TIAN Kai;WANG Zhengxiang;LEI Yun;LI Tingting;LAI Chunlin;LI Ze;YANG Qiren;School of Resource and Environmental Science,Hubei University;College of Life Science,Central China Normal University;;Characteristics of the avian community in summer in Xuan'en,Hubei Province,China[J];湖北大学学报(自然科学版);2016-01\n5 XUE Dan;ZHANG Qun;GAO Xing-Chen;GONG Ya-Yun;CAO Yan;Institute of Hydrobiology, Jinan University;;THE ANALYSIS OF GENETIC VARIATION BASED ON MTDNA CONTROL REGION SEQUENCES OF CHANNA GACHUS IN THE LANCANG RIVER IN YUNNAN PROVINCE AND THE MAIN RIVERS IN HAINAN PROVINCE OF CHINA[J];水生生物学报;2015-06\n6 Yaoquan HAN;Anyou HE;Li HUANG;Jun SHI;Dapeng WANG;Weijun WU;Guangxi Key Laboratory of Aquatic Genetic Breeding and Healthy Aquaculture, Guangxi Academy of Fishery Sciences;Guangxi International Business Vocational College;;Analysis on Growth of Released Black Carp and Annual Benefits from Released Fish in Yantan Reservoir[J];Agricultural Science & Technology;2015-11\n7 Yaoquan HAN;Anyou HE;Li HUANG;Jun SHI;Dapeng WANG;Weijun WU;Guangxi Key Laboratory of Aquatic Genetic Breeding and Healthy Aquaculture,Guangxi Academy of Fishery Sciences;Guangxi International Business Vocational College;;Study on Fishery Ecological Environment and Fish Species Diversity in Yantan Water Area[J];Asian Agricultural Research;2015-09\n8 LI Yuefei;LI Xinhui;YANG Jiping;LI Jie;SHUAI Fangmin;Pearl River Fisheries Research Institute,Chinese Academy of Fishery Science;Scientific Observing and Experimental Station of Fishery Resources and Environment in the Middle and Lower Reaches of Pearl River ,Ministry of Agriculture;;Status of Elopichthys bambusa recruitment stock after the impoundment of Changzhou Hydro-junction in Pearl River[J];湖泊科学;2015-05


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url: =Xianchun Wen 1,2 , Jiping Li 1, Defu Cai 2, Liling Yue 2, Qi Wang 2, Li Zhou 2, Li Fan 2, Jianwen Sun 1 and Yonghui Wu 1,*\nPDF [3863 KB, uploaded 29 January 2018]\nWen, X.; Li, J.; Cai, D.; Yue, L.; Wang, Q.; Zhou, L.; Fan, L.; Sun, J.; Wu, Y. Anticancer Efficacy of Targeted Shikonin Liposomes Modified with RGD in Breast Cancer Cells. Molecules 2018, 23, 268.\nWen, Xianchun; Li, Jiping; Cai, Defu; Yue, Liling; Wang, Qi; Zhou, Li; Fan, Li; Sun, Jianwen; Wu, Yonghui. 2018. "Anticancer Efficacy of Targeted Shikonin Liposomes Modified with RGD in Breast Cancer Cells." Molecules 23, no. 2: 268.


url: =Junhui Zhao - researchr alias\nPublications by 'Junhui Zhao'\nA Unified Design of Massive Access for Cellular Internet of ThingsXiaodan Shao, Xiaoming Chen 0001, Caijun Zhong, Junhui Zhao, Zhaoyang Zhang 0001. iotj, 6(2):3934-3947, 2019. [doi]\nA new approach to heterogeneous wireless sensor networks reliability evaluation based on perception layer in internet of vehiclesDenghui Wang, Junhui Zhao. pnc, 37(2):179-186, 2019. [doi]\nCognitive Design of Radar Waveform and the Receive Filter for Multitarget Parameter EstimationYu Yao, Junhui Zhao, Lenan Wu. jota, 181(2):684-705, 2019. [doi]\nDoppler Data Association Scheme for Multi-Target Tracking in an Active Sonar SystemYu Yao, Junhui Zhao, Lenan Wu. sensors, 19(9):2003, 2019. [doi]\nUAV-aided localization algorithm with relay for train-mounted mobile terminalsTianyi Yu, Junhui Zhao, Yi Gong. phycomm, 34:227-234, 2019. [doi]\nPilot contamination reduction in TDD-based massive MIMO systemsJunhui Zhao, Shanjin Ni, Yi Gong, Qingmiao Zhang. iet-com, 13(10):1425-1432, 2019. [doi]\nGreen Base Station Assignment for NOMA-Enabled HCNsTianqing Zhou, Junhui Zhao, Dong Qin, Xuan Li, Chunguo Li, Luxi Yang. access, 7:53018-53031, 2019. [doi]\nAn Optimal Antenna Deployment for MIMO Relay Systems in High-speed RailwayAnyun Chen, Junhui Zhao, Yu Yao, Longxia Liao, Chuanyun Wang. apcc 2018: 162-166 [doi]\nWireless powered cooperative communications with direct links over correlated channelsDan Deng, Minghui Yu, Junjuan Xia, Zhenyu Na, Junhui Zhao, Qinghai Yang. phycomm, 28:147-153, 2018. [doi]\nCache-Aided Multiuser Cognitive Relay Networks With Outdated Channel State InformationXiazhi Lai, Junjuan Xia, Maobin Tang, Haochuan Zhang, Junhui Zhao. access, 6:21879-21887, 2018. [doi]\nProtecting Secure Communication Under UAV Smart Attack With Imperfect Channel EstimationChao Li, Yan Xu, Junjuan Xia, Junhui Zhao. access, 6:76395-76401, 2018. [doi]\nOptimization of Train Headway in Automatic Train Control SystemYiwen Nie, Junhui Zhao, Xiaoting Ma, Yi Gong. apcc 2018: 337-340 [doi]\nBig Data Enabled Vehicle Collision Detection Using Linear Discriminant AnalysisYiwen Nie, Junhui Zhao, Jin Liu, Rong Ran. wcsp 2018: 1-5 [doi]\nModeling and Analysis of FeICIC in OFDMA HetNets with Limited Backhaul CapacityXuefang Nie, Junhui Zhao, Yang Wang, Lichun Kang, Liqin Ding, Jiliang Zhang. wcsp 2018: 1-5 [doi]\nCapacity of Ambient Backscatter Communications with Binary Input and Binary Output ChannelJing Qian, Feifei Gao, Shi Jin, Ling Xing, Junhui Zhao. globecom 2018: 1-5 [doi]\nEnergy-Efficient Predictive HTTP Adaptive Streaming in Mobile Cellular NetworksLiqiang Tao, Yi Gong, Shi Jin, Junhui Zhao. tvt, 67(11):11069-11083, 2018. [doi]\nEnergy-efficient predictive HTTP adaptive streaming in mobile cellular networksLiqiang Tao, Yi Gong, Shi Jin, Junhui Zhao. wcnc 2018: 1-6 [doi]\nAmbient Backscatter Communications Systems Using MFSK ModulationQin Tao, Caijun Zhong, Kaibin Huang, Junhui Zhao, Xiaoming Chen 0001, Zhaoyang Zhang 0001. iccchina 2018: 358-363 [doi]\nStudy on Comprehensive Analysis and Compensation for the Line Current Distortion in Single-Phase Three-Level NPC ConvertersShunliang Wang, Wensheng Song, Junpeng Ma, Junhui Zhao, Xiaoyun Feng. tie, 65(3):2199-2211, 2018. [doi]\nCache Aided Decode-and-Forward Relaying Networks: From the Spatial ViewJunjuan Xia, Fasheng Zhou, Xiazhi Lai, Haochuan Zhang, Hongbin Chen, Qinghai Yang, Xin Liu, Junhui Zhao. wicomm, 2018, 2018. [doi]\nChaos Firefly Algorithm With Self-Adaptation Mutation Mechanism for Solving Large-Scale Economic Dispatch With Valve-Point Effects and Multiple Fuel OptionsYude Yang, Bori Wei, Hui Liu, Yiyi Zhang, Junhui Zhao, Emad Manla. access, 6:45907-45922, 2018. [doi]\nModeling and Analysis of Millimeter-Wave Cellular Networks Using Poisson Cluster ProcessesLihua Yang, Junhui Zhao, Feifei Gao, Yi Gong. apcc 2018: 113-118 [doi]\nAchieving Low BER with joint ICI self-eliminating and WOLA for High-Speed Railway systemFan Yang, Junhui Zhao, Xuan Li, Longxia Liao, Chuanyun Wang. iccoms 2018: 152-156 [doi]\nCognitive Radar Waveform Optimization Based on Mutual Information and Kalman filteringYu Yao, Junhui Zhao, Lenan Wu. entropy, 20(9):653, 2018. [doi]\nWaveform Optimization for Target Estimation by Cognitive Radar with Multiple AntennasYu Yao, Junhui Zhao, Lenan Wu. sensors, 18(6):1743, 2018. [doi]\nAdaptive Waveform Design for MIMO Radar-Communication TransceiverYu Yao, Junhui Zhao, Lenan Wu. sensors, 18(6):1957, 2018. [doi]\nA Dual-Link Soft Handover Scheme for C/U Plane Split Network in High-Speed RailwayJunhui Zhao, Yunyi Liu, Yi Gong, Chuanyun Wang, Lisheng Fan. access, 6:12473-12482, 2018. [doi]\nPrice-Based Power Allocation in Two-Tier Spectrum Sharing Heterogeneous Cellular NetworksJunhui Zhao, Qiuping Li, Yi Gong, YongQiang Ning, Feifei Gao. jcin, 3(2):37-43, 2018. [doi]\nJoint Bandwidth and Power Allocation of Hybrid Spectrum Sharing in Cognitive Radio - Invited PaperJunhui Zhao, Qiuping Li, Yi Gong. vtc 2018: 1-5 [doi]\nApplications of Fuzzy Multicriteria Decision Making to Complex Engineering ProblemsHanbo Zheng, Yiyi Zhang, Junhui Zhao, Jiefeng Liu, Qi Zeng. afs, 2018, 2018. [doi]\nJoint User Association and Power Control for Load Balancing in Downlink Heterogeneous Cellular NetworksTianqing Zhou, Zunxiong Liu, Junhui Zhao, Chunguo Li, Luxi Yang. tvt, 67(3):2582-2593, 2018. [doi]\nEdge Caching With Transmission Schedule for Multiuser Multirelay NetworksFasheng Zhou, Lisheng Fan, Xianfu Lei, Gaoyong Luo, Haijun Zhang, Junhui Zhao. icl, 22(4):776-779, 2018. [doi]\nRobust Beamforming for Physical Layer Security in BDMA Massive MIMOFengchao Zhu, Feifei Gao, Hai Lin 0001, Shi Jin, Junhui Zhao, Gongbin Qian. jsac, 36(4):775-787, 2018. [doi]\nNovel direct power control of single-phase three-level SVPWM inverter for photovoltaic generationZaid H. Ali, Junhui Zhao, Emad Manla, Junpeng Ma, Wensheng Song. isgt 2017: 1-5 [doi]\nKey Technologies of MEC Towards 5G-Enabled Vehicular NetworksXiaoting Ma, Junhui Zhao, Yi Gong, Yijie Wang. qshine 2018: 153-159 [doi]\nOptimal pilot design in massive MIMO systems based on channel estimationShanjin Ni, Junhui Zhao, Yi Gong. iet-com, 11(7):975-984, 2017. [doi]\nEnergy-efficient HTTP Adaptive Streaming with Anticipated Channel Throughput Prediction in Wireless NetworksLiqiang Tao, Yi Gong, Shi Jin, Junhui Zhao. mswim 2017: 253-258 [doi]\nParallel dynamic search fireworks algorithm with linearly decreased dimension number strategy for solving conditional nonlinear optimal perturbationJinghao Yan, Shijin Yuan, Junhui Zhao, Bin Mu. ijcnn 2017: 2314-2321 [doi]\nPeak-to-Average Power Ratio Reduction of FBMC/OQAM Signal Using a Joint Optimization SchemeJunhui Zhao, Shanjin Ni, Yi Gong. access, 5:15810-15819, 2017. [doi]\nPower Control with Power Budget for Uplink Transmission in Heterogeneous NetworksJunhui Zhao, YongQiang Ning, Yi Gong, Rong Ran. vtc 2017: 1-5 [doi]\nDesign of precoding matrix scheme based on maximizing frobenius norm to interference alignmentJunhui Zhao, Yunyi Liu, Yi Gong. wcsp 2017: 1-5 [doi]\nPilot reuse with a large number of antennas: Performance analysis and pilot contamination reductionJunhui Zhao, Shanjin Ni, Yi Gong, Feifei Gao. wcsp 2017: 1-6 [doi]\nJoint Navigation and Synchronization in LEO Dual-Satellite Geolocation SystemsJunhui Zhao, Lei Li, Yi Gong. vtc 2017: 1-5 [doi]\nPower Calculation for Direct Power Control of Single-Phase Three-Level Rectifiers Without Phase-Locked LoopJunpeng Ma, Wensheng Song, Shilei Jiao, Junhui Zhao, Xiaoyun Feng. tie, 63(5):2871-2882, 2016. [doi]\nAnalysis of Channel Estimation in Large-Scale MIMO Aided OFDM Systems with Pilot DesignShanjin Ni, Junhui Zhao, Rong Ran. vtc 2016: 1-5 [doi]\nMachine Learning with Big Data An Efficient Electricity Generation Forecasting SystemMohammad Naimur Rahman, Amir Esmailpour, Junhui Zhao. bdr, 5:9-15, 2016. [doi]\nGeometry-Based Stochastic Modeling for Non-Stationary High-Speed Train MIMO ChannelsJunhui Zhao, Shangyao Wang, Xu Liu, Yi Gong. vtc 2016: 1-5 [doi]\nStudy of Connectivity Probability of Vehicle-to-Vehicle and Vehicle-to-Infrastructure Communication SystemsJunhui Zhao, Yan Chen, Yi Gong. vtc 2016: 1-4 [doi]\nStudy of connectivity probability based on cluster in vehicular Ad Hoc networksJunhui Zhao, Yan Chen, Yi Gong. wcsp 2016: 1-5 [doi]\nJoint Asynchronous Time and Localization of an Unknown Node in Wireless Sensor NetworksJunhui Zhao, Lei Li, Yi Gong. wicon 2018: 3-9 [doi]\nMultimode precoded MIMO-based qualitative video streaming using frame type informationRong Ran, Junhui Zhao, Hayoung Oh. ictc 2015: 1-4 [doi]\nImpact of DSRC information content and transmission rate for highway vehicle platoonsLijian Xu, Lei Miao, Junhui Zhao. wts 2015: 1-6 [doi]\nDistance Geometry-based Wireless Location Algorithms in Cellular Networks with NLOS ErrorsJunhui Zhao, Hao Zhang, Rong Ran. itiis, 9(6):2132-2143, 2015. [doi]\nJoint optimization algorithm based on centralized spectrum sharing for cognitive radioJunhui Zhao, Jiao Wang. icc 2015: 7653-7658 [doi]\nOptimal gateway deployment in the smart grid Machine-to-Machine networksTingting Jiang, Junhui Zhao. chinacom 2014: 407-411 [doi]\nAnalysis of the Effect of Coherence Bandwidth on Leakage Suppression Methods for OFDM Channel EstimationJunhui Zhao, Rong Ran, Chang-Heon Oh, Jeongwook Seo. jicce, 12(4):221-227, 2014. [doi]\nA high-precision collaboration positioning algorithm with indoor environmentJunhui Zhao, Xiaocen Jin, Yi Gong. chinacom 2014: 22-25 [doi]\nCharacteristics of the 60 GHz indoor wireless propagation based on ray tracing with human body movementJunhui Zhao, Xu Liu. chinacom 2014: 85-89 [doi]\nDistribution Localization Estimation Algorithm in Wireless Sensor NetworkingJunhui Zhao, Hao Zhang, Rong Ran. vtc 2014: 1-5 [doi]\nJoint power and rate control using game theory in heterogeneous networksJunhui Zhao, Jiao Wang, Yi Gong. In WCSP. 2013: 1-5 [doi]\nAn efficient sparse channel estimator combining time-domain LS and iterative shrinkage for OFDM systems with IQ-imbalancesFeng Shu, Junhui Zhao, Xiaohu You, Michael Mao Wang, Qian Chen, Stevan M. Berber. chinaf, 55(11):2604-2610, 2012. [doi]\nModeling and control of discrete event systems using finite state machines with variables and their applications in power gridsJunhui Zhao, Yi-Liang Chen, Zhong Chen, Feng Lin, Caisheng Wang, Hongwei Zhang. scl, 61(1):212-222, 2012. [doi]\nCognitive spectrum sensing with the aid of location informationMuhammad Sibtain Hamayun, Yi Gong, Junhui Zhao. IEEEicics 2011: 1-5 [doi]\nPerformance analysis of adaptive modulation system over mobile satellite channelsJunhui Zhao, Shengchun Guan, Yi Gong. wcsp 2011: 1-4 [doi]\nIndoor localization in multi-floor environments with reduced effortHua-Yan Wang, Vincent Wenchen Zheng, Junhui Zhao, Qiang Yang. percom 2010: 244-252 [doi]\nPrediction of Stand Diameter Distribution with Artificial Neural NetworkJiarong Huang, Junhui Zhao, Guangqin Gao, Xianyu Meng, Yuxiu Guan. icnc 2009: 79-82 [doi]\nRandom Coefficient Model of Basal Area Growth for Longitudinal DataQing Zhang, Junhui Zhao, Xingang Kang. icnc 2009: 419-421 [doi]\nDomain-constrained semi-supervised mining of tracking models in sensor networksRong Pan, Junhui Zhao, Vincent Wenchen Zheng, Jeffrey Junfeng Pan, Dou Shen, Sinno Jialin Pan, Qiang Yang. kdd 2007: 1023-1027 [doi]\nA Novel RMS Delay Spread Estimation for Wireless OFDM SystemsXiaodong Xu, Ya Jing, Xiaohu You, Junhui Zhao. ieicet, 89-A(10):2558-2565, 2006. [doi]\nImpact of a Novel SNR Estimation Method on Adaptive OFDM System Performance in Slow Rayleigh Fading ChannelsXiaodong Xu, Ya Jing, Xiaohu You, Junhui Zhao. ieicet, 89-B(6):1947-1950, 2006. [doi]\nSpace-time turbo detection and decoding for MIMO block transmission systemsDongming Wang, Junhui Zhao, Xiqi Gao, Xiaohu You. icc 2004: 2914-2918 [doi]\nRobust speech recognition using data-driven temporal filters based on independent component analysisJunhui Zhao, Jingming Kuang, Xiang Xie. interspeech 2004: [doi]\nSOVA equalization for multi-code CDMA system with low spreading factorJunhui Zhao, Sanghoon Lee 0001, Dongming Wang, Xiaohu You. pimrc 2004: 2565-2569 [doi]\nChannel estimation algorithms for broadband MIMO-OFDM sparse channelDongming Wang, Bing Han, Junhui Zhao, Xiqi Gao, Xiaohu You. pimrc 2003: 1929-1933 [doi]\nThe Performance Evaluation of Distributed Speech Recognition for Chinese DigitsJunhui Zhao, Xiang Xie, Jingming Kuang. aina 2003: 151-154 [doi]


url: =Yi Zhou - researchr alias\nPublications by 'Yi Zhou'\nViewing Publication 1 - 100 from 562\nLinear types for large-scale systems verificationJialin Li, Andrea Lattuada, Yi Zhou, Jonathan Cameron, Jon Howell, Bryan Parno, Chris Hawblitzel. PACMPL, 6(OOPSLA):1-28, 2022. [doi]\nStudy on flow distribution of irrigation canal system based on image velocimetrySong Li, Huhu Liu, Shiyu Wang, Yi Zhou, Bingxu Zhou, Yu Han 0005. cea, 195:106828, 2022. [doi]\nListing Maximal k-Plexes in Large Real-World GraphsZhengren Wang, Yi Zhou, Mingyu Xiao, Bakhadyr Khoussainov. WWW 2022: 1517-1527 [doi]\nMsTGANet: Automatic Drusen Segmentation From Retinal OCT ImagesMeng Wang, Weifang Zhu, Fei Shi, Jinzhu Su, Haoyu Chen, Kai Yu, Yi Zhou, Yuanyuan Peng, Zhongyue Chen, Xinjian Chen. tmi, 41(2):394-406, 2022. [doi]\nCommunity discovery algorithm of complex network attention modelJinghong Wang, Haokang Li, Lina Liang, Yi Zhou. mlc, 13(6):1619-1631, 2022. [doi]\nJoint Segmentation of Multi-Class Hyper-Reflective Foci in Retinal Optical Coherence Tomography ImagesChenpu Yao, Meng Wang, Weifang Zhu, Haifan Huang, Fei Shi, Zhongyue Chen, Lianyu Wang, Tingting Wang, Yi Zhou, Yuanyuan Peng, Liangjiu Zhu, Haoyu Chen, Xinjian Chen 0001. tbe, 69(3):1349-1358, 2022. [doi]\nEfficientUNet+: A Building Extraction Method for Emergency Shelters Based on Deep LearningDi You, Shixin Wang 0001, Futao Wang, Yi Zhou, Zhenqing Wang, Jingming Wang, Yibing Xiong. remotesensing, 14(9):2207, 2022. [doi]\nDelay-Doppler domain decision feedback turbo equalization for OTFS modulationYang Zhang, QunFei Zhang, ChengBing He, Yi Zhou, Lianyou Jing. phycomm, 52:101699, 2022. [doi]\nAdaptive blind equalization for multi-level QAM signals in impulsive noise environmentYijiao Zhang, Shulin Tian, Huiqing Pan, Qinchuan Zhang, Duyu Qiu, Yi Zhou. iet-com, 16(4):314-325, 2022. [doi]\nA new one-point residual-feedback oracle for black-box learning and controlYan Zhang, Yi Zhou, Kaiyi Ji, Michael M. Zavlanos. automatica, 136:110006, 2022. [doi]\nA compact polarization-integrated long wavelength infrared focal plane array based on InAs/GaSb superlatticeJian Zhou, Yi Zhou, Ying Shi, Fangfang Wang, Zhicheng Xu, Zhizhong Bai, Min Huang, Lulu Zheng, Zhaoming Liang, Yihong Zhu, Qingqing Xu, Yiming Shen, Xiangxiao Ying, Jianxin Chen. chinaf, 65(2), 2022. [doi]\nSpeckle Noise Reduction for OCT Images Based on Image Style Transfer and Conditional GANYi Zhou, Kai Yu, Meng Wang, Yuhui Ma, Yuanyuan Peng, Zhongyue Chen, Weifang Zhu, Fei Shi, Xinjian Chen. titb, 26(1):139-150, 2022. [doi]\nAdaptive gradient descent enabled ant colony optimization for routing problemsYi Zhou, Weidong Li, Xiaomao Wang, Yimin Qiu, Weiming Shen 0001. swevo, 70:101046, 2022. [doi]\nResearch on Classification of Open-Pit Mineral Exploiting Information Based on OOB RFE Feature OptimizationYi Zhou, Shufang Tian, Jianping Chen, Yao Liu, Chaozhu Li. sensors, 22(5):1948, 2022. [doi]\nProximal Gradient Descent-Ascent: Variable Convergence under KŁ GeometryZiyi Chen 0002, Yi Zhou, Tengyu Xu, Yingbin Liang. iclr 2021: [doi]\nMulti-Agent Off-Policy TDC with Near-Optimal Sample and Communication ComplexityZiyi Chen 0002, Yi Zhou, Rongrong Chen. acssc 2021: 504-508 [doi]\nRUE: A caching method for identifying and managing hot data by leveraging resource utilization efficiencyLiang Ai, Yuhui Deng, Yi Zhou, Hao Feng. SPE, 51(11):2252-2273, 2021. [doi]\nk-defective cliques in massive graphsXiaoyu Chen, Yi Zhou, Jin-Kao Hao, Mingyu Xiao. cor, 127:105131, 2021. [doi]\nEvaluating the Farmland Use Intensity and Its Patterns in a Farming - Pastoral Ecotone of Northern ChinaXin Chen, Guoliang Zhang, Yuling Jin, Sicheng Mao, Kati Laakso, Arturo Sanchez-Azofeifa, Li Jiang, Yi Zhou, Haile Zhao, Le Yu, Rui Jiang, Zhihua Pan, Pingli An. remotesensing, 13(21):4304, 2021. [doi]\nSatellite-based observations of the green depressing cropping system in a farming-pastoral ecotone of northern ChinaXin Chen, Pingli An, Kati Laakso, G. Arturo Sanchez-Azofeifa, Fangtian Wang, Guoliang Zhang, Li Jiang, Yi Zhou, Fei Lun, Lidong Zou, Rui Jiang, Zhihua Pan. aeog, 98:102312, 2021. [doi]\nCertifiably-Robust Federated Adversarial Learning via Randomized SmoothingCheng Chen, Bhavya Kailkhura, Ryan A. Goldhahn, Yi Zhou. mass 2021: 173-179 [doi]\nCommunication-Free Two-Stage Multi-Agent DDPG under Partial States and ObservationsJoohyun Cho, Mingxi Liu, Yi Zhou, Rong-Rong Chen. acssc 2021: 459-463 [doi]\nA Security Model and Fully Verified Implementation for the IETF QUIC Record LayerAntoine Delignat-Lavaud, Cédric Fournet, Bryan Parno, Jonathan Protzenko, Tahina Ramananandro, Jay Bosamiya, Joseph Lallemand, Itsaka Rakotonirina, Yi Zhou. sp 2021: 1162-1178 [doi]\nLong-term Prediction Algorithm for Navigation Satellite Clocks Supported by Inter-satellite LinksShuaihe Gao, Leyuan Sun, Lishu Guo, Yi Zhou. ccoms 2021: 965-969 [doi]\nConNet: Deep Semi-Supervised Anomaly Detection Based on Sparse Positive SamplesFeng Gao, Jing Li, Ruiying Cheng, Yi Zhou, Ying Ye. access, 9:67249-67258, 2021. [doi]\nEnhancing Balanced Graph Edge Partition with Effective Local SearchZhenyu Guo, Mingyu Xiao, Yi Zhou, Dongxiang Zhang, Kian-Lee Tan. AAAI 2021: 12336-12343 [doi]\nStochastic Scene-Aware Motion PredictionMohamed Hassan, Duygu Ceylan, Ruben Villegas, Jun Saito, Jimei Yang, Yi Zhou, Michael J. Black. iccv 2021: 11354-11364 [doi]\nTransfer learning for fine-grained entity typingFeng Hou, Ruili Wang, Yi Zhou. kais, 63(4):845-866, 2021. [doi]\nSTOG: A Traffic Prediction Scheme Based on Spatio-Temporal Optimized Graph Neural NetworksShuting Hu, Ze Yu, Danyang Zhou, Yi Zhou, Nan Cheng, Ning Lu. vtc 2021: 1-5 [doi]\nUnderstanding Estimation and Generalization Error of Generative Adversarial NetworksKaiyi Ji, Yi Zhou, Yingbin Liang. TIT, 67(5):3114-3129, 2021. [doi]\nHarmonic Noise-Elimination Method Based on the Synchroextracting Transform for Magnetic-Resonance Sounding DataChuandong Jiang, Yi Zhou, Yunzhi Wang, Qing-Ming Duan, Baofeng Tian. tim, 70:1-11, 2021. [doi]\nAsynchronous Decentralized Accelerated Stochastic Gradient DescentGuanghui Lan, Yi Zhou. jsait, 2(2):802-811, 2021. [doi]\nThree-Dimensional Surface Deformation Characteristics Based on Time Series InSAR and GPS Technologies in Beijing, ChinaKunchao Lei, Fengshan Ma, Beibei Chen, Yong Luo, Wenjun Cui, Yi Zhou, He Liu, Te Sha. remotesensing, 13(19):3964, 2021. [doi]\nGroup-Wise Semantic Mining for Weakly Supervised Semantic SegmentationXueyi Li, Tianfei Zhou, Jianwu Li, Yi Zhou, Zhaoxiang Zhang. AAAI 2021: 1984-1992 [doi]\nMR-GAN: Manifold Regularized Generative Adversarial Networks for Scientific DataQunwei Li, Bhavya Kailkhura, Rushil Anirudh, Jize Zhang, Yi Zhou, Yingbin Liang, Thomas Yong-Jin Han, Pramod K. Varshney. simods, 3(4):1197-1222, 2021. [doi]\nCC-BRRT: A Path Planning Algorithm Based on Central Circle Sampling Bidirectional RRTWei Li, Menghan Ren, Yonglong Zhu, Yanyu Zhang, Sufang Zhou, Yi Zhou. IEEEwisa 2021: 430-441 [doi]\nImproving Restore Performance of Deduplication Systems via a Greedy Rewriting SchemeLifang Lin, Yuhui Deng, Yi Zhou. icpads 2021: 291-298 [doi]\nEvent-based Motion Segmentation by Cascaded Two-Level Multi-Model FittingXiuyuan Lu, Yi Zhou, Shaojie Shen. iros 2021: 4445-4452 [doi]\nGreedy-GQ with Variance Reduction: Finite-time Analysis and Improved ComplexityShaocong Ma, Ziyi Chen, Yi Zhou, Shaofeng Zou. iclr 2021: [doi]\nDistortion-Aware Room Layout Estimation from A Single Fisheye ImageMing Meng, Likai Xiao, Yi Zhou, Zhaoxin Li, Zhong Zhou. ismar 2021: 441-449 [doi]\nAutomatic Staging for Retinopathy of Prematurity With Deep Feature Fusion and Ordinal Classification StrategyYuanyuan Peng, Weifang Zhu, Zhongyue Chen, Meng Wang, Le Geng, Kai Yu, Yi Zhou, Ting Wang, Daoman Xiang, Feng Chen, Xinjian Chen. tmi, 40(7):1750-1762, 2021. [doi]\nThe Volctrans GLAT System: Non-autoregressive Translation Meets WMT21Lihua Qian, Yi Zhou, Zaixiang Zheng, Yaoming Zhu, Zehui Lin, JiangTao Feng, Shanbo Cheng, Lei Li, Mingxuan Wang, Hao Zhou. wmt 2021: 187-196 [doi]\nMultibody Dynamics Model and Simulation for the Totally Enclosed Lifeboat Lowered From Ship in Rough SeasShaoyang Qiu, Hongxiang Ren, Haijiang Li, Yi Zhou, Delong Wang. access, 9:32171-32187, 2021. [doi]\nNon-Asymptotic Analysis for Two Time-scale TDC with General Smooth Function ApproximationYue Wang, Shaofeng Zou, Yi Zhou. nips 2021: 9747-9758 [doi]\nDual-Network Task Scheduling inCyber-Physical Systems: A Cooptimization ApproachXiaomao Wang, Li Chai 0001, Yi Zhou, Feng Dan. tii, 17(5):3143-3152, 2021. [doi]\nSemi-Supervised Capsule cGAN for Speckle Noise Reduction in Retinal OCT ImagesMeng Wang, Weifang Zhu, Kai Yu, Zhongyue Chen, Fei Shi, Yi Zhou, Yuhui Ma, Yuanyuan Peng, Dengsen Bao, Shuanglang Feng, Lei Ye, Dehui Xiang, Xinjian Chen. tmi, 40(4):1168-1183, 2021. [doi]\nThe optimization of warehouse location and resources distribution for emergency rescue under uncertaintyBochen Wang, Qiyuan Qian, Jia-Jing Gao, Zhe Yi Tan, Yi Zhou. aei, 48:101278, 2021. [doi]\nBlender: A Traffic-Aware Container Placement for Containerized Data CentersZhaorui Wu, Yuhui Deng, Hao Feng, Yi Zhou, Geyong Min. date 2021: 986-989 [doi]\nChildren's Reality Understanding of Magic Show in the VideoJiaQi Wu, Zhuo Zhang, Yi Zhou, Na Xu. hci 2021: 240-246 [doi]\nA Time-Efficient and Attention-Aware Deployment Strategy for UAV Networks Driven by Deep Reinforcement LearningJinyue Wu, Xiang Cheng, Xiaoyong Ma, Wei Li, Yi Zhou. vtc 2021: 1-5 [doi]\nEfficient Reductions and a Fast Algorithm of Maximum Weighted Independent SetMingyu Xiao, Sen Huang, Yi Zhou, Bolin Ding. WWW 2021: 3930-3940 [doi]\nEfficient fog-assisted heterogeneous data services in software defined VANETsKe Xiao, Kai Liu 0001, Xincao Xu, Yi Zhou, Liang Feng. jaihc, 12(1):261-273, 2021. [doi]\nLandslide Susceptibility Mapping Using Ant Colony Optimization Strategy and Deep Belief Network in Jiuzhaigou RegionYibing Xiong, Yi Zhou, Futao Wang, Shixin Wang 0001, Jingming Wang, Jianwan Ji, Zhenqing Wang. staeors, 14:11042-11057, 2021. [doi]\nImproving deep learning method for biomedical named entity recognition by using entity definition informationYing Xiong, Shuai Chen, Buzhou Tang, Qingcai Chen, Xiaolong Wang 0001, Jun Yan 0010, Yi Zhou. bmcbi, 22(1):600, 2021. [doi]\nLong-Term Changes in the Unique and Largest Seagrass Meadows in the Bohai Sea (China) Using Satellite (1974-2019) and Sonar Data: Implication for Conservation and RestorationShaochun Xu, Shuai Xu, Yi Zhou, Shidong Yue, Xiaomei Zhang, Ruiting Gu, Yu Zhang, Yongliang Qiao, Mingjie Liu. remotesensing, 13(5):856, 2021. [doi]\nBoosting the Restoring Performance of Deduplication Data by Classifying Backup MetadataRu Yang, Yuhui Deng, Yi Zhou, Ping Huang. tdasci, 2(2), 2021. [doi]\nExploiting Semantic Embedding and Visual Feature for Facial Action Unit DetectionHuiyuan Yang, Lijun Yin, Yi Zhou, Jiuxiang Gu. cvpr 2021: 10482-10491 [doi]\nOn the Transferability of Adversarial Attacks against Neural Text ClassifierLiping Yuan, Xiaoqing Zheng, Yi Zhou, Cho-Jui Hsieh, Kai-Wei Chang. emnlp 2021: 1612-1625 [doi]\nHIVID2: an accurate tool to detect virus integrations in the host genomeXi Zeng, Linghao Zhao, Chenhang Shen, Yi Zhou, Guoliang Li, Wing-Kin Sung. bioinformatics, 37(13):1821-1827, 2021. [doi]\nEV-Road-Grid: Enabling Optimal Electric Vehicle Charging Path Considering Wireless Charging and Dynamic Energy ConsumptionYanyu Zhang, Shukui Zhou, Xinpeng Rao, Yi Zhou. vtc 2021: 1-5 [doi]\nTime elasticity evaluation of flight turnaround ground service processShuqin Zhang, Wei Jiang, Ning Yang, Bing Long, Jianan Zhu, Yi Zhou. icit 2021: 519-524 [doi]\nAdaptive blind equalization of fast time-varying channel with frequency estimation in impulsive noise environmentYijiao Zhang, Shulin Tian, Huiqing Pan, Yi Zhou. iet-com, 15(11):1507-1517, 2021. [doi]\nTransfer Learning From Speech Synthesis to Voice Conversion With Non-Parallel Training DataMingyang Zhang, Yi Zhou, Li Zhao, Haizhou Li 0001. taslp, 29:1290-1302, 2021. [doi]\nCluster-Reduce: Compressing Sketches for Distributed Data StreamsYikai Zhao, Zheng Zhong, Yuanpeng Li, Yi Zhou, Yifan Zhu, Li Chen, Yi Wang, Tong Yang. kdd 2021: 2316-2326 [doi]\nA Deep Emulator for Secondary Motion of 3D CharactersMianlun Zheng, Yi Zhou, Duygu Ceylan, Jernej Barbic. cvpr 2021: 5932-5940 [doi]\nImproving Maximum k-plex Solver via Second-Order Reduction and Graph Color BoundingYi Zhou, Shan Hu, Mingyu Xiao, Zhang-Hua Fu. AAAI 2021: 12453-12460 [doi]\nMany-to-One Distribution Learning and K-Nearest Neighbor Smoothing for Thoracic Disease IdentificationYi Zhou, Lei Huang, Tianfei Zhou, Ling Shao 0001. AAAI 2021: 768-776 [doi]\nEstimating a Conditional Expectation with the Generalized Likelihood Ratio MethodYi Zhou, Michael C. Fu 0001, Ilya O. Ryzhov. wsc 2021: 1-12 [doi]\nMutli-level Regression Anchor-free Object DetectionYi Zhou, Minge Jing, Fa Xu, Yibo Fan, Xiaoyang Zeng. asicon 2021: 1-4 [doi]\nStudy of cognitive activity in AI-augmented design iteration supportChuyi Zhou, You Li, Cai Wu, Yanqi Shao, Yi Zhou. iscid 2021: 78-82 [doi]\nMAB-Learning-Based Hierarchical Defense for Secure Underwater Acoustic NetworksYi Zhou, QunFei Zhang, Zhenhua Yan, ChengBing He. iccchina 2021: 282-287 [doi]\nMultimodal Learning For Hateful Memes DetectionYi Zhou, Zhenhao Chen, Huiyuan Yang. icmcs 2021: 1-6 [doi]\nRotational Speed Measurement Based on LC Wireless SensorsYi Zhou, Lei Dong, Chi Zhang, Lifeng Wang 0004, Qing-An Huang. sensors, 21(23):8055, 2021. [doi]\nPrenatal diagnosis of a rare variant of harlequin ichthyosis with literature reviewYi Zhou, Liang Li, Ling Wang, Chaoxue Zhang. bmcmi, 21(1):56, 2021. [doi]\nHuman muscle measurement and health management based on FPGA and machine learningYi Zhou, Hongyu Wang, Xifeng Li. mam, 83:104021, 2021. [doi]\nPrediction model of sports injury based on dynamic sampling and transfer learningYi Zhou, Xianwu Wu, Xifeng Li. mam, 80:103583, 2021. [doi]\nQuantitative-integration-based TSK fuzzy classification through improving the consistency of multi-hierarchical structureTa Zhou, Yi Zhou, Shang Gao. asc, 106:107350, 2021. [doi]\n*Yi Zhou, Zhe Yu, Kang-bo Yu, He Wang, Ling-Ling Chen. iccse2 2021: 413-418 [doi]\nSA-SGAN: A Vehicle Trajectory Prediction Model Based on Generative Adversarial NetworksDanyang Zhou, Huxiao Wang, Wei Li, Yi Zhou, Nan Cheng, Ning Lu. vtc 2021: 1-5 [doi]\nCross-Lingual Voice Conversion with a Cycle Consistency Loss on Linguistic RepresentationYi Zhou, Xiaohai Tian, Zhizheng Wu, Haizhou Li 0001. interspeech 2021: 1374-1378 [doi]\nLanguage Agnostic Speaker Embedding for Cross-Lingual Personalized Speech GenerationYi Zhou, Xiaohai Tian, Haizhou Li 0001. taslp, 29:3427-3439, 2021. [doi]\nGenerating Responses With a Given Syntactic Pattern in Chinese DialoguesYi Zhou, Xiaoqing Zheng, Xuanjing Huang. taslp, 29:2888-2898, 2021. [doi]\nHigh-Resolution Hierarchical Adversarial Learning for OCT Speckle Noise ReductionYi Zhou, Jiang Li, Meng Wang, Weifang Zhu, Yuanyuan Peng, Zhongyue Chen, Lianyu Wang, Tingting Wang, Chenpu Yao, Ting Wang, Xinjian Chen. miccai 2021: 372-381 [doi]\nDefense against Synonym Substitution-based Adversarial Attacks via Dirichlet Neighborhood EnsembleYi Zhou, Xiaoqing Zheng, Cho-Jui Hsieh, Kai-Wei Chang, Xuanjing Huang. acl 2021: 5482-5492 [doi]\nPerception-Distortion Trade-Off with Restricted Boltzmann MachinesChris Cannella, Jie Ding 0002, Mohammadreza Soltani, Yi Zhou, Vahid Tarokh. icassp 2020: 4022-4026 [doi]\nTiFL: A Tier-based Federated Learning SystemZheng Chai, Ahsan Ali, Syed Zawad, Stacey Truex, Ali Anwar, Nathalie Baracaldo, Yi Zhou, Heiko Ludwig, Feng Yan 0001, Yue Cheng. hpdc 2020: 125-136 [doi]\nDOA Estimation Based on Intelligent FMCW Radar with Triangle Array AntennaXiaoyu Du, Guoping Jiang, Chong Han, Chunsong Wang, Yi Zhou. chinacom 2021: 3-16 [doi]\nA Heat-Recirculation-Aware VM Placement Strategy for Data CentersHao Feng, Yuhui Deng, Yi Zhou. date 2020: 626-629 [doi]\nImproving Entity Linking through Semantic Reinforced Entity EmbeddingsFeng Hou, Ruili Wang, Jun He, Yi Zhou. acl 2020: 6843-6848 [doi]\nSampling Workloads with Dynamic Time Scale to Promote the Energy Efficiency of DatacentersCheng Hu, Yi Zhou, Ruoyao Ding. ithings 2020: 538-543 [doi]\nA Statistical Mechanics Framework for Task-Agnostic Sample Design in Machine LearningBhavya Kailkhura, Jayaraman J. Thiagarajan, Qunwei Li, Jize Zhang, Yi Zhou, Timo Bremer. nips 2020: [doi]\nSupervised Encoding for Discrete Representation LearningCat P. Le, Yi Zhou, Jie Ding 0002, Vahid Tarokh. icassp 2020: 3447-3451 [doi]\nVariance-Reduced Off-Policy TDC Learning: Non-Asymptotic Convergence AnalysisShaocong Ma, Yi Zhou, Shaofeng Zou. nips 2020: [doi]\nSupplementing Spinning Reserves with Demand Response under Wind Generation UncertaintyWolf Peter Jean Philippe, Mirjavad Hashemi, Yi Zhou, Sara Eftekharnejad, Ansumana Bangura. isgt 2020: 1-5 [doi]\nIndependent Vector Analysis for Blind Speech Separation Using Complex Generalized Gaussian Mixture Model with Weighted VarianceXinyu Tang, Rilin Chen, Xiyuan Wang, Yi Zhou, Dan Su. apsipa 2020: 720-726 [doi]\nAn Elastic Data Processing Method Based on Data-Center-PlatformPan Zhang, Fenggang Lai, Jing Du, Zhangchi Ying, Rui Kong, Yi Zhou, Xiao Yu. socialsec 2020: 62-71 [doi]\nResearch on Product Detection Algorithm for Intelligent RefrigeratorYi Zhou, Shanru Li, Chongwen Wang. icsca 2020: 84-88 [doi]\nMotion-Attentive Transition for Zero-Shot Video Object SegmentationTianfei Zhou, Shunzhou Wang, Yi Zhou, Yazhou Yao, Jianwu Li, Ling Shao 0001. AAAI 2020: 13066-13073 [doi]\nFully Convolutional Mesh Autoencoder using Efficient Spatially Varying KernelsYi Zhou, Chenglei Wu, Zimo Li, Chen Cao, Yuting Ye, Jason M. Saragih, Hao Li, Yaser Sheikh. nips 2020: [doi]


url: =(1) Shen Xu, Aoran Fan, Haidong Wang, Xing Zhang, and Xinwei Wang, Raman-based Nanoscale Thermal Transport Characterization: A Critical Review, International Journal of Heat and Mass Transfer, 2020.4.5, 154: 119751.\n(2) Shen Xu, Jing Liu, and Xinwei Wang, 2020, Thermal Conductivity Enhancement of Polymers via Structure Tailoring (invited review), Journal of Enhanced Heat Transfer, 2020 (in print).\n(3) Hamidreza Zobeiri, Shen Xu, Yanan Yue, Qianying Zhang, Yangsu Xie, Xinwei Wang, Effect of Temperature on Raman Intensity of nm-thick WS2: Combined Effects of Resonance Raman, Optical Properties, and Interface Optical Interference, Nanoscale, 2020.2.24, 12(10): 6064~6078.\n(4) Ridong Wang, Tianyu Wang, Hamidreza Zobeiri, Pengyu Yuan, Cheng Deng,Yanan Yue, Shen Xu and Xinwei Wang, Measurement of the thermal conductivities ofsuspended MoS2 and MoSe2 by nanosecondET-Raman without temperature calibration andlaser absorption evaluation, Nanoscale, 2018.11.12,10(48): 23087~23102.\n(5) Bowen Zhu; Jing Liu; Tianyu Wang; Meng Han; Shah Valloppilly; Shen Xu; Xinwei Wang,Novel Polyethylene Fibers of Very High Thermal Conductivity Enabled by Amorphous Restructuring, ACS Omega, 2017.7.26, 2(7): 3931~3944.\n(6) Shen Xu, Tianyu Wang, David Hurley, Yanan Yue, Xinwei Wang, Development of time-domain differential Raman for transient thermal probing ofmaterials, Optics Express, 2015, 23(8): 10040-10056.\n(7) Tianyu Wang, Shen Xu, David H. Hurley, Yanan Yue, Xinwei Wang*, Frequency-resolved Raman for transient thermal probing and thermal diffusivity measurement, Optics Letters, 2015, 41(1): 80-83.\n(8) Shen Xu; Zaoli Xu; James Starrett; Cheryl Hayashi; Xinwei Wang, Cross-plane thermal transport in micrometer-thick spider silk films, Polymer, 2014.01.01, 55(7): 1845~1853.\n(9) Shen Xu, Xinwei Wang*, Across-plane thermal characterization of films based on amplitude-frequency profile in photothermal technique，AIP Advances，2014, 4(10): 107122.\n(10) Huan Lin, Shen Xu, Xinwei Wang*, Ning Mei, Significantly reduced thermal diffusivity of free-standing two-layer graphene in graphenefoam, Nanotechnology, 2013, 24(41): 415706.


url: =茶錄 [一卷]. 東溪試茶錄 [一卷] 北苑別錄 [一卷] 茶疏 [一卷] 茶寮記 [一卷] 茶董補 [二卷] : 附錄, Cha lu [1 juan]. Dongxi shi cha lu [1 juan] Bei yuan bian lu [1 juan] Cha shu [1 juan] Cha liao ji [1 juan] Cha dong bu [2 juan] : fu lu - Paris Sciences et Lettres Research University\n茶錄 [一卷]. 東溪試茶錄 [一卷] 北苑別錄 [一卷] 茶疏 [一卷] 茶寮記 [一卷] 茶董補 [二卷] : 附錄, Cha lu [1 juan]. Dongxi shi cha lu [1 juan] Bei yuan bian lu [1 juan] Cha shu [1 juan] Cha liao ji [1 juan] Cha dong bu [2 juan] : fu lu\n蔡襄 (1012-1067) ; Cai, Xiang (1012-1067) ; 宋子安 ; Song, Zi'an ; 趙汝礪 ; Zhao, Ruli ; 許次紓 ; Xu, Cishu ; 陸樹聲 (1509-1605) ; Li, Shusheng (1509-1605) ; 陳, 繼儒 (1558-1639) ; Chen, Jiru (1558-1639)\nAuteur: 蔡襄 (1012-1067);\nCai, Xiang (1012-1067)\nAutre(s) auteur(s): 宋子安;\nLi, Shusheng (1509-1605);\nChen, Jiru (1558-1639)\nSujets: Tea -- China;\nDescription: "Ju Bai chuan xue hai ben pai yin ([1e et 2e ouvrages] 據百川學海本排印) ... Ju Du hua zhai cong shu ben pai yin ([3e ouvrage] 據讀畫齋叢書本排印)…Ju Bao yan tang mi ji ben pai yin ([4e ouvrage] 據寶顏堂祕笈本排印)… Ju Yi men guang du ben ying yin ([5e ouvrage] 據夷門廣牘本影印)… Ju Hai shan xian guan cong shu ben pai yin ([6e ouvrage] 據海山仙館叢書本排印)… "-- Verso de la page de titre\nTitre sur l'achevé d’imprimer : Cha lu ji qi ta wu zhong\nTitres liés: Collection : 叢書集成 Texte imprimé 初編 主編者王雲五 上海 商務印書館 193?-196? 1480; Congshu jicheng 1480


url: =Ko, Che Ming; Xia, L. H. (American Physical Society, 1989)\nPhotons from Heavy-Ion Collisions at Fermi Velocity\nKo, Che Ming; Alchelin, J. (American Physical Society, 1987)\nKo, Che Ming (24)\nXia, L. H. (4)Fang, X. S. (3)Levai, P. (3)Xiong, L. (3)Alchelin, J. (2)Asakawa, M. (2)Brown, G. E. (2)Koch, V. (2)Li, Ba (2)... View MoreSubject\nEQUATION (5)MODEL (4)DILEPTON (3)ENERGY (3)HEAVY-ION COLLISIONS (3)MATTER (3)STATE (3)AU+AU COLLISIONS (2)DIELECTRON PRODUCTION (2)... View MoreDate Issued1990 - 1999 (16)1980 - 1989 (6)1973 - 1979 (2)Has File(s)Yes (21)No (3)


url: =SI9934DY-T1 - IC Chips,Purchase SI9934DY-T1 online with free shipping | UTSOURCE\nSI9934DY-T1 Hard to find\nSI9934DY-T1 In Stock\nSI9934DY-T1 Electronic Component\nSI9934DY-T1 Dual P-Channel 2.5V Specified PowerTrench MOSFET\nUtsource 311922 SI SOP8 - Dual P-Channel 20-V (D-S) MOSFET Inquiry\nUtsource 190880 VISHAY/SI SOP3.9 02+ Dual P-Channel 20-V (D-S) MOSFET Inquiry\nUtsource 242060 VISHAY SOP-8 2011+ Inquiry\nUtsource 242060 VISHAY SOP-8 2013+ Inquiry\nUtsource 190880 VISHAY 3.9mm 03+ Inquiry\nUtsource 190880 VISHAY SOP-8 - Dual P-Channel 20-V D-S MOSFET US $0.72\nXian Jin Bo Chao Electronics Co.,Ltd. 1580 FSC SOP-8 01+ US $0.37\nzhuo yi Technology Co.,Ltd. 17000 VISHAY S/D 1224+ IC US $0.46\nUtsource Original Store 13665 FSC SOP-8 01+ US $0.40\nsotel electronics (HongKong)co.,ltd 300 SILICONIX SOP8 0917+ US $0.22\nUtsource 190880 VISHAY SOP-8 00+ Dual P-Channel Enhancement-Mode MOSFET Inquiry\nShenzhen Zhaofengyuan Technology Co., Ltd. 42 VISHAY SOP8 04+ US $0.18\nFeng Wei Da Electronics Co.,Ltd. 2299 VISHAY SOP-8 03+ US $0.21\nkai da xun Technology Co.,Ltd. 2299 VISHAY SOP-8 03+ US $0.24\nLIU SHENG SHI JIElectronics Co.,Ltd. 122 VISHAY SOP8 04+ US $0.27\nZJ Electronics Co.,Ltd. 239 VISHAY SOP-8 2005 US $0.31\nUtsource Original Warehouse No.5 522 VISHAY SOP8 - US $0.53\nUtsource Original Store 12127 VISHAY SOP8 04+ US $0.65\nSONGXING Electronics Co.,Ltd. 923 SILICONIX SOP8 01+ US $0.44\nUtsource 190880 VISHAY SOP-8 03+ Dual P-Channel Enhancement-Mode MOSFET Inquiry\nUtsource 208302 VISHAY SOP8 07+ Dual P-Channel Enhancement-Mode MOSFET Inquiry\nShenzhen ZhiYe Technolog CO.;LTD 30 VISHAY SOP8 09+ US $0.25\nUtsource Original Store 12115 VISHAY SOP8 09+ US $0.27\nUtsource 194252 VISHAY SOP-8. 13+ Inquiry\nUtsource 190880 VISHAY SOP-8 05+ Dual P-Channel 2.5-V (G-S) MOSFET US $1.00\nUtsource 190880 VISHAY SOP-8 06+ Dual P-Channel 2.5-V G-S MOSFET US $0.72\nKokey Electronics Co.,Ltd. 200 VISHAY SOP-8 11+ US $0.44\nUtsource 190880 SI SOP-8 05+ Dual P-Channel Enhancement-Mode MOSFET Inquiry\nUtsource Original Store 12825 VISHAY SOP-8 09+ US $0.40\nUtsource 188302 VISHAY SOP8 07+ Dual P-Channel 2.5-V G-S MOSFET Inquiry\nXian Jin Bo Chao Electronics Co.,Ltd. 332 VISHAY SOP-8 08+ US $0.41\nZJW Co. Ltd 200 VISHAY SOP8 11+ US $0.35\nShenzhen Zhaofengyuan Technology Co., Ltd. 100 VISHAY SOP8 08+ US $0.18\nZJW Co. Ltd 16 VISHAY SOP8 08+ROHS US $0.35\nZJW Co. Ltd 61 VISHAY SOP8 0912+ US $0.35\nXin Heng Chuang Electronics Co.,Ltd. 9 VISHAY SOP8 10+ US $0.21\nShenzhen Wansheng Electronics Co., Ltd. 625 VISHAY SOP 1638+ US $0.67\nYudatong ELECTRONICS CO.LTD 620 VISHAY SOP 1638+ US $0.31\nYONGYIFENG Technology Co.,Ltd. 32 VISHAY SOP-8 07+ US $0.17\nZJW Co. Ltd 121 VISHAY SOP8 06+ US $0.21\nUtsource Original Store 12417 VISHAY SOP-8 08+ US $0.44\nChao Sheng Wei Electronics Co.,Ltd 4381 VISHAY SOP8 09+PBF US $0.19\nYue Sheng Xing Electronics Co.,Ltd. 65 VISHAY SOP8 15+ US $0.20\nUtsource 190880 VIS SOP8 07+ Inquiry\nUtsource 204902 SI SOP-8 2011+ Inquiry\nUtsource 190880 SI SMD 10+ Dual P-Channel 20-V (D-S) MOSFET Inquiry\nzhuo yi Technology Co.,Ltd. 14500 VISHAY S/D 1425+ IC US $0.44\nKang Tai Feng Electronics Co.,Ltd. 90 VISHAY SOP8 10+ US $0.18\nUtsource 190880 VISHAY SOP-8 1236+ MOSFET 2P-CH 20V 4A 8SOIC Inquiry\nUtsource 190880 VISHAY SOP 12+PB Dual P-Channel 20-V (D-S) MOSFET Inquiry\nXin Heng Chuang Electronics Co.,Ltd. 51 VISHAY SOP8 06+ US $0.21\nJIAHE Electronics 31000 VISHAY SOP-8 10+ US $0.22\nTeng Rui Yuan Electronics Co.,Ltd. 20000 Vishay SOP-8 16+ US $0.05\nChao Sheng Wei Electronics Co.,Ltd 198 VISHAY SOP8 15+PBF US $0.23\nKe Lian Xin Electronics Co.,Ltd. 34 VISHAY SOP8 1031+ US $0.14\nEAGLES ELECTRONICS CO.,LIMITED 2000 VISHAY SOP8 18+ US $0.22\nZJW Co. Ltd 5 VISHAY SOP8 11+ US $0.20\nYUCHANGWEIYETechnology Co.,Ltd. 5 VISHAY SOP8 1410+ IC US $0.27\nUtsource Original Warehouse No.5 668 VISHAY SOIC-8 - US $0.55\nUtsource Original Store 12119 VISHAY SOP8 1031+ US $0.14\nMINGHUIYUAN 40 VISHAY SOP8 07+ original binding quality products US $0.21\nUtsource 197302 SI SOP 00+ Dual P-Channel Enhancement-Mode MOSFET Inquiry\nJIAHE Electronics 53000 VISHAY SOP-8 10+ US $0.16\nMing Xin Da Technology Co.,Ltd 2304 SILICONIX SOP-8 97+ US $0.21\nUtsource Original Store 14389 SILICONIX SOP-8 97+ US $0.74\nUtsource 303302 VISHAY SOP-8 .. 12+ Inquiry\nUtsource 190880 VISHAY SOP8 13+PB+ Inquiry\nUtsource 183302 VISHAY SOP-8 - Dual P-Channel Enhancement-Mode MOSFET Inquiry\nzhuo yi Technology Co.,Ltd. 7739 SILICONIX SOP8 9724+ original.IC US $0.38\nzhuo yi Technology Co.,Ltd. 7739 SILICONIX SOP8 9724+ original.IC US $0.45\nLongxin Electronics Co.,Ltd 1715 SI SOP-8 05+ US $0.16\nUtsource 208302 VISHAY SOP-8 07+ Dual P-Channel Enhancement-Mode MOSFET US $0.20\nJIAHE Electronics 52999 VISHAY SOP-8 10+ US $0.16\nUtsource 290852 VISHAY SOP-8. 10+ Inquiry\nUtsource 190880 SI SOP-8 - Dual P-Channel 2.5-V (G-S) MOSFET Inquiry\nUtsource 190880 SI SOP-8 09+ Inquiry\nUtsource 190880 SI SOP-8 10+ Dual P-Channel 2.5-V (G-S) MOSFET Inquiry\nJHT Co. Ltd 17 VISHAY SOP8 06+ROHS US $0.30\nzhuo yi Technology Co.,Ltd. 14500 VISHAY S/D 1345+ IC US $0.46\nUtsource 190880 VISHAY SO-8 06+PB Dual P-Channel 2.5V Specified PowerTrench MOSFET Inquiry\nUtsource 188302 VISHAY SOP-8 07+ Dual P-Channel 2.5-V G-S MOSFET Inquiry\nZJW Co. Ltd 17 VISHAY SOP8 06+ROHS US $0.35\nJHT Co. Ltd 17 VISHAY SOP8 06+ROHS US $0.34\nShenzhen Wansheng Electronics Co., Ltd. 19 VISHAY SOP 1338+ US $0.38\nYudatong ELECTRONICS CO.LTD 19 VISHAY SOP 1338+ US $0.41\nUtsource Original Store 12104 VISHAY SOP 1338+ US $1.26\nYue Sheng Xing Electronics Co.,Ltd. 5 VISHAY SOP8 14+ US $0.20\nUtsource 190880 VISHAY SOP-8 - Dual P-Channel 2.5V Specified PowerTrench MOSFET Inquiry\nUtsource 190880 SILICONIX SOP-8 99+ Dual P-Channel 2.5V Specified PowerTrench MOSFET US $0.60\nJIAHE Electronics 25990 VISHAY SOP-8 07+ US $0.19\nUtsource 190880 FAI SO8 06+ Inquiry\nUtsource 190880 SILICONIX SOP-8 n/a Dual P-Channel 2.5V Specified PowerTrench MOSFET Inquiry\nXian Jin Bo Chao Electronics Co.,Ltd. 572 VISHAY SO-8 02+ US $0.41\nJIAHE Electronics 26000 VISHAY SOP-8 07+ US $0.19\nUtsource Original Store 12657 VISHAY SO-8 02+ US $0.44\nUtsource 208302 VISHAY SOP-8 07+ Dual P-Channel 2.5V Specified PowerTrench MOSFET Inquiry\nXin Heng Chuang Electronics Co.,Ltd. 281 VISHAY SOP8 07+ US $0.21\nMINGHUIYUAN 20 VISHAY SOP8 - original binding quality products US $0.19\nUtsource 190880 SILILONIX SOP 9742+ Inquiry\nUtsource 190880 SI SOP8 - Dual P-Channel 20-V (D-S) MOSFET Inquiry\nUtsource 190880 VIS SOP-8 07+ Inquiry\nUtsource 189182 SI SOP - SPICE Device Model Si9936 BDY Inquiry\nUtsource 190880 SO-8 06 Inquiry\nUtsource 190880 VISHAY SOP-8 02+ Inquiry\nUtsource 190880 SI SSOP 04+ Inquiry\nUtsource 190880 VISHAY SOP-8 06+ SPICE Device Model Si9936BDY Inquiry\nJHT Co. Ltd 90 VISHAY SOP8 06+ROHS US $0.20\nChao Sheng Wei Electronics Co.,Ltd 25 VISHAY SOP8 07+PBF US $0.18\nUtsource Original Store 12110 VISHAY SOP8 07+PBF US $0.21\nUtsource 48248 VISHAY SOP8 12+ US $0.35\nChao Feng Wei Electronics Co.,Ltd. 280 VISHAY SOP8 12+ US $0.21\nUtsource Original Store 12365 VISHAY SOP8 12+ US $0.74\nUtsource 190880 VISHAY SOP8 05+ SI9936DY DUAL N CHAN 30V SO8 Inquiry\nUtsource 258302 VISHAY SOP8 O7 MOSFET; Transistor Polarity:Dual N Channel; Drain Source Voltage, Vds:30V; Continuous Drain Current, Id:6A; On-Resistance, Rdson:35mohm; Rdson Test Voltage, Vgs:10V; Package/Case:SO-8; Leaded Process Compatible:Yes US $0.72\nJia Xing Chuang Da Technology Co.,Ltd. 118 VISHAY SOP8 14+PB US $0.21\nXian Jin Bo Chao Electronics Co.,Ltd. 419 VISHAY SO-8 05+ US $0.41\nJHT Co. Ltd 90 VISHAY SOP8 06+ROHS US $0.22\nZJW Co. Ltd 90 VISHAY SOP8 06+ROHS US $0.28\nZJW Co. Ltd 37 VISHAY SOP8 06+ US $0.28\nShenzhen Wansheng Electronics Co., Ltd. 40 VISHAY SOP 14+ US $0.33\nYudatong ELECTRONICS CO.LTD 40 VISHAY SOP 14+ US $0.31\nYONGYIFENG Technology Co.,Ltd. 3900 VISHAY SOP8 15+ US $0.18\nUtsource Original Store 12203 VISHAY SOP8 14+PB US $0.22\nXin Heng Chuang Electronics Co.,Ltd. 10 VISHAY SOP8 10+ US $0.21\nUtsource 39791 VISHAY SOP8 10+ US $0.59\nUtsource 190880 VISHAY SOP8 2006 Inquiry\nUtsource 190880 SI SOP-8 99+ SI9936DY DUAL N CHAN 30V SO8 US $0.86\nJIAHE Electronics 4800 VISHAY SOP-8 14+ US $0.19\nTuo Li Tong Bo Electronics Co.,Ltd. 500 SILICONI SOP8 02+ US $0.33\nXing Sheng Electronics Co.,Ltd. 320 SILICON SOP8 97+ US $0.44\nGUANGZEDZ 15 VISHAY SOP8 07+ US $0.22\nChao Sheng Wei Electronics Co.,Ltd 2900 SILICONIX SOP8 9342+ US $0.10\nChao Sheng Wei Electronics Co.,Ltd 1350 PHILIPS SOP8 04+PBF US $0.16\nShenzhen Shengrongli Technology Co., Ltd. 2500 SILICONIX SOP-8 00+ US $0.14\nTian Tian Yuan Electronics Co.,Ltd. 69 SILICON SOP8 06+ US $0.10\nZHANCHENG Electronics Co.,Ltd 345 VISHAY SOP8 12+/15 US $0.20\nUtsource Original Store 14985 SILICONIX SOP8 9342+ US $0.14\nUtsource 190880 NXP SOP-8 11+ MOSFET 2N-CH 30V 5A SOT96-1 Inquiry\nUtsource 190880 FSC SOP8 0548+ Inquiry\nUtsource 190880 NXP SOP8 05+ Inquiry\nUtsource 190880 VISHAY SOP8 2004+ SI9936DY DUAL N CHAN 30V SO8 Inquiry\nXian Jin Bo Chao Electronics Co.,Ltd. 2125 VISHAY SO-8 03+ US $0.37\nLongxin Electronics Co.,Ltd 20 VISHAY SO-8 07+ US $0.11\nChao Sheng Wei Electronics Co.,Ltd 15714 SILICONIX SOP8 05+ US $0.16\nShenzhen Shengrongli Technology Co., Ltd. 783 SILICONIX SOP-8 0207+ US $0.29\nUtsource Original Store 14210 VISHAY SO-8 03+ US $0.40\nUtsource 188302 VISHAY SOP-8 07+ Dual N-Channel Enhancement Mode MOSFET Inquiry\nJia Xing Chuang Da Technology Co.,Ltd. 106 VISHAY SOP8 06+PB US $0.21\nUtsource Original Store 12191 VISHAY SOP8 06+PB US $0.22\nUtsource 190880 VISHAY SO-8P 0613+ N-channel enhancement mode field-effect transistor Inquiry\nUtsource 190880 N/A SOP8 2005 Inquiry\nUtsource 190880 VISHAY SOP-8 0334+ Inquiry\nUtsource 185414 SI - - Complimentary 30-V (D-S) MOSFET Inquiry\nUtsource 190880 SI SOP - Complimentary 30-V D-S MOSFET Inquiry\nUtsource 190880 SI SOP-8 - Complimentary 30-V D-S MOSFET US $0.72\nJIAHE Electronics 18200 VISHAY SOP-8 14+ US $0.16\nUtsource 190880 SI SOP-8 05+ Complimentary 30-V D-S MOSFET Inquiry\nUtsource 190880 VISHAY SO-8 - Complimentary 30-V D-S MOSFET Inquiry\nzhuo yi Technology Co.,Ltd. 14500 VISHAY S/D 1324+ IC US $0.37\nSI9934DY-T1 has several brands around the world that may have alternate names for SI9934DY-T1 due to regional differences or acquisition. SI9934DY-T1 may also be known as the following names:\n≥101: US $0.33152 US $0.29837\n≥1000: US $0.26936 US $0.24242\n≥101: US $0.35520 US $0.31968\n≥1000: US $0.28860 US $0.25974


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url: =21. Artificial fish swarm algorithm based pilot allocation in massive MIMO system EI SCOPUS\n22. Gluon transverse momentum dependent correlators in polarized high energy processes EI SCOPUS\n23. Automatic extraction of vector road based on bus GPS data EI SCOPUS\n24. Heavy Higgs boson resonances and their decay into top quarks at the LHC EI SCOPUS\n25. Offline data processing software for the JUNO experiment EI SCOPUS\n26. Heavy Higgs boson production and decay into top quarks at the LHC EI SCOPUS\n27. Multiband scheme design for multiple NBIs suppression based OS-OCC UWB system EI SCOPUS\n28. Effect of thermal aging on migration characteristics of heavy metal in PET EI SCOPUS\n29. OCC based code-selected high efficient modulation in UWB system EI SCOPUS\n作者机构：[Peng, Shanshan ;Bai, Zhiquan ;Su, Yingyan ] School of Information Science and Engineering, Jinan, China;[Kwak, Kyungsup ] Graduate School of Information Technology and Telecommunications, INHA University, Incheon, Korea, Republic of;[Sun, Shangqian ] School of Physics, Shandong University, Jinan, China\n来源：2016 16th International Symposium on Communications and Information Technologies, ISCIT 2016,201687-91\n30. Enhanced dielectric and piezoelectric properties of Bi5Ti3FeO15 ceramics by manganese doping EI SCOPUS\n31. Pulsed visible lasers with low dimensional semiconductors EI SCOPUS\n32. Laser-induced photonic waveguides and systems in ferroelectric crystals EI SCOPUS\n33. Three dimensional beam splitters and lasing based on Nd: YAG waveguides by femtosecond laser writing EI SCOPUS\n34. Anti-corrosion property of atomic layer deposition films for anodized aluminum EI SCOPUS\n35. Characteristics of PMT used in prototype array of ED EI SCOPUS\n36. Polarization effect of free carriers in ZnO single crystal EI SCOPUS\n37. Seasonal thermal neutron flux variations at high altitude EI SCOPUS\n38. Three dimensional beam splitters and lasing based on Nd: YAG waveguides by femtosecond laser writing EI SCOPUS\n39. Three-dimensional reconstruction of the leather fiber bundles EI SCOPUS


url: =Xi Long Hotel Shenyang(Shenyang Tiexi Branch),Shenyang Hotel:China Hotels.net\n- Xi Long Hotel Shenyang(Shenyang Tiexi Branch)\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) No.101 Jingxing South Street,Tiexi District,Shenyang(沈阳市铁西区景星南街101甲（南九中路与景星南街的交汇处）)\nSearch Room Rates: Xi Long Hotel Shenyang(Shenyang Tiexi Branch)\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) Introduction\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) is a budget hotel,guaranteed a decent stay at a reasonable price.\nThe hotel is situated in Shenyang Tiexi District.Opened in 2011, Xi Long Hotel Shenyang(Shenyang Tiexi Branch)is special for the humanized service and new amenties.The hotel has 5 storeys(floors),93 tastefully understated rooms.Meanwhile well positioned with distance(Kilometers) to: Shenyang Taoxian Airport(29km), Railway Station(4.3km), North Railway Station(10.6km), Shenyang International Exhibition Center(15.7km), Shenyang Imperial Palace(10.5km), Strange Slope(5.4km), Zhaoling Tomb(13.2km), Museum of Zhang Xueliang Former Residence(10.4km), Wulihe Stadium(10.4km), Shenyang TV tower(8.1km), Taiyuan Street(4.5km), Riverside Garden(11.3km), Liaoning's industrial exhibition hall(8.6km), Huangyang Mansion(10.9km), Lijing Garden(10.7km).\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) Room Types\nStandard Room( Preferential) 2 Breakfasts - - 15USD+\nFashion Room A(One Double Bed/ Special Rate) 2 Breakfasts - - 18USD+\nFashion Room B(One Double Bed/ Special Rate) 2 Breakfasts - - 19USD+\nCozy Family Room(Special Rate) 2 Breakfasts - - 20USD+\nCozy Family Room(With Bathtub/ Special Rate) 2 Breakfasts - - 23USD+\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) Amenities\nWake Up Call | Xi Long Hotel Shenyang(Shenyang Tiexi Branch) Booking Policy\nThe regular time for check-in is 14:00 and the regular check-out time is 12:00 at noon. If you need to check in earlier or extend your stay, the hotel may charge an extra fee. (All times shown are GMT + 8 hours.) Xi Long Hotel Shenyang(Shenyang Tiexi Branch) Map and Nearby Hotels\nXi Long Hotel Shenyang(Shenyang Tiexi Branch) Nearby hotels\nHanting Express Shenyang Tiexi Branch Shenyang 0.2km\nJinjiang Inn Shenyang Xingshun Street Branch 0.3km\n7 Days Inn Shenyang Tiexi Apartment Branch 0.6km\nXiyunlai Apartment Hotel Shenyang 0.9km\nLazy cat apartment hotel Shenyang(Wanda branch Tiexi) 0.9km\nXinyuan Apartment Shenyang 0.9km\nJu Jia Yuan Apartment Hotel Shenyang 0.9km\nWoju Duanzu Hotel (Shenyang Tiexi Wanda Branch) 0.9km\nAmanda Short Rental Apartment Shenyang Tiexi Wanda Branch 0.9km\nManju Lishe Boutique Hotel Shenyang 0.9km\nGangsen Hotel Shenyang (Tiexi Wanda Branch) 0.9km\nJin Jia Hua Business Apartment Shenyang 0.9km\nJiamei Short Rental Apartment Shenyang Tiexi Wanda Branch 0.9km\nKM(kilometers) above is the distance to this hotel Xi Long Hotel Shenyang(Shenyang Tiexi Branch) Nearby Attractions


url: =10 Meilleurs hôtels proches Guangxi Traditional Chinese Medical University, Nanning sur TripAdvisor\nHôtels à bas prix Nanning\n10 Meilleurs hôtels proches Guangxi Traditional Chinese Medical University - Hôtel près de Guangxi Traditional Chinese Medical University\nHôtels proches de Guangxi Traditional Chinese Medical University\n179 Mingxiu E Rd, Nanning, Chine\n487 sur 575 établissements correspondent à vos filtres. Effacer tous les filtres\nAffinerÀ n'importe quelle distance de Guangxi Traditional Chinese Medical University\nNo.37 Beihu South Road, Xixiangtang District, Nanning 530001, Chine\n0,4 km de Guangxi Traditional Chinese Medical University\nNo.118 Daxue East Road, Xixiangtang District, Nanning 530003, Chine\n3,6 km de Guangxi Traditional Chinese Medical University\nNo.100-1 East Daxue Road, Xixiangtang District, Nanning 530003, Chine\n3,9 km de Guangxi Traditional Chinese Medical University\nNo.129 Minzu Avenue, Nanning 530028, Chine\n7,1 km de Guangxi Traditional Chinese Medical University\nC'est l'un des hôtels les plus réservés à Nanning depuis 60 jours.\nNo.131-4 Minzu Boulevard, Qingxiu District, Nanning 530028, Chine\n7,6 km de Guangxi Traditional Chinese Medical University\nNo.42 You'ai South Road, Xixiangtang District, Nanning 530001, Chine\n0,6 km de Guangxi Traditional Chinese Medical University\nNo. 42 Youai South Road, Xixiangtang District, Nanning 530000, Chine\nNo.43-2 Youai South Road, Chengbei District, Nanning 530000, Chine\n0,7 km de Guangxi Traditional Chinese Medical University\nNo.39 Youai South Road, Xixiangtang District, Nanning 530001, Chine\nNo.41 You'ai South Road, Xixiangtang District, Nanning 530001, Chine\nNo.4 You'ai North Road, Nanning, Chine\nNo. 10 You'ai North Road, Nanning, Chine\nNear Mingxiu West Road, No. 11-1 You'ai North Road Xixiangtang District, Nanning 530000, Chine\nNo. 6 Mingxiu West Road, Xixiangtang District, Nanning, Chine


url: =Samsung готовит смартфон Galaxy A8 с дактилоскопическим сканером\nSānxīng zhèngzài zhǔnbèi yīgè zhìnéng shǒujī yínhé A8 jùyǒu zhǐwén sǎomiáo yí\nsānxīng zhèng zhǔnbèi tuīchū xīn de zhìnéng shǒujī, zhè jiāng shì yínhé A. Jiù xiàng zài běn xìliè de qítā xínghào de xiàn de yánxù, xīn de yínhé A8 jiāng bèi fàngzhì zài yīgè jīnshǔ wàiké, qí zhǔyào tèdiǎn jiàng shì yīgè zhǐwén sǎomiáo yí hé dà píngmù.\nJù yùjì, zhìnéng shǒujī jiāng jīyú yīgè 8 gè64 wèi chǔlǐ qì de gāotōng Snapdragon 615 túxíng xīnpiàn wèi Adreno 405, bìng huòdé 2 GB de RAM. Hái yǒu xiāoxī chēng yínhé A8 pèibèi de SuperAMOLED píngmù duì jiǎo xiàn wèi 5.7 Yīngcùn,1920×1080 xiàngsù de fēnbiàn lǜ. Cúnchú shèbèi zhōng de yònghù wénjiàn jiāng bèi ānzhuāng nèizhì de 16 GB kuòzhǎn cúnchú kǎ de MicroSD yóuyú cúnchú róngliàng. PhotoChances láizì sānxīng de xiāoxī jiāng fēnbié shè yǒu zhǔ, qián zhì shèxiàngtóu wèi 500 wàn xiàngsù hé 16 de fēnbiàn lǜ. Diànchí róngliàng sānxīng Galaxy A8 jiāng shì 3050 háo ān shí. Zhìnéng shǒujī de zhèngshì gōngbù, yùjì zài bùjiǔ de jiānglái.\n← Sony готовит презентацию международной версии флагмана Xperia Z4 LG создала 55-дюймовую OLED-панель толщиной 1 мм →


url: =ZajdaHB | DeviantArt\nAbout Other / Hobbyist ZajdaHBFemale/Czech Republic Recent Activity\nStatistics 53 Deviations 19 Comments 2,240 Pageviews\nThat devil box tells you NOTHING but lies! ZajdaHB 2 0 Bellatrix Lestrange ZajdaHB 1 0 Daenerys Targaryen ZajdaHB 2 2 Call me Kelly #2 ZajdaHB 0 0 Call me Kelly... ZajdaHB 0 0 My little librarian ZajdaHB 0 0 Prince Nuada Silverlance ZajdaHB 1 0 Dwarf lady ZajdaHB 1 0 Little bit curious hobbit ZajdaHB 1 0 Green Fairy ZajdaHB 0 0 Toothless :) ZajdaHB 0 0 Five nights at Freddy's - Closed door ZajdaHB 0 0 Five nights at Freddy's - Nightmare ZajdaHB 0 0 TARDIS ZajdaHB 0 0 'Allo 'Allo - me :D ZajdaHB 1 0 Me ZajdaHB 1 0\nKiki's delivery service sofiko-chan 27 0 Avatar Road siquia 2,676 217 Defying Gravity-- limey404 992 135 GND46-GuitarSympatheticVillain Pika-la-Cynique 3,048 785 Notre Dame Eliott-Chacoco 1,841 252 At your service Lysandr-a 11 1 Hiii... Lysandr-a 7 3 Valentines rufftoon 13,437 2,587 Shirt Design: LotR: I Am No Man wolfanita 187 71 Myth Remakes Side by Side wolfanita 26 12 Gods of Ancient Greece Poster wolfanita 57 0 Cat design teranen 1,553 60 Ginger cat elenastupishina 7 0 Lavender Elven Gown Firefly-Path 1,307 33 Lackadaisy Century tracyjb 4,426 225 Boat Deck Eliott-Chacoco 996 102\nZajdaHB submitted a deviation\n#coco #cocopixar #coco_pixar #mamaimelda #cocopixarimelda\nSuuuure, Imelda, you're right...\n#bellatrix #bellatrixlestrange #harrypotter #harrypotterfanart #bellatrixlestrangeharrypotter\n#daenerys #gameofthrones #songoficeandfire #daenerystargaryen #motherofdragons #daenerysstormborn #gameofthronesfanart #daenerystargaryengameofthrones #daenerysgameofthrones\nFavorite movies Moulin Rouge, Chicago, Hellboy (1,2), Sucker Punch... Favorite bands / musical artists Ozzy Osbourne, Nightwish, Sepultura, The Cranberries... Favorite books Too many to name them all Favorite writers Terry Pratchett, Andrzej Sapkowski, J.K.Rowling Favorite games Doom, Heretic, Comander Keen, Age of Empires, Gothic\nZajdaHB Featured By Owner Jun 29, 2018 Hobbyist Artist\nPaintedHabitat Featured By Owner Jun 10, 2018 Hobbyist Traditional Artist\nZajdaHB Featured By Owner Jun 10, 2018 Hobbyist Artist\nAvelion-chan Featured By Owner Dec 13, 2017 Hobbyist Photographer\nSwashbookler Featured By Owner Jun 8, 2017 Professional Digital Artist\nSinsitra Featured By Owner Nov 28, 2016 Hobbyist General Artist\nDZkribblerLuiz Featured By Owner Jan 6, 2016\ncreativesam Featured By Owner Apr 16, 2013


url: =China | No of Employee: Rural: Yunnan: Chuxiong: Shuangbai | Economic Indicators\nChina No of Employee: Rural: Yunnan: Chuxiong: Shuangbai\nChina’s No of Employee: Rural: Yunnan: Chuxiong: Shuangbai data was reported at 87.86 Person th in Dec 2012. This records a decrease from the previous number of 88.45 Person th for Dec 2011. China’s No of Employee: Rural: Yunnan: Chuxiong: Shuangbai data is updated yearly, averaging 87.86 Person th from Dec 2004 to 2012, with 9 observations. The data reached an all-time high of 88.64 Person th in 2010 and a record low of 86.00 Person th in 2004. China’s No of Employee: Rural: Yunnan: Chuxiong: Shuangbai data remains active status in CEIC and is reported by National Bureau of Statistics. The data is categorized under China Premium Database’s Labour Market – Table CN.GL: No of Employee: Rural: County Level Region.\nWhat was China's No of Employee: Rural: Yunnan: Chuxiong: Shuangbai in 2012?\nView China's No of Employee: Rural: Yunnan: Chuxiong: Shuangbai from 2004 to 2012 in the chart:\nNo of Employee: Rural: Yunnan: Chuxiong: Shuangbai


url: =July 12 Tianjin zinc spot news: some of the goods to the warehouse market transaction improved_SMM | Shanghai Nonferrous Metals\nHome / Metal News / Zinc / July 12 Tianjin zinc spot news: some of the goods to the warehouse market transaction improved\nJuly 12 Tianjin zinc spot news: some of the goods to the warehouse market transaction improved\nJul 12,2019 12:01 CST\nSMM7 12-month news, Tianjin market 0 # zinc ingot mainstream transaction in 19200 to 20150 yuan / ton, 0 # ordinary brand mainstream transaction in 19200 to 1920 yuan / ton, 1908 contract water 100 to 200 yuan / ton, Tianjin market than Shanghai stock market to maintain rising water around 100 yuan / ton. The main trend of 0 # zinc ingots in Tianjin market is 19200 yuan / ton, and the mainstream of 0 # zinc ingots in Tianjin market is between 19200 yuan / ton and 1920 yuan / ton.\nSMM7 12-month news, Tianjin market 0 # zinc ingot mainstream transaction in 19200 to 20150 yuan / ton, 0 # ordinary brand mainstream transaction in 19200 to 1920 yuan / ton, 1908 contract water 100 to 200 yuan / ton, Tianjin market than Shanghai stock market to maintain rising water around 100 yuan / ton. The main trend of 0 # zinc ingots in Tianjin market is 19200 yuan / ton, and the mainstream of 0 # zinc ingots in Tianjin market is between 19200 yuan / ton and 1920 yuan / ton. The refinery shipment is normal, the market supply circulation is more abundant than yesterday, the holder is willing to push forward the price is stronger, the morning report in the 08 contract rising water 120 200 yuan / ton, the downstream transaction mostly to the high price brand goods source primarily, subsequently some holders reduced to the ordinary brand quotation, concentrated on the 08 contract liter water 100 200 yuan / ton or so. Today, the transaction situation in Tianjin market has improved compared with yesterday, 0 # Zijin, Hongye, bailing, Chihong, West Mine, etc., were sold in 19200-19320 yuan / ton, and 1 # Zijin, Chihong, Hongye, etc., were sold in 19150-19270 yuan / ton. (SMM Yan Weijun QQ: 2880505634 TEL:021-51666869)


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url: =The Chemical Constituents of the Essential oil Fromthe Leaves of Cinnamomum subavenium--《ACTA AGRICULTURAE UNIVERSITIS JIANGXIENSIS》1998年03期\n《ACTA AGRICULTURAE UNIVERSITIS JIANGXIENSIS》 1998-03\nThe Chemical Constituents of the Essential oil Fromthe Leaves of Cinnamomum subavenium\nYu Zhixiong Yang Xianhui Li Xiaofang Zhang Qiugen Wang Yuefeng(College of Forestry,JAU,Nanchang 330045)\nThe essential oil was obtained at the rate of 2.46% by steam distillation of dried fresh leaves of Cinnamomum subavenium Miq.collected from Jinggangshan in Jiangxi Province under normal pleasure.The essential oil was analysed by GC /MS /DS on the Finnigan-Mat 4510 instrument.As a result,34 constituents were isolated and dentified,their content accounted for 99.67% of the essential oil.The major constituents are eugenol (89.80%),1,8-cineole (1.90%),2-allyl-phenal (1.80%),linalool (1.50%) and methyl salicylate (0.55%) etc,But the essential oil does not contain safrole,which is its conspicuous characteristic.The essential oil is rich in the sweet smell-aroma of eugenol and is well fit for compounding perfumes for food,cigaret,cosmetic,medicine and so on.This article reports all the constituents of the wild plant resource of Cinnamomum subavenium Miq.for the first time,Which prorides the scientific basis for further exploitation and utilization of this plant.\n【CateGory Index】： S792.230.1\n1 YANG Qing1,CHEN Shi-pin2,ZOU Li-qing3,LIAN Pei-hua4(1.Fujian Wuyishan Institute of Biology,Wuyishan 354300,China;2.Fujian Agriculture and Forestry University Forestry College,Fuzhou 350002,China;3.Fujian Pucheng Linjiang Agro-technical Station,Pucheng 353400,China;4.Fujian Wuyishan Forestry Bureau,Wuyishan 354300,China);GC-MS Analysis of Chemical Components of Essential Oil from Leaves of Cinnamomum chekiangense[J];Biomass Chemical Engineering;2009-03\n2 WU YI-QIN(1,2),YANG LIU(1),MENG ZHAO-YU(1),LU SHE-MING(1),MIAO MING-MING(1),and ZHU HONG-YOU(2)1.R&D Center of Hongta Tobacco(Group) Co.,Ltd.,Yuxi 653100,Yunnan,China2.College of Chemical Science and Engineering,Yunnan University,Kunming 650091,China;Analysis of Pyrolysis Products of Cinnamon Leaf Oil by Gas Chromatography/Mass Spectrometer[J];Tobacco Science & Technology;2007-07\n3 HE Cui-wei1,LI Yao-hua1,TAN Qian2(1.Guangxi TCM College,Guangxi Nanning 530001,China;2.Graduate student of the College of 2007);Determination of Zhenghonghuayou by GC-MS[J];Chinese Journal of Hospital Pharmacy;2008-11\n1 Zhang FenFen Xie GuZhen Cao XianBin ChongQing JiaDun Industry CO. LTD, ChongQing 400065;The Application and Development of the Biologic Techniques in the Essential plant.[A];[C];2002\n1 Yu Xuejian, Chen Xinrong and Cheng Biqiang (Yunnan Institute of Tropical Botany, Academia Sinica);A PRELIMINARY STUDY ON THE CHEMICAL CONSTITUENTS OF THE LEAVES OIL IN CINNAMOMUM ZEYLANICUM Bl.[J];Acta Botanica Yunnanica;1984-01\n2 Yu Xuejian Cheng Biqiang (Yunnan Institute of Tropical Botany, Academia Sirica);ANALYSIS OF THE CHEMICAL CONSTITUENTS OF OCIMUM GRATISSIMUM VAR. SUAVE OIL[J];Acta Botanica Yunnanica;1986-02\n1 Zhouqi (Changzhou Engineering College of Vocational Technology,213004);Study On The Catalytic Synthesis of Iso-Amyl Acetate With Ammonium Ferric Sulface Dodecahydrate Chenqun Yangxiaolin Fanlian[J];Anhui Chemical Industry;2003-03\n10 DONG Dong-ping et al(Departmentof Environment Science,Xuchang University,Xuchang,Henan 461000);Study on the Wild Plant Resource in Henan and its Exploitation and Protection[J];Journal of Anhui Agricultural Sciences;2007-12\n7 Cai Jianguo Zhou Yongchuan Huang Shunde Deng xiu (Supercritical Fluid Technical Research Laboratory,Chemical Engineering Research Center,East China;The commercial process for supercritical CO_2 extraction natural aromatic plant resources[A];[C];2000\n8 Xu Rui Yang Zuwu (Yunnan flavour and fragrance research&development center,Kunming 650051);Study on Area Dividing of Courtyard Planting about Vanilla in The Xishuangbanna[A];[C];2008\n9 Zhang Jianbin Gao Yongfang Jiao Yizheng (R&D Center of Guangzhou Baihua Flavours&fragrances CO.,Ltd.Guangzhou PR.China 510370);Study on new procedure for Synthesis of Styralyl Propionate by Styrene[A];[C];2008\n1 CHEN Yan1,CHEN Sipin2(1Material College,Fujian Agriculture and Forestry University,Nanping 353001,China;2Forestry College,Fujian Agriculture and Forestry University,Nanping 353001,China);Search on Extraction of Perfume Oil Form Lauraceae Plant Lamina with Supercritical Carbon Dioxide[J];Journal of Fujian College of Forestry;2003-02\n2 Chang Dongliang, Ha Chengyong ( Guangzhou.Institute of Chemistry, Chinese Academy of Sciences , Guangzhou 510650);Determination of the Heavy Turpentine in Rosin With Gas Chromatography/Mass Spectrometry[J];Chinese Journal of Analytical Chemistry;1999-04\n3 Li Feng; Tian Laijin; Shao Jing (Department of Chemistry, of Normal University Qufu 273165) Zhu Guoyi (Laboratory of Electroanalytical Chemistry, Changchun Institute of Applied Chemistry, Chinese Academy of Sciences, National Analytical Research Center of Electrochemistry and Spectroscopy, Changchun l30022);Analysis of Chemical Constituents of Essential Oil in Purple Magnolia Leaves by Gas Chromatography-Mass Spectrometry[J];Chinese Journal of Analytieal Chemistry;2000-07\n4 Ma Cong,Liu Jiajia,Yang Dongliang,Wang Yu(Institute of Biochemical Engineering,College of Chemistry and Chemical Engineering,Center Southern University,Changsha 410083,China);Study on Terpene Chemical Constituents of the Volatile Oil from the Pine Bark of Pinus Elliottii Engelm[J];Guangdong Chemical Industry;2007-03\n5 Mei Jiena Zhang Yanjun Chen Lifang (General Management Station of Forest Seeds & Planting Stock & Plantation Bases of Guangdong Province, Guangzhou, 510173; Forestry Research Institue of Guangdong Province);Study on Chemical Compositions of Resin of Hybrid between Pinus elliottii var. elliottii and Pinus caribeae[J];Forestry Science and Technology;2005-03\n6 Cui Jianguo Lu Jun Fan Ping Meng Lili (Applied Chem. Inst.,Guangxi Teaching College Nanning 530001);Preparation of Natural Benzaldehyde from Hydrolysis of Cassia Leaf Oil[J];GUANGXI CHEMICAL INDUSTRY;1997-03\n7 WANG Hong-wu,LU Xiang-e,PENG Yan-xia(Department of Light Industry & Chemistry,Zhaoqing University,Zhaoqing 526061,Guangdong,China);Analysis of the Essential Oils from the Flowers and Leaves of Magnolia Denudata Desr in Different Seasons by Gas Chromatography-Mass Spectrometry[J];Fine Chemicals;2007-03\n8 LI Xiaolin1,DAI Guigen1,LIU Yuansheng1,LI Shuwo2,XU Xiaomao3(1.Jiangxi Xinlin Group Co., Ltd., Anfu Jiangxi 343200, China;2.Anfu County Forestry Bureau, Anfu Jiangxi 343200, China;3. Anfu Forest Chemistry Co., Ltd., Anfu Jiangxi 343200, China);Analysis of Resource of Pinus elliottii and Content of Its Turpentine Oil in Anfu County[J];Jiangxi Forestry Science and Technology;2003-01\n9 XUE RUI-DE (Institute of Microbiology and Epidemiology, Academy of Militaty Medical Science)ZHANG WEN-ZHONG(Shanxi Medical College);THE AGGRESSIVE BEHAVIOR OF MACROCHELESMUSCAEDOMESTICAE AND ITS INFLUENCEON HOUSEFLY[J];Acta Entomologica Sinica;1986-04\n10 LI QIAN-JUN GUAM ZHI-HE(Department of Plant Protection, Beijing Agricultural University, Beijing 100094)GUAN He(Institute of Zoology, Acadcmia Sinica, Beijing 1000.30);EFFECT OF PRECOCENE II ON VITELLOGENESIS OF HOUSEFLY MUSCA DOMESTICA VICINA[J];Acta Entomologica Sinica;1993-02\n1 LIU Zheng-cong1,2,LU She-ming1,GAO Qian1,3,ZHAO Yun-fang1,2,WEN Ya-dong1,ZHU Rui-zhi1,REN Zhuo-ying1,MIAO Ming-ming1(1.R & D Center of Hongta Tobacco Group Co.,Ltd,Yuxi 653100,Yunnan,China;2.College of Chemical Science and Engineering,Yunnan University,Kunming 650091,Yunnan,China;3.Kunming University of Science and Technology,Kunming 650224,Yunnan,China);Investigation of the Pyrolysis Products of Nicotine by PY/GC-MS[J];Fine Chemicals;2009-05\n2 XIE Jian-ping,SUN Shi-haoZhengzhou Tobacco Research Institute of CNTC,Zhengzhou 450001,China;Report of developments of tobacco chemistry in 2007[J];Acta Tabacaria Sinica;2008-04


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url:
=Jing Ke - Santa Clara County Library District\nJing Ke, produced by Zhongguo guo ji dian shi zong gong si\nThe Resource Jing Ke, produced by Zhongguo guo ji dian shi zong gong si\nThe item Jing Ke, produced by Zhongguo guo ji dian shi zong gong si represents a specific, individual, material embodiment of a distinct intellectual or artistic creation found in Santa Clara County Library District.\nHe, Rundong., 1975-\nZhang, Tielin, , 1956-\nSan Francisco, Calif., World Video & Supply Inc., 200-?\n"San shi er ji dian shi lian xu ju"--Die mian\nOriginally produced as television programs\nproduced by Zhongguo guo ji dian shi zong gong si\nJing, Ke, d. 227 B.C. -- Drama\nGuo yu pei yin ; fan ti Zhong wen zi mu\nLiu Ye, Zhang Tielin, Qu Ying, He Rundong, Wang Yanan, Shao Bing\n
 Data from Jing Ke, produced by Zhongguo guo ji dian shi zong gong si - Santa Clara County Library District
\nData Citation of the Item Jing Ke, produced by Zhongguo guo ji dian shi zong gong si


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