url: =dblp: IWQoS 2021\n29th IEEE/ACM International Symposium on Quality of Service, IWQOS 2021, Tokyo, Japan, June 25-28, 2021. IEEE 2021, ISBN 978-1-6654-1494-4\nSeqAD: An Unsupervised and Sequential Autoencoder Ensembles based Anomaly Detection Framework for KPI. 1-6\nZhiyuan Wang, Jiancheng Ye, Dong Lin, Yipei Chen, John C. S. Lui:\nDesigning Approximate and Deployable SRPT Scheduler: A Unified Framework. 1-6\nTooba Faisal, Damiano Di Francesco Maesa, Nishanth Sastry, Simone Mangiante:\nAutomated Quality of Service Monitoring for 5G and Beyond Using Distributed Ledgers. 1-6\nJing Chen, Zili Meng, Yaning Guo, Mingwei Xu, Hongxin Hu:\nHierTopo: Towards High-Performance and Efficient Topology Optimization for Dynamic Networks. 1-10\nXiaoyu Wang, Hao Zhou, Nikolaos M. Freris, Wangqiu Zhou, Xing Guo, Zhi Liu, Yusheng Ji, Xiang-Yang Li:\nLCL: Light Contactless Low-delay Load Monitoring via Compressive Attentional Multi-label Learning. 1-6\nBo Wei, Hang Song, Jiro Katto:\nHigh-QoE DASH Live Streaming Using Reinforcement Learning. 1-2\nCan Online Learning Increase the Reliability of Extreme Mobility Management? 1-6\nKan Yang, Senjuti Dutta:\nSecure and Efficient Task Matching with Multi-keyword in Multi-requester and Multi-worker Crowdsourcing. 1-6\nGost: Enabling Efficient Spatio-Temporal GPU Sharing for Network Function Virtualization. 1-10\nZeyi Tao, Qi Xia, Qun Li:\nNeuron Manifold Distillation for Edge Deep Learning. 1-10\nYanjun Li, Xiaofeng Su, Huatong Jiang, Chung Shue Chen:\nThroughput Maximization for Wireless Powered Communication: Reinforcement Learning Approaches. 1-10\nQingjun Xiao, Xiongqin Hu, Shigang Chen:\nSupporting Flow-Cardinality Queries with O(1) Time Complexity in High-speed Networks. 1-10\nLixing Song, Emir Halepovic, Alamin Mohammed, Aaron Striegel:\nCUP: Cellular Ultra-light Probe-based Available Bandwidth Estimation. 1-11\nXiong Wang, Jiancheng Ye, John C. S. Lui:\nJoint D2D Collaboration and Task Offloading for Edge Computing: A Mean Field Graph Approach. 1-10\nEfficient Fine-Grained Website Fingerprinting via Encrypted Traffic Analysis with Deep Learning. 1-10\nQiuying Yang, Xuan Liu, Song Guo:\nNo Wait, No Waste: A Novel and Efficient Coordination Algorithm for Multiple readers in RFID Systems. 1-10\nGaoyang Liu, Xiaoqiang Ma, Yang Yang, Chen Wang, Jiangchuan Liu:\nFedEraser: Enabling Efficient Client-Level Data Removal from Federated Learning Models. 1-10\nEn Wang, Mijia Zhang, Yongjian Yang, Yuanbo Xu, Jie Wu:\nExploiting Outlier Value Effects in Sparse Urban CrowdSensing. 1-10\nYu Xia, Jinsong Wu, Jingwen Xia, Ting Wang , Sun Mao:\nMultipath-aware TCP for Data Center Traffic Load-balancing. 1-6\nChunyu Qiao, Jiliang Wang, Yanan Wang, Yunhao Liu, Hu Tuo:\nUnderstanding and Improving User Engagement in Adaptive Video Streaming. 1-10\nJianwei Liu, Chaowei Xiao, Kaiyan Cui, Jinsong Han, Xian Xu, Kui Ren, XuFei Mao:\nA Behavior Privacy Preserving Method towards RF Sensing. 1-10\nMinze Xu, Yuan Zhang, Fengyuan Xu, Sheng Zhong:\nPrivacy-Preserving Optimal Recovering for the Nearly Exhausted Payment Channels. 1-10\nEC-Scheduler: A Load-Balanced Scheduler to Accelerate the Straggler Recovery for Erasure Coded Storage Systems. 1-10\nTian Pan, Xiaoyu Peng, Qianqian Shi, Zizheng Bian, Xingchen Lin, Enge Song, Fuliang Li, Yang Xu, Tao Huang:\nGreenTE.ai: Power-Aware Traffic Engineering via Deep Reinforcement Learning. 1-6\nCoded Matrix Chain Multiplication. 1-6\nXinliang Wei, Yu Wang:\nJoint Resource Placement and Task Dispatching in Mobile Edge Computing across Timescales. 1-6\nZongyi Zhao, Xingang Shi, Arpit Gupta, Qing Li, Zhiliang Wang, Bin Xiong, Xia Yin:\nContinuous Flow Measurement with SuperFlow. 1-6\nNan He, Song Yang, Fan Li, Stojan Trajanovski, Fernando A. Kuipers, Xiaoming Fu:\nA-DDPG: Attention Mechanism-based Deep Reinforcement Learning for NFV. 1-10\nEunomia: Efficiently Eliminating Abnormal Results in Distributed Stream Join Systems. 1-11\nHsiang-Jen Hong, Wenjun Fan, Simeon Wuthier, Jinoh Kim, Xiaobo Zhou, C. Edward Chow, Sang-Yoon Chang:\nRobust P2P Connectivity Estimation for Permissionless Bitcoin Network. 1-6\nSharat Chandra Madanapalli, Alex Mathai, Hassan Habibi Gharakheili, Vijay Sivaraman:\nReCLive: Real-Time Classification and QoE Inference of Live Video Streaming Services. 1-7\nShiyu Li, Yuan Zhang, Chunxiang Xu, Nan Cheng, Zhi Liu, Xuemin Sherman Shen:\nBESURE: Blockchain-Based Cloud-Assisted eHealth System with Secure Data Provenance. 1-6\nDesign of Robust and Efficient Edge Server Placement and Server Scheduling Policies. 1-7\nA Multi-objective Reinforcement Learning Perspective on Internet Congestion Control. 1-10\nQi Cheng, Hangguan Shan, Weihua Zhuang, Tony Q. S. Quek, Zhaoyang Zhang:\nWhen Virtual Network Operator Meets E-Commerce Platform: Advertising via Data Reward. 1-11\nXianghao Xu, Fang Wang, Hong Jiang, Yongli Cheng, Dan Feng, Yongxuan Zhang, Peng Fang:\nGraphCP: An I/O-Efficient Concurrent Graph Processing Framework. 1-10\nPQR: Prediction-supported Quality-aware Routing for Uninterrupted Vehicle Communication. 1-10\nXiaojie Huang, Jiaqing Dong, Wenzheng Yang, Chen Tian, Jun Zhou, Yi Kai, Mingjie Cai, Nai Xia, Wanchun Dou, Guihai Chen:\nClean: Minimize Switch Queue Length via Transparent ECN-proxy in Campus Networks. 1-6\nXiaobin Tan, Simin Li, Yangyang Liu, Quan Zheng, Dezheng Liu:\nQoE-assured Live Video Streaming Based on Coalition Game in 5G eMBMS Networks. 1-6\nLinfeng Shen, Fangxin Wang, Feng Wang, Jiangchuan Liu:\nWorkload Migration across Distributed Data Centers under Electrical Load Shedding. 1-6\nRenhai Xu, Wenxin Li, Keqiu Li, Xiaobo Zhou, Heng Qi:\nDarkTE: Towards Dark Traffic Engineering in Data Center Networks with Ensemble Learning. 1-10\nTao Wu, Panlong Yang, Haipeng Dai:\nCharging on the Move: Scheduling Static Chargers with Tunable Power for Mobile Devices. 1-10\nHiroki Hanawa, Takumi Miyoshi, Taku Yamazaki, Thomas Silverston:\nAdaptive Search Area Configuration for Location-based P2P Networks. 1-2\nZibo Wang, Yifei Zhu, Dan Wang, Zhu Han:\nFedACS: Federated Skewness Analytics in Heterogeneous Decentralized Data Environments. 1-10\nA Proactive Failure Tolerant Mechanism for SSDs Storage Systems based on Unsupervised Learning. 1-10\nDistributed and Adaptive Traffic Engineering with Deep Reinforcement Learning. 1-10\nComputation Offloading Scheduling for Deep Neural Network Inference in Mobile Computing. 1-10\nWangqiu Zhou, Hao Zhou, Wenxiong Hua, Fengyu Zhou, Xiang Cui, Suhua Tang, Zhi Liu, Xiang-Yang Li:\nIMP: Impedance Matching Enhanced Power-Delivered-to-Load Optimization for Magnetic MIMO Wireless Power Transfer System. 1-10\nRevisiting Double-Spending Attacks on the Bitcoin Blockchain: New Findings. 1-6\nDawei Wei, Ning Xi, Jianfeng Ma, Jiayi Li:\nProtecting Your Offloading Preference: Privacy-aware Online Computation Offloading in Mobile Blockchain. 1-10\nCuiying Feng, Luning Wang, Kui Wu, Jianping Wang:\nControlling the Maximum Link Estimation Error in Network Performance Tomography. 1-7\nEmeka Obiodu, Abdullahi Abubakar, Aravindh Raman, Nishanth Sastry, Simone Mangiante:\nTo share or not to share: reliability assurance via redundant cellular connectivity in Connected Cars. 1-6\nHua Wu, Xiying Chen, Guang Cheng, Xiaoyan Hu, Youqiong Zhuang:\nBCAC: Batch Classifier based on Agglomerative Clustering for traffic classification in a backbone network. 1-10\nHamed Rezaei, Hamidreza Almasi, Balajee Vamanan:\nSmartbuf: An Agile Memory Management for Shared-Memory Switches in Datacenters. 1-7\nZiyi Kou, Yang Zhang, Lanyu Shang, Dong Wang:\nFairCrowd: Fair Human Face Dataset Sampling via Batch-Level Crowdsourcing Bias Inference. 1-10\nJiamei Lv, Gonglong Chen, Wei Dong:\nIsolayer: The Case for an IoT Protocol Isolation Layer. 1-10\nAIR: An AI-based TCAM Entry Replacement Scheme for Routers. 1-10\nMarc Wyss, Giacomo Giuliari, Markus Legner, Adrian Perrig:\nSecure and Scalable QoS for Critical Applications. 1-10\nKelong Mao, Xi Xiao, Guangwu Hu, Xiapu Luo, Bin Zhang, Shutao Xia:\nByte-Label Joint Attention Learning for Packet-grained Network Traffic Classification. 1-10\nPrivacy-Preserving Approximate Top-k Nearest Keyword Queries over Encrypted Graphs. 1-10\nModelCoder: A Fault Model based Automatic Root Cause Localization Framework for Microservice Systems. 1-6\nSheng Chen, Baochao Chen, Junjie Xie, Xiulong Liu, Deke Guo, Keqiu Li:\nJoint Service Placement for Maximizing the Social Welfare in Edge Federation. 1-6\nHanyu Zhao, Qing Li, Jingpu Duan, Yong Jiang, Kai Liu:\nFlexNF: Flexible Network Function Orchestration on the Programmable Data Plane. 1-6\nXixun Yu, Yidan Hu, Rui Zhang, Zheng Yan, Yanchao Zhang:\nSecure Outsourced Top-k Selection Queries against Untrusted Cloud Service Providers. 1-10\nJianhui Zhang, Siqi Guan, Jiacheng Wang, Liming Liu, HanXiang Wang, Feng Xia:\nTime-expanded Method Improving Throughput in Dynamic Renewable Networks. 1-10\nAccelerating Transactions Relay in Blockchain Networks via Reputation. 1-10\nTeng Li, Zhiyuan Xu, Jian Tang, Kun Wu, Yanzhi Wang:\nEXTRA: An Experience-driven Control Framework for Distributed Stream Data Processing with a Variable Number of Threads. 1-11\nQingkai Meng, Fengyuan Ren:\nLightning: A Practical Building Block for RDMA Transport Control. 1-10\nDrag-JDEC: A Deep Reinforcement Learning and Graph Neural Network-based Job Dispatching Model in Edge Computing. 1-10\nKun Wu, Yibo Jin, Weiwei Miao, Zeng Zeng, Zhuzhong Qian, Jingmian Wang, Mingxian Zhou, Tuo Cao:\nSoudain: Online Adaptive Profile Configuration for Real-time Video Analytics. 1-10\nXiang Chen, Qun Huang, Peiqiao Wang, Zili Meng, Hongyan Liu, Yuxin Chen, Dong Zhang, Haifeng Zhou, Boyang Zhou, Chunming Wu:\nLightNF: Simplifying Network Function Offloading in Programmable Networks. 1-10\nRussell Shirey, Sanjay Rao, Shreyas Sundaram:\nOptimizing Quality of Experience for Long-Range UAS Video Streaming. 1-10\nGlint: Decentralized Federated Graph Learning with Traffic Throttling and Flow Scheduling. 1-10\nYang Zhang, Ruohan Zong, Lanyu Shang, Md. Tahmid Rashid, Dong Wang:\nSuperClass: A Deep Duo-Task Learning Approach to Improving QoS in Image-driven Smart Urban Sensing Applications. 1-6\nXin Yao, Rui Zhang, Yanchao Zhang:\nDifferential Privacy-Preserving User Linkage across Online Social Networks. 1-10\nScalable Hardware Content Router: Architecture, Modeling and Performance. 1-7\nBoyang Zhou, Liang Cheng:\nA Reality-Conforming Approach for QoS Performance Analysis of AFDX in Cyber-Physical Avionics Systems. 1-6\nJiamin Cao, Ying Liu, Mingxing Liu, Lin He, Yihao Jia, Fei Yang:\npSAV: A Practical and Decentralized Inter-AS Source Address Validation Service Framework. 1-7\nZhenxiong Yan, Kun Xie, Xin Wang, Dafang Zhang, Gaogang Xie, Kenli Li, Jigang Wen:\nMultivariate Time Series Forecasting exploiting Tensor Projection Embedding and Gated Memory Network. 1-6\nNan Jiang, Mehmet Can Vuran, Sheng Wei, Lisong Xu:\nQoS-Aware Network Energy Optimization for Danmu Video Streaming in WiFi Networks. 1-10\nBinhan Xi, Shaofeng Li, Jiachun Li, Hui Liu, Hong Liu, Haojin Zhu:\nBatFL: Backdoor Detection on Federated Learning in e-Health. 1-10\nPractical Root Cause Localization for Microservice Systems via Trace Analysis. 1-10\nRui Zhuang, Yitao Xing, Wenjia Wei, Yuan Zhang, Jiayu Yang, Kaiping Xue:\nwCompound: Enhancing Performance of Multipath Transmission in High-speed and Long Distance Networks. 1-10\nYuyu Zhao, Guang Cheng, Chunxiang Liu, Zihan Chen:\nSnapshot for IoT: Adaptive Measurement for Multidimensional QoS Resources. 1-10\nMinghao Ye , Junjie Zhang, Zehua Guo, H. Jonathan Chao:\nDATE: Disturbance-Aware Traffic Engineering with Reinforcement Learning in Software-Defined Networks. 1-10\nYutong Zhai, Gongming Zhao, Hongli Xu, Yangming Zhao, Jiawei Liu, Xingpeng Fan:\nTowards Robust Multi-Tenant Clouds Through Multi-Constrained VM Placement. 1-6\nMASK: Practical Source and Path Verification based on Multi-AS-Key. 1-10\nYang Zhang, Ruohan Zong, Ziyi Kou, Lanyu Shang, Dong Wang:\nA Crowd-driven Dynamic Neural Architecture Searching Approach to Quality-aware Streaming Disaster Damage Assessment. 1-6\nYu Liu, Niangjun Chen, Zhenhua Liu, Yuanyuan Yang:\nOnline Cloud Resource Provisioning Under Cost Budget for QoS Maximization. 1-6\nA Novel Proof-of-Reputation Consensus for Storage Allocation in Edge Blockchain Systems. 1-10\nHuaqing Tu, Gongming Zhao, Hongli Xu, Yangming Zhao, Yutong Zhai:\nRobustness-Aware Real-Time SFC Routing Update in Multi-Tenant Clouds. 1-6\nYandong Zheng, Rongxing Lu, Yunguo Guan, Songnian Zhang, Jun Shao:\nTowards Private Similarity Query based Healthcare Monitoring over Digital Twin Cloud Platform. 1-10\nTaejin Kim, Siqi Chen, Youngbin Im, Xiaoxi Zhang, Sangtae Ha, Carlee Joe-Wong:\nMoDEMS: Optimizing Edge Computing Migrations For User Mobility. 1-2\nYu Wang, Xiaojun Zhu, Hao Han:\nChirpMu: Chirp Based Imperceptible Information Broadcasting with Music. 1-9\nZhenyu Zhang, Huan Zhou, Dawei Li:\nJoint Optimization of Multi-user Computing Offloading and Service Caching in Mobile Edge Computing. 1-2\nMark van der Boor, Céline Comte:\nLoad Balancing in Heterogeneous Server Clusters: Insights From a Product-Form Queueing Model. 1-10\nEric Muhati, Danda B. Rawat:\nASAP: Anti-Spoofing Aphorism Using Path-analysis. 1-10\nYinglong Li, Jiaye Zhang, Tieming Chen, Weiru Liu:\nFuzzySkyline: QoS-Aware Fuzzy Skyline Parking Recommendation Using Edge Traffic Facilities. 1-7\nLingfeng Guo, Yan Liu, Wenzheng Yang, Yuming Zhang, Jack Y. B. Lee:\nStateful-BBR - An Enhanced TCP for Emerging High-Bandwidth Mobile Networks. 1-9\nXiangxiang Wang, Jiangchuan Liu, Fangxin Wang, Ke Xu:\nDemystifying the Relationship Between Network Latency and Mobility on High-Speed Rails: Measurement and Prediction. 1-10\nYan Li, Deke Guo, Xiaofeng Cao, Feng Lyu, Honghui Chen:\nDeepDelivery: Leveraging Deep Reinforcement Learning for Adaptive IoT Service Delivery. 1-6\nXiaohui Xu, Sijing Duan, Jinrui Zhang, Yunzhen Luo, Deyu Zhang:\nOptimizing Federated Learning on Device Heterogeneity with A Sampling Strategy. 1-10\nLin He, Lishan Li, Ying Liu:\nTowards Chain-Aware Scaling Detection in NFV with Reinforcement Learning. 1-10\nCumulus: A Secure BFT-based Sidechain for Off-chain Scaling. 1-6\nlast updated on 2021-12-08 00:20 CET by the dblp team


timestamp: tn

url: =Bibliografie von Chengfeng Zhu | Structurae\nWang, Jianmin / Xiao, Ziqiang / Zhu, Chengfeng / Feng, Chuxiang / Liu, Junzhe (2021): Experiment on the bonding performance of the lightweight aggregate and normal weight concrete composite beams. In: Case Studies in Construction Materials, v. 15 (Dezember 2021).\nWang, Jianmin / Zhu, Chengfeng / Xiao, Ziqiang / Zhao, Qijun / Liu, Junzhe (2020): Numerical Analysis on the Bending Performance of Prestressed Superposing-Poured Composite Beams. In: Advances in Civil Engineering, v. 2020 (Januar 2020).


url: =Haikou Shekou Barge (UHG) 90 15-Mar-2019 15-Mar-2019 Shekou (GD) Huangpu (GD)\nFengcheng Hong Kong Barge (FHR) 152 15-Mar-2019 15-Mar-2019 Yantian (GD) Hong Kong\nShantou Hong Kong Barge (UGH) 524 16-Mar-2019 16-Mar-2019 Chiwan (GD)\nHyundai Busan (HBP) 4 114 18-Mar-2019 18-Mar-2019 Hong Kong Kwangyang\nEver Unique (EQI) 152 179 18-Mar-2019 19-Mar-2019 Port Klang Nhava Sheva\nHong Kong Shekou Barge (HFK) 630 19-Mar-2019 20-Mar-2019 Chiwan (GD)\nZhaoqing Hong Kong Barge (ZEB) 344 21-Mar-2019 21-Mar-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 153 22-Mar-2019 22-Mar-2019 Yantian (GD) Hong Kong\nVinalines Diamond (VYO) 15 22-Mar-2019 22-Mar-2019\nVinalines Diamond (VYO) 16 22-Mar-2019 22-Mar-2019 Hong Kong Hong Kong\nShantou Hong Kong Barge (UGH) 525 23-Mar-2019 23-Mar-2019 Chiwan (GD)\nHyundai Vancouver (UDZ) 18 250 26-Mar-2019 26-Mar-2019 Hong Kong Kwangyang\nTasman (TN3) 24 26-Mar-2019 26-Mar-2019 Port Klang Nhava Sheva\nHong Kong Shekou Barge (HFK) 631 26-Mar-2019 27-Mar-2019 Chiwan (GD)\nZhaoqing Hong Kong Barge (ZEB) 345 28-Mar-2019 28-Mar-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 154 29-Mar-2019 29-Mar-2019 Shekou (GD) Yantian (GD)\nVinalines Diamond (VYO) 17 29-Mar-2019 30-Mar-2019 Hong Kong Haiphong\nVinalines Diamond (VYO) 16 29-Mar-2019 30-Mar-2019\nShantou Hong Kong Barge (UGH) 526 30-Mar-2019 30-Mar-2019 Chiwan (GD)\nHong Kong Shekou Barge (HFK) 632 02-Apr-2019 03-Apr-2019 Chiwan (GD)\nBiendong Navigator (BJQ) 529 NB908 03-Apr-2019 03-Apr-2019\nBiendong Navigator (BJQ) 530 NB909/NB910 03-Apr-2019 03-Apr-2019 Hong Kong Hong Kong\nIan H (IH2) 8 03-Apr-2019 05-Apr-2019 Port Klang Nhava Sheva\nHyundai Colombo (FJR) 10 100 04-Apr-2019 05-Apr-2019 Hong Kong Kwangyang\nZhaoqing Hong Kong Barge (ZEB) 346 04-Apr-2019 04-Apr-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 155 05-Apr-2019 05-Apr-2019 Yantian (GD) Hong Kong\nShantou Hong Kong Barge (UGH) 527 06-Apr-2019 06-Apr-2019 Chiwan (GD)\nE.R. Kobe (EK2) 14 08-Apr-2019 09-Apr-2019 Port Klang Nhava Sheva\nBiendong Trader (BPQ) 624 VT902W 09-Apr-2019 09-Apr-2019 Hong Kong Haiphong\nBiendong Trader (BPQ) 623 VT902E 09-Apr-2019 09-Apr-2019\nHong Kong Shekou Barge (HFK) 633 09-Apr-2019 10-Apr-2019 Chiwan (GD)\nHyundai Oakland (QQ2) 68 85 11-Apr-2019 12-Apr-2019 Hong Kong Kwangyang\nZhaoqing Hong Kong Barge (ZEB) 347 11-Apr-2019 11-Apr-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 156 12-Apr-2019 12-Apr-2019 Shekou (GD) Yantian (GD)\nShantou Hong Kong Barge (UGH) 528 13-Apr-2019 13-Apr-2019 Chiwan (GD)\nTest (ZZY) 3 13-Apr-2019 13-Apr-2019 Nhava Sheva Haifa\nHaikou Shekou Barge (UHG) 93 15-Apr-2019 15-Apr-2019 Hong Kong Shekou (GD)\nHaikou Shekou Barge (UHG) 94 15-Apr-2019 15-Apr-2019 Chiwan (GD) Shekou (GD)\nLong Beach Trader (LB1) 27 1903 16-Apr-2019 17-Apr-2019 Port Klang Nhava Sheva\nJian Gong 188 (JFZ) 8 190413000000 16-Apr-2019 16-Apr-2019\nHong Kong Shekou Barge (HFK) 634 16-Apr-2019 17-Apr-2019 Chiwan (GD)\nBiendong Navigator (BJQ) 530 NB909/NB910 16-Apr-2019 17-Apr-2019\nBiendong Navigator (BJQ) 531 NB910/NB911 16-Apr-2019 17-Apr-2019 Hong Kong Haiphong\nZhaoqing Hong Kong Barge (ZEB) 348 18-Apr-2019 18-Apr-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 157 19-Apr-2019 19-Apr-2019 Yantian (GD) Hong Kong\nShantou Hong Kong Barge (UGH) 529 20-Apr-2019 20-Apr-2019 Chiwan (GD)\nHong Kong Shekou Barge (HFK) 635 23-Apr-2019 24-Apr-2019 Chiwan (GD)\nConti Stockholm (TS1) 7 23-Apr-2019 24-Apr-2019 Port Klang Nhava Sheva\nVinalines Diamond (VYO) 18 24-Apr-2019 24-Apr-2019\nVinalines Diamond (VYO) 19 24-Apr-2019 24-Apr-2019 Hong Kong Haiphong\nHyundai Brave (YBI) 75 075 25-Apr-2019 26-Apr-2019 Hong Kong Pusan\nZhaoqing Hong Kong Barge (ZEB) 349 25-Apr-2019 25-Apr-2019 Chiwan (GD)\nFengcheng Hong Kong Barge (FHR) 158 26-Apr-2019 26-Apr-2019 Yantian (GD) Hong Kong\nBeijiao Hongkong Barge (BJB) 218 26-Apr-2019 26-Apr-2019\nHaikou Shekou Barge (UHG) Fengcheng Hong Kong Barge (FHR) Shantou Hong Kong Barge (UGH) Hyundai Busan (HBP) Ever Unique (EQI) Hong Kong Shekou Barge (HFK) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Vinalines Diamond (VYO) Vinalines Diamond (VYO) Shantou Hong Kong Barge (UGH) Hyundai Vancouver (UDZ) Tasman (TN3) Hong Kong Shekou Barge (HFK) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Vinalines Diamond (VYO) Vinalines Diamond (VYO) Shantou Hong Kong Barge (UGH) Hong Kong Shekou Barge (HFK) Biendong Navigator (BJQ) Biendong Navigator (BJQ) Ian H (IH2) Hyundai Colombo (FJR) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Shantou Hong Kong Barge (UGH) E.R. Kobe (EK2) Biendong Trader (BPQ) Biendong Trader (BPQ) Hong Kong Shekou Barge (HFK) Hyundai Oakland (QQ2) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Shantou Hong Kong Barge (UGH) Test (ZZY) Haikou Shekou Barge (UHG) Haikou Shekou Barge (UHG) Long Beach Trader (LB1) Jian Gong 188 (JFZ) Hong Kong Shekou Barge (HFK) Biendong Navigator (BJQ) Biendong Navigator (BJQ) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Shantou Hong Kong Barge (UGH) Hong Kong Shekou Barge (HFK) Conti Stockholm (TS1) Vinalines Diamond (VYO) Vinalines Diamond (VYO) Hyundai Brave (YBI) Zhaoqing Hong Kong Barge (ZEB) Fengcheng Hong Kong Barge (FHR) Beijiao Hongkong Barge (BJB)\n90 152 524 4 152 630 344 153 15 16 525 18 24 631 345 154 17 16 526 632 529 530 8 10 346 155 527 14 624 623 633 68 347 156 528 3 93 94 27 8 634 530 531 348 157 529 635 7 18 19 75 349 158 218\n114 179 250 NB908 NB909/NB910 100 VT902W VT902E 85 1903 190413000000 NB909/NB910 NB910/NB911 075\n15-Mar-2019 15-Mar-2019 16-Mar-2019 18-Mar-2019 18-Mar-2019 19-Mar-2019 21-Mar-2019 22-Mar-2019 22-Mar-2019 22-Mar-2019 23-Mar-2019 26-Mar-2019 26-Mar-2019 26-Mar-2019 28-Mar-2019 29-Mar-2019 29-Mar-2019 29-Mar-2019 30-Mar-2019 02-Apr-2019 03-Apr-2019 03-Apr-2019 03-Apr-2019 04-Apr-2019 04-Apr-2019 05-Apr-2019 06-Apr-2019 08-Apr-2019 09-Apr-2019 09-Apr-2019 09-Apr-2019 11-Apr-2019 11-Apr-2019 12-Apr-2019 13-Apr-2019 13-Apr-2019 15-Apr-2019 15-Apr-2019 16-Apr-2019 16-Apr-2019 16-Apr-2019 16-Apr-2019 16-Apr-2019 18-Apr-2019 19-Apr-2019 20-Apr-2019 23-Apr-2019 23-Apr-2019 24-Apr-2019 24-Apr-2019 25-Apr-2019 25-Apr-2019 26-Apr-2019 26-Apr-2019\n15-Mar-2019 15-Mar-2019 16-Mar-2019 18-Mar-2019 19-Mar-2019 20-Mar-2019 21-Mar-2019 22-Mar-2019 22-Mar-2019 22-Mar-2019 23-Mar-2019 26-Mar-2019 26-Mar-2019 27-Mar-2019 28-Mar-2019 29-Mar-2019 30-Mar-2019 30-Mar-2019 30-Mar-2019 03-Apr-2019 03-Apr-2019 03-Apr-2019 05-Apr-2019 05-Apr-2019 04-Apr-2019 05-Apr-2019 06-Apr-2019 09-Apr-2019 09-Apr-2019 09-Apr-2019 10-Apr-2019 12-Apr-2019 11-Apr-2019 12-Apr-2019 13-Apr-2019 13-Apr-2019 15-Apr-2019 15-Apr-2019 17-Apr-2019 16-Apr-2019 17-Apr-2019 17-Apr-2019 17-Apr-2019 18-Apr-2019 19-Apr-2019 20-Apr-2019 24-Apr-2019 24-Apr-2019 24-Apr-2019 24-Apr-2019 26-Apr-2019 25-Apr-2019 26-Apr-2019 26-Apr-2019\nShekou (GD) Huangpu (GD) Yantian (GD) Hong Kong Chiwan (GD) Hong Kong Kwangyang Port Klang Nhava Sheva Chiwan (GD) Chiwan (GD) Yantian (GD) Hong Kong Hong Kong Hong Kong Chiwan (GD) Hong Kong Kwangyang Port Klang Nhava Sheva Chiwan (GD) Chiwan (GD) Shekou (GD) Yantian (GD) Hong Kong Haiphong Chiwan (GD) Chiwan (GD) Hong Kong Hong Kong Port Klang Nhava Sheva Hong Kong Kwangyang Chiwan (GD) Yantian (GD) Hong Kong Chiwan (GD) Port Klang Nhava Sheva Hong Kong Haiphong Chiwan (GD) Hong Kong Kwangyang Chiwan (GD) Shekou (GD) Yantian (GD) Chiwan (GD) Nhava Sheva Haifa Hong Kong Shekou (GD) Chiwan (GD) Shekou (GD) Port Klang Nhava Sheva Chiwan (GD) Hong Kong Haiphong Chiwan (GD) Yantian (GD) Hong Kong Chiwan (GD) Chiwan (GD) Port Klang Nhava Sheva Hong Kong Haiphong Hong Kong Pusan Chiwan (GD) Yantian (GD) Hong Kong


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url: =China | Average Wage: Shandong: Jining: Zoucheng | Economic Indicators\nChina Average Wage: Shandong: Jining: Zoucheng\nChina’s Average Wage: Shandong: Jining: Zoucheng data was reported at 44,233.00 RMB in Dec 2010. This records an increase from the previous number of 39,864.59 RMB for Dec 2009. China’s Average Wage: Shandong: Jining: Zoucheng data is updated yearly, averaging 32,398.00 RMB from Dec 2004 to 2010, with 7 observations. The data reached an all-time high of 44,233.00 RMB in 2010 and a record low of 15,807.00 RMB in 2004. China’s Average Wage: Shandong: Jining: Zoucheng 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.GK: Average Wage: County Level Region.\nWhat was China's Average Wage: Shandong: Jining: Zoucheng in 2010?\nView China's Average Wage: Shandong: Jining: Zoucheng from 2004 to 2010 in the chart:\nAverage Wage: Shandong: Jining: Zoucheng


url: =Jie Yang, Guoyin Wang, Qinghua Zhang, Yuhong Chen, Taihua Xu:\nOptimal granularity selection based on cost-sensitive sequential three-way decisions with rough fuzzy sets. Knowl.-Based Syst. 163: 131-144 (2019)\nDi Wu, Mingsheng Shang, Xin Luo, Ji Xu, Huyong Yan, Weihui Deng, Guoyin Wang:\nBin Xiao, Han Tang, Yanjun Jiang, Weisheng Li, Guoyin Wang:\nHan Tang, Bin Xiao, Weisheng Li, Guoyin Wang:\nJie Yang, Guoyin Wang, Qinghua Zhang:\nGuoyin Wang, Guglielmo Scovazzi, Léo Nouveau, Christopher E. Kees, Simone Rossi, Oriol Colomés, Alex Main:\nDual-scale Galerkin methods for Darcy flow. J. Comput. Physics 354: 111-134 (2018)\nQinghua Zhang, Gongxun Lv, Yuhong Chen, Guoyin Wang:\nA Dynamic Three-way Decision Model based on the Updating of Attribute Values. Knowl.-Based Syst. 142: 71-84 (2018)\nTaihua Xu, Guoyin Wang:\nFinding strongly connected components of simple digraphs based on generalized rough sets theory. Knowl.-Based Syst. 149: 88-98 (2018)\nQinghua Zhang, Qin Xie, Guoyin Wang:\nA Novel Three-way decision model with decision-theoretic rough sets using utility theory. Knowl.-Based Syst. 159: 321-335 (2018)\nDi Wu, Xin Luo, Guoyin Wang, Mingsheng Shang, Ye Yuan, Huyong Yan:\nDGCC: A Case for Integration of Brain Cognition and Intelligence Computation. ICDM Workshops 2018: 478-479\nDi Wu, Mingsheng Shang, Guoyin Wang, Li Li:\nHuaming Wang, Dongming Yu, Yuan Li, Zhixing Li, Guoyin Wang:\nMulti-label Online Streaming Feature Selection Based on Spectral Granulation and Mutual Information. IJCSR 2018: 215-228\nKevin J. Liang, Chunyuan Li, Guoyin Wang, Lawrence Carin:\nJiangli Duan, Guoyin Wang, Xin Hu:\nMining Maximal Dynamic Spatial Co-Location Patterns. CoRR abs/1812.11542 (2018)\nGuanglei Gou, Guoyin Wang:\nIncremental approximation computation in incomplete ordered decision systems. Int. J. Comput. Intell. Syst. 10(1): 540-554 (2017)\nBin Xiao, Linping Li, Yu Li, Weisheng Li, Guoyin Wang:\nImage analysis by fractional-order orthogonal moments. Inf. Sci. 382-383: 135-149 (2017)\nQinghua Zhang, Deyou Xia, Guoyin Wang:\nThree-way decision model with two types of classification errors. Inf. Sci. 420: 431-453 (2017)\nJi Xu, Guoyin Wang, Tianrui Li, Weihui Deng, Guanglei Gou:\nFat node leading tree for data stream clustering with density peaks. Knowl.-Based Syst. 120: 99-117 (2017)\nQinghua Zhang, Shuaihua Yang, Guoyin Wang:\nMeasuring Uncertainty of Probabilistic Rough Set Model From Its Three Regions. IEEE Trans. Systems, Man, and Cybernetics: Systems 47(12): 3299-3309 (2017)\nMeriem Romaissa Boubakeur, Guoyin Wang, Chenglin Zhang, Ke Liu:\nEEG-Based Person Recognition Analysis and Criticism. ICBK 2017: 155-160\nHuaming Wang, Guoyin Wang, Xianhua Zeng, Siyuan Peng:\nOnline Streaming Feature Selection Based on Conditional Information Entropy. ICBK 2017: 230-235\nDeconvolutional Paragraph Representation Learning. NIPS 2017: 4172-4182\nXi Yang, Shiya Ren, Yuan Li, Ke Shen, Zhixing Li, Guoyin Wang:\nData-Driven Granular Cognitive Computing. IJCRS (1) 2017: 13-24\nJi Xu, Guoyin Wang:\nNon-iterative Label Propagation on Optimal Leading Forest. CoRR abs/1709.08426 (2017)\nQinghua Zhang, Qiang Zhang, Guoyin Wang:\nThe uncertainty of probabilistic rough sets in multi-granulation spaces. Int. J. Approx. Reasoning 77: 38-54 (2016)\nJun Hu, Witold Pedrycz, Guoyin Wang:\nA roughness measure of fuzzy sets from the perspective of distance. Int. J. General Systems 45(3): 352-367 (2016)\nWeihui Deng, Guoyin Wang, Xuerui Zhang, Ji Xu, Guangdi Li:\nA multi-granularity combined prediction model based on fuzzy trend forecasting and particle swarm techniques. Neurocomputing 173: 1671-1682 (2016)\nXin Deng, Jian-Xin Xu, Jin Wang, Guoyin Wang, Qiaosong Chen:\nBiological modeling the undulatory locomotion of C. elegans using dynamic neural network approach. Neurocomputing 186: 207-217 (2016)\nBin Xiao, Gang Lu, Yanhong Zhang, Weisheng Li, Guoyin Wang:\nLossless image compression based on integer Discrete Tchebichef Transform. Neurocomputing 214: 587-593 (2016)\nQinghua Zhang, Kai Xu, Guoyin Wang:\nJi Xu, Guoyin Wang, Weihui Deng:\nDenPEHC: Density peak based efficient hierarchical clustering. Inf. Sci. 373: 200-218 (2016)\nWeihui Deng, Guoyin Wang, Ji Xu:\nPiecewise two-dimensional normal cloud representation for time-series data mining. Inf. Sci. 374: 32-50 (2016)\nBin Xiao, Yanhong Zhang, Linping Li, Weisheng Li, Guoyin Wang:\nExplicit Krawtchouk moment invariants for invariant image recognition. J. Electronic Imaging 25(2): 023002 (2016)\nMei-Zheng Li, Guoyin Wang:\nApproximate concept construction with three-way decisions and attribute reduction in incomplete contexts. Knowl.-Based Syst. 91: 165-178 (2016)\nJun Hu, Witold Pedrycz, Guoyin Wang, Kai Wang:\nRough sets in distributed decision information systems. Knowl.-Based Syst. 94: 13-22 (2016)\nYunge Jing, Tianrui Li, Chuan Luo, Shi-Jinn Horng, Guoyin Wang, Zeng Yu:\nAn incremental approach for attribute reduction based on knowledge granularity. Knowl.-Based Syst. 104: 24-38 (2016)\nJie Yang, Guoyin Wang, Xukun Li:\nMulti-granularity Similarity Measure of Cloud Concept. IJCRS 2016: 318-330\nKnowledge Reduction in Crisply Generated Fuzzy Concept Lattices. Fundam. Inform. 142(1-4): 307-335 (2015)\nHongmei Chen, Tianrui Li, Chuan Luo, Shi-Jinn Horng, Guoyin Wang:\nGuoyin Wang, Ji Xu, Qinghua Zhang, Yuchao Liu:\nMulti-granularity Intelligent Information Processing. RSFDGrC 2015: 36-48\nInconsistent Dominance Principle Based Attribute Reduction in Ordered Information Systems. RSKT 2015: 110-118\nHui Meng, Guoyin Wang, Xuerui Zhang, Weihui Deng, Huyong Yan, Ruoran Jia:\nWater Quality Prediction Based on a Novel Fuzzy Time Series Model and Automatic Clustering Techniques. RSKT 2015: 395-407\nJiying Qie, Jiahu Yuan, Guoyin Wang, Xuerui Zhang, Botian Zhou, Weihui Deng:\nWater Quality Prediction Based on an Improved ARIMA- RBF Model Facilitated by Remote Sensing Applications. RSKT 2015: 470-481\nXiaotian Wu, Kyoung-Yeon Kim, Guoyin Wang, Yoo-Sung Kim:\nLeading Tree in DPCLUS and Its Impact on Building Hierarchies. CoRR abs/1506.03879 (2015)\nGuoyin Wang, Ji Xu:\nGranular computing with multiple granular layers for brain big data processing. Brain Informatics 1(1-4): 1-10 (2014)\nChanglin Xu, Guoyin Wang, Qinghua Zhang:\nA New Multi-Step Backward Cloud Transformation Algorithm Based on Normal Cloud Model. Fundam. Inform. 133(1): 55-85 (2014)\nGuoyin Wang, Changlin Xu, Deyi Li:\nGeneric normal cloud model. Inf. Sci. 280: 1-15 (2014)\nWeihui Deng, Guoyin Wang, Xuerui Zhang, Yishuai Guo, Guangdi Li:\nWater quality prediction based on a novel hybrid model of ARIMA and RBF neural network. CCIS 2014: 33-40\nLiang Xie, Guoyin Wang, Xuerui Zhang, Bin Xiao, Botian Zhou, Fan Zhang:\nRemote sensing image enhancement based on wavelet analysis and histogram specification. CCIS 2014: 55-59\nXin Deng, Qinyuan Ren, Ying Du, Guoyin Wang, Rongkun Wu, Xiang Si:\nModeling the undulatory locomotion of C. elegans based on the proprioceptive mechanism. ISIE 2014: 1560-1565\nYishuai Guo, Guoyin Wang, Xuerui Zhang, Weihui Deng:\nAn Improved Hybrid ARIMA and Support Vector Machine Model for Water Quality Prediction. RSKT 2014: 411-422\nDachao Xi, Guoyin Wang, Xuerui Zhang, Fan Zhang:\nParallel Attribute Reduction Based on MapReduce. RSKT 2014: 631-641\nWeibin Deng, Feng Hu, Guoyin Wang, Jerzy Blaszczynski, Roman Slowinski, Marcin Szelag:\nA Novel Method for Elimination of Inconsistencies in Ordinal Classification with Monotonicity Constraints. Fundam. Inform. 126(4): 377-395 (2013)\nJingtao Yao, Andrzej Skowron, Guoyin Wang, Hung Son Nguyen:\nYuchao Liu, Deyi Li, Wen He, Guoyin Wang:\nGranular Computing Based on Gaussian Cloud Transformation. Fundam. Inform. 127(1-4): 385-398 (2013)\nQinghua Zhang, Yu Xiao, Guoyin Wang:\nA new method for measuring fuzziness of vague set (or intuitionistic fuzzy set). Journal of Intelligent and Fuzzy Systems 25(2): 505-515 (2013)\nGuoyin Wang, Juan Gao, Feng Hu:\nA stable gene selection method based on sample weighting. CCECE 2013: 1-4\nMei-Zheng Li, Guoyin Wang, Jin Wang:\nA Formal Concept Analysis Based Approach to Minimal Value Reduction. RSKT 2013: 109-120\nXuan Zou, Guoyin Wang, Guanglei Gou, Hong Li:\nA Divide-and-Conquer Method Based Ensemble Regression Model for Water Quality Prediction. RSKT 2013: 397-404\nJun Hu, Guoyin Wang:\nUncertainty Problem Processing with Covering Generalized Rough Sets. Rough Sets and Intelligent Systems (2) 2013: 293-308\nGuoyin Wang, Jun Hu:\nAttribute Reduction Using Extension of Covering Approximation Space. Fundam. Inform. 115(2-3): 219-232 (2012)\nLihe Guan, Guoyin Wang:\nGeneralized approximations defined by non-equivalence relations. Inf. Sci. 193: 163-179 (2012)\nGuoyin Wang, Changlin Xu:\nCloud Model - A Bidirectional Cognition Model between Concept's Extension and Intension. AMLTA 2012: 391-400\nJerzy Blaszczynski, Weibin Deng, Feng Hu, Roman Slowinski, Marcin Szelag, Guoyin Wang:\nOn Different Ways of Handling Inconsistencies in Ordinal Classification with Monotonicity Constraints. IPMU (1) 2012: 300-309\nChuanjiang Luo, Guoyin Wang, Feng Hu:\nTwo-Step Gene Feature Selection Algorithm Based on Permutation Test. RSCTC 2012: 249-258\nMultiple-Category Attribute Reduct Using Decision-Theoretic Rough Set Model. RSCTC 2012: 267-276\nGuoyin Wang, Changlin Xu, Qinghua Zhang, Xiaorong Wang:\nA Multi-step Backward Cloud Generator Algorithm. RSCTC 2012: 313-322\nGuoyin Wang, Lihe Guan:\nData-Driven Valued Tolerance Relation. RSKT 2012: 11-19\nYong Yang, Guoyin Wang:\nA Novel Emotion Recognition Method Based on Ensemble Learning and Rough Set Theory. IJCINI 5(3): 61-72 (2011)\nYuanxia Shen, Guoyin Wang, Chunmei Tao:


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url: =dblp: Qisheng He\nLi Chen, Qisheng He, Kun Liu, Jinyang Li, Chenlin Jing:\nDownscaling of GRACE-Derived Groundwater Storage Based on the Random Forest Model. Remote. Sens. 11(24): 2979 (2019)\nShanning Bao, Chunxiang Cao, Xiliang Ni, Min Xu, Hongrun Ju, Qisheng He, Si Zhou:\nCrop yield variation trend and distribution pattern in recent ten years. IGARSS 2017: 6150-6153\nQiaochu Tang, Qisheng He, Mengyang Li, Chuan Dong, Dacheng Xu, Xinxin Li:\nWireless Alarm Microsystem Self-Powered by Vibration-Threshold-Triggered Energy Harvester. IEEE Trans. Ind. Electron. 63(4): 2447-2456 (2016)\nQisheng He, Tao Yang, Baozhu Liu, Si Zhou:\nStudy on the satellite-based precipitation downscaling algorithm in Tianshan mountain. IGARSS 2016: 605-608\nQisheng He, Feng Wei:\nEstimation of forest biophysical parameters using small-footprint LiDAR with different density in a coniferous forest. IGARSS 2013: 3821-3824\nMin Xu, Chunxiang Cao, Hao Zhang, Yong Xue, Yingjie Li, Jianping Guo, Caoyi Chang, Qisheng He, Mengxu Gao, Xiaowen Li:\nChange Detection of the Tangjiashan Barrier Lake based on Multi-source Remote Sensing Data. IGARSS (4) 2009: 303-306\nYingjie Li 0001


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url: =dblp: Weizheng Yuan\nZhibo Ma, Zechen Song, Xirui Huang, Tongxin Guo, Weizheng Yuan, Haibin Chen , Tianyang Zhang , Wei Wang :\nA Zero-Cross Detection Algorithm for Cavity-Length Interrogation of Fiber-Optic Fabry-Perot Sensors. Sensors 19(18): 3868 (2019)\nGuang-Hui Ding , Binghe Ma, Jinjun Deng, Weizheng Yuan, Kang Liu:\nAccurate Measurements of Wall Shear Stress on a Plate with Elliptic Leading Edge. Sensors 18(8): 2682 (2018)\nChengyu Ma , Binghe Ma, Jinjun Deng, Weizheng Yuan, Zitong Zhou, Han Zhang:\nA High-Temperature MEMS Surface Fence for Wall-Shear-Stress Measurement in Scramjet Flow. Sensors 17(10): 2412 (2017)\nXiaodong Sun, Weizheng Yuan, Dayong Qiao, Ming Sun, Sen Ren:\nDesign and Analysis of a New Tuning Fork Structure for Resonant Pressure Sensor. Micromachines 7(9): 148 (2016)\nGuangmin Yuan, Weizheng Yuan, Yongcun Hao, Xiaoying Li, Honglong Chang:\nCorrection: Yuan, G., et al. A Microgripper with a Post-Assembly Self-Locking Mechanism. Sensors 2015, 15, 20140-20151. Sensors 16(1): 80 (2016)\nLiang Xue, Chengyu Jiang, Lixin Wang, Jieyu Liu, Weizheng Yuan:\nNoise Reduction of MEMS Gyroscope Based on Direct Modeling for an Angular Rate Signal. Micromachines 6(2): 266-280 (2015)\nGuangmin Yuan, Weizheng Yuan, Yongcun Hao , Xiaoyi Li, Honglong Chang :\nA Microgripper with a Post-Assembly Self-Locking Mechanism. Sensors 15(8): 20140-20151 (2015)\nGuangmin Yuan, Weizheng Yuan, Liang Xue, Jianbing Xie, Honglong Chang :\nDynamic Performance Comparison of Two Kalman Filters for Rate Signal Direct Modeling and Differencing Modeling for Combining a MEMS Gyroscope Array to Improve Accuracy. Sensors 15(11): 27590-27610 (2015)\nLiang Xue, Lixin Wang, Tao Xiong, Chengyu Jiang, Weizheng Yuan:\nAnalysis of Dynamic Performance of a Kalman Filter for Combining Multiple MEMS Gyroscopes. Micromachines 5(4): 1034-1050 (2014)\nYing Liu, Weizheng Yuan, Honglong Chang :\nA Global Maximum Error Controller-Based Method for Linearization Point Selection in Trajectory Piecewise-Linear Model Order Reduction. IEEE Trans. on CAD of Integrated Circuits and Systems 33(7): 1100-1104 (2014)\nSen Ren, Weizheng Yuan, Dayong Qiao, Jinjun Deng, Xiaodong Sun:\nA Micromachined Pressure Sensor with Integrated Resonator Operating at Atmospheric Pressure. Sensors 13(12): 17006-17024 (2013)\nJianbing Xie, Meng Song, Weizheng Yuan:\nA high sensitivity micromachined accelerometer with an enhanced inertial mass SOI MEMS process. NEMS 2013: 336-339\nChengyu Jiang, Liang Xue, Honglong Chang , Guangmin Yuan, Weizheng Yuan:\nSignal Processing of MEMS Gyroscope Arrays to Improve Accuracy Using a 1st Order Markov for Rate Signal Modeling. Sensors 12(2): 1720-1737 (2012)\nHonglong Chang , Liang Xue, Chengyu Jiang, Michael Kraft , Weizheng Yuan:\nCombining Numerous Uncorrelated MEMS Gyroscopes for Accuracy Improvement Based on an Optimal Kalman Filter. IEEE Trans. Instrumentation and Measurement 61(11): 3084-3093 (2012)\nHonglong Chang , Qianyan Fu, Qiang Shen, Jianbing Xie, Weizheng Yuan:\nAn integrated reduced micromachined inertial measurement unit for land vehicle navigation. NEMS 2011: 201-204\nJinjun Deng, Weizheng Yuan, Jian Luo, Dandong Shen, Binghe Ma:\nDesign and fabrication of a Piezoelectric Micro Synthetic Jet Actuator. NEMS 2011: 301-304\nHonglong Chang , Qiang Shen, Zhiguang Zhou, Jianbing Xie, Qinghua Jiang, Weizheng Yuan:\nDesign, Fabrication, and Testing of a Bulk Micromachined Inertial Measurement Unit. Sensors 10(4): 3835-3856 (2010)\nHonglong Chang , Wenlong Jiao, Qianyan Fu, Jianbing Xie, Weizheng Yuan:\nDesign and Simulation of a MEMS Control Moment Gyroscope for the Sub-Kilogram Spacecraft. Sensors 10(4): 4130-4144 (2010)\nJinzhong Ren, Binghe Ma, Jinjun Deng, Weizheng Yuan:\nFully flexible hot film sensor array for underwater applications. NEMS 2010: 173-176\nYang He, Chengyu Jiang, Kai-Leung Yung , Yan Xu, Weizheng Yuan:\nRapid synthesis of MEMS devices based on element model library and metamodel. NEMS 2010: 301-305\nPeng An, Weizheng Yuan, Sen Ren:\nMEMS Biomimetic Acoustic Pressure Gradient Sensitive Structure for Sound Source Localization. Sensors 9(7): 5637-5648 (2009)\nJinghui Xu, Weizheng Yuan, Honglong Chang , Binghe Ma:\nAngularly parameterized macromodel extraction for microstructures with a large number of terminals. NEMS 2009: 37-40\nJianbing Xie, Weizheng Yuan, Honglong Chang :\nA novel method for the manufacture of MEMS devices with large exposed area based on SOI wafers. NEMS 2009: 253-256\nWei Qin, Weizheng Yuan, Honglong Chang , Liang Xue, Guangmin Yuan:\nFuzzy Adaptive Extended Kalman Filter for miniature Attitude and Heading Reference System. NEMS 2009: 1026-1030\nLiang Xue, Weizheng Yuan, Honglong Chang , Chengyu Jiang:\nMEMS-based multi-sensor integrated attitude estimation technology for MAV applications. NEMS 2009: 1031-1035\nHonglong Chang, Jinghui Xu, Jianbing Xie, Chengliang Zhang, Zijian Yan, Weizheng Yuan:\nOne MEMS Design Tool with Maximal Six Design Flows. CoRR abs/0802.3105 (2008)\nKui Liu, Weizheng Yuan, Binghe Ma, Chengyu Jiang, Jinjun Deng:\nMethod and Simulation of the Use of Micro Shear Stress Sensor Array in Detecting Boundary-Layer Separation Point. I. J. Information Acquisition 3(1): 9-14 (2006)\nLei Zhang, Weizheng Yuan, Wei Wang:\nTowards a Framework for Automatic Service Composition in Manufacturing Grid. GCC 2005: 238-243\n[j13] [j11] [j10] [j8] [j6] [j5] [c10] [j4] [j3] [c6] [c5] [c3] [c2] [i1]\n[j16] [j15] [j7] [c9] [c8] [j1]\n[j12] [j9] [j6] [j5] [c7] [c2] [j1]\nKang Liu 0019\n[j16] [j15] [c9] [c8] [c6] [j1]\n[j14] [j7] [j2]\nWei Wang 0179\n[j10] [c11] [c10] [j4] [j3] [c5] [i1]\n[j12] [j10] [j9] [j6] [j5] [c3] [c2]\n[j13] [j11] [j10] [j6] [c3]


url: =05.Hot ปั๊ม Fusing เครื่องระเหิด\n06.ลายนูน & จ่ายเครื่อง\nสถานที่ตั้งโรงงาน: Office: 1st Floor, No. 220, Dajiangyun, Nan Village, Longgui, Taihe Town, Baiyun District, Guangzhou City, Guangdong Province, China Factory: No. 1 Building, Jiangchuan Industry Park, No. 48, Baixiangling Industry Zone, Miaoqi Road, Jiannan Village, Renhe Town, Baiyun District, Guangzhou City, Guangdong Province, China\nHeat Press Machine 500 Sets/Month confidential


url: =Hutian Zichun travel guidebook –must visit attractions in Yangzhou – Hutian Zichun nearby recommendation – Trip.com\nAddress: Dongguan St, Guangling Qu, Yangzhou Shi, Jiangsu Sheng, China\nQitian Zichun is the back cover of the Four Seasons Garden in the garden. It has seven bays on the second floor and can hold hundreds of people. It is a place for the Huang family to discuss major events and year-end dinners. It is also the best place to watch the Four Seasons Garden.\nReviewed on 1528155206000\nHutian Zichun is located at the northernmost part of the garden in the garden. It is a two-story holding back building. There are ten open rooms in the whole garden, which can accommodate hundreds of people to dine at the same time, so this is also the place where the Huang family celebrates New Year.\nReviewed on 1526047951000\nHutian Zichun is located at the northernmost part of the garden in the garden. It is a two-story holding back building. There are seven open rooms in the whole garden, which can accommodate hundreds of people to have meals at the same time. Therefore, this is the place where the Huang family celebrates the New Year. There is a consultation office for major discussions on weekdays. There is a beautiful rockery in front of the building, a small stage for acting and a quiet lake.\nReviewed on 1526086837000 / from Trip moments\nPianshi Shanfang Garden\nHutian Zichun Attractions | Geyuan Garden Attractions | Xiajing Attractions | Changle Hotel Attractions | Zhang Yuliang Memorial Hall Attractions | Yipu Garden Attractions | Jienan Bookstore Attractions | Wudang Temporary Imperial Palace Attractions | Lin's Former Residence Attractions | Dongguan Street Historical District Attractions | Dongguan History Culture Tourist Area Attractions | China Jade Carving Museum Attractions | Fuyuan Garden Attractions | Zhunti Temple Attractions | Dongquan Gate Historic District Attractions | The Shi Kefa Museum Attractions | Caiyi Street Attractions | Dingxing Salt Producer Residence Attractions | Wang's Little Garden Attractions | Mashi Residence Attractions | Viburnum Temple Attractions | Yangzhou Craft & Art Museum Attractions | Songjing Attractions | Imperial Marina Attractions | Yangzhou Cuiyuan Road Christian Church Attractions | Dongrong Garden Attractions | Dongmen Relic Site Attractions | Former Residence of Zhu Ziqing Attractions | Pishi Street Attractions | Marco Polo Memorial Hall Attractions\nSuzhou Travel | Nanjing Travel | Wuxi Travel | Changzhou Travel | Yangzhou Travel | Kunshan Travel | Nantong Travel | Xuzhou Travel | Lianyungang Travel | Liyang Travel | Changshu Travel | Zhenjiang Travel | Qidong Travel | Yixing Travel | Taizhou Travel | Yancheng Travel | Taicang Travel | Jurong Travel | Zhangjiagang Travel | Huai'an Travel | Suqian Travel | Donghai Travel | Taixing Travel | Danyang Travel | Jiangyin Travel | Rugao Travel | Pei County Travel | Xinghua Travel | Gaoyou Travel | Xinyi Travel


url: =SUSPENSION SAMPLE INTRODUCTION FAAS DETERMINATION OF COPPER AND IRON IN TOBACCO LEAVES--《Physical Testing and Chemical Analysis Part B Chemical Analysis》2005年03期\n《Physical Testing and Chemical Analysis Part B Chemical Analysis》 2005-03\nSUSPENSION SAMPLE INTRODUCTION FAAS DETERMINATION OF COPPER AND IRON IN TOBACCO LEAVES\nLIU Li-xing, LI Zhuo(Dept. of Applied Chemistry, Liaoning University of Petrochemical Engineering, Fushun 113001, China)\nThe tobacco leaf sample, after being dried at 65~75 ℃ and powdered, was passed through sieve aperture of  0.095 mm, and then made into a suspension by shaking with a definite volume of agar solution. An aliquot of 4 mL was taken for the FAAS determination, after dilution to 25 mL in a volumetric flask. For the complete liberation of copper and iron from the suspended sample, 4 mL of HCl (1+1) was added to the aliquot solution before its diluting to 25 mL, standard working curve was used in the determination. It was found that the reagent blank should have the same viscosity as the sample suspension in order to give consistent data of measurements. RSD of this method was found to be less than 4.8%, and the recoveries obtained were in the range from 98.1% to 99.3%.\n【CateGory Index】： TS47\n1 XIN Rong TANG Yan-Lin WANG Zhi-Ping ZHANG Fu-Rong XU Li(Department of Physics,College of Science,Guizhou University,Guiyang 550025,P.R.China);Applications of Spectroscopy Analytical Techniques for Tobacco and Food[J];Chinese Journal of Spectroscopy Laboratory;2007-05\n2 Yu Dayong, Tang Zhibin (School of Petrochemical Technology Liaoning University of Petroleum & Chemical Technology, Fushun 113001, China);Determination of Calcium and Magnesium in Sweet Potato and Potato by Suspension Technique-Atomic Absorption Spectrometry[J];Modern Scientific Instruments;2006-04\n3 LIU Fang,SHEN Chun-yu(Petrochemical Technology Faculty,Leaning University of Petroleum & Chemical Technology,Fushun 113001,China);Naphthalene phase spectrophotometric determination of micro copper in crude oil[J];Metallurgical Analysis;2008-01\n4 SHEN GUANG-LIN,LI FENG,and WEN DONG-QI Technology Centre of Guangdong Branch,China Tobacco Industrial Corporation,Guangzhou 510145,China;Advance in Analysis of Metal Elements in Tobacco and Cigarette Materials[J];Tobacco Science & Technology;2007-10\n5 LIU Li-xing1 ,LIU Xu-dong~2(1.Department of Applied Chemistry,Liaoning University of Petroleum & Chemical Technology,Fushun 113001,China;2.No.1 Refinery of Petro-China Fushun Petrochemical Company,Fushun 113008. China);Determination of zinc in polymerized rosin by suspension and emulsification sampling-flame atomic absorption spectrometry[J];Metallurgical Analysis;2006-04\n1 GAO Yun (College of Economic and Technology of Hefei Heifei 230052);Continuous Determination of Cu, Mn in Tobacco Leaves by Flame Atomic Absorption Spectrometry[J];ANALYSIS AND TESTING TECHNOLOGY AND INSTRUMENTS;1999-03\n2 LI Zhong,WANG Lan,LIU Wei,HUANG Hai tao and YANG Guang yu (Analytical Laboratory of Yunnan Accademy of Tobacco Science,Kunming 650106),Fenxi Shiyanshi,2001,20(1):45～47;Study on Spectrophotometric Determination of Copper(Ⅱ) in Tobacco with 2-(2-Quinolinylazo)-4-Diethylamanobenzoic Acid[J];Analytical Laboratory;2001-01\n3 LIU Li hang  , LI Jin (Department of Applied Chemistry,Fushun Petroleum Institute,Fushun 11301)and WANG Min juan (Liaoning Provincial Centre of Analysis Test and Research,Shenyang 110015),Fenxi Shiyanshi,2000,19(1):36～38;Determination of Potassium and Calcium in Beans and Rices by Suspension Sampling Flame Atomic Emission Spectrometry[J];ANALYTICAL LABORATORY;2000-01\n4 LI Zhong, WANG Bao xing, LIU Wei, WANG Lan, YANG Guang yu (Analytical Lab, Yunnan Research Institute of Tobocco Science, Kunming 650106, China);STUDY ON THE ABSORPTIO-PHOTOMETRIC DETERMINATION OF IRON IN TOBACCO WITH RUTIN[J];Physical Testing and Chemical Analysis Partb Chemical Analgsis;2002-05\n5 Liu Lihang, Wang Mingyong, Lei Jinlu(Department of Applied Chemistry, Fushun Petroleum Institute, Fushun 113001);Determination of Iron, Zinc and Calcium in Chinese Medicinal Herb by Suspension Sampling-Flame Atomic Absorption Spectrometry[J];JOURNAL OF INSTRUMENTAL ANALYSIS;1999-06\n6 Liu Lihang,Du Weizhen,Li Xueping (Department of Applied Chemistry,Fushun Petroleum Institute,Fushun 113001);Suspension Sampling-Flame Atomic Absorption Spectrometric Determination of Iron and Zinc in Tea Somples[J];METALLURGICAL ANALYSIS;1998-05\n1 ZHAI Qingzhou,LI Jingmei,LI Mu (Research Center for Nanotechnology,Changchun University of Science and Technology,Changchun 130022);Some Progress of the Photometric Determination of Copper[J];Journal of Changchun University of Science and Technology(Natural Science Edition);2008-03\n2 Liu Lixing , Zhu Liming (Department of Applied Chemistry,Liaoning University of Petrochemical Technology,Fushun 113001);Determination of Magnesium and Copper in Polyethylene by Suspension Sampling-Flame Atomic Absorption Spectrometry[J];Chinese Journal of Analytieal Chemistry;2002-07\n3 LIU Li xing, SHEN Chun yu and ZHAO Chong feng (Department of Applied Chemistry, Fushun Petroleum Institute, Fushun 113001);Determination of potassium, magnesium and zinc in mushroom by incomplete digestion-suspension sampling-flame atomic spectrometry[J];Analytical Laboratory;2002-03\n4 ZHAO Li-Hong LIU Ya-Li(Institute of Yunnan Tobacco Science,South Yunnan Province Yuxi City High New Development Zone Auspiciousroad Center-Section 653100,P.R.China);Determination of Potassium in Tobacco,Soybean,Wheat and Hot Pepper by Atomic Absorption Spectrometry with Acetic Acid Extraction[J];Chinese Journal of Spectroscopy Laboratory;2008-04\n5 LIU Hong, HUANG Ya-li(Department of Chemistry, Guiyang Medical College, Guiyang, Guizhou 550004, China);The Absorption-photometric Determination of Iron in Tobacco with CTMAB[J];Guizhou Agricultural Sciences;2005-04\n6 LIU Li-xing~ and LI Zhuo(Department of Applied Chemistry,Liaoning University of Petroleum & Chemical Technology, Fushun 11301);Determination of potassium and manganese in tobacco leaf by suspension sampling -flame atomic spectrometry(FAS)[J];Analytical Laboratory;2004-01\n7 LIU Li-xing ,ZHANG Chun-guang (Department of Applied Chemistry,Liaoning University of Petroleum & Chemical Technology,Fushun 113001,China);Rapid determination of calcium,magnesium in ginseng by flame atomic absorption spectrometry[J];Academic Journal of Guangdong College of Pharmacy;2004-06\n8 HE Hua kun and SHU Yong hong (Chinese national analytical center, Guangzhou 510070),Fenxi Shiyanshi,2001,20(1):101～108;Development of Analysis Technique by Atomic absorption and atomic fluorescence spectrometry[J];Analytical Laboratory;2001-01\n9 LIU Li hang  , LI Jin (Department of Applied Chemistry,Fushun Petroleum Institute,Fushun 11301)and WANG Min juan (Liaoning Provincial Centre of Analysis Test and Research,Shenyang 110015),Fenxi Shiyanshi,2000,19(1):36～38;Determination of Potassium and Calcium in Beans and Rices by Suspension Sampling Flame Atomic Emission Spectrometry[J];ANALYTICAL LABORATORY;2000-01\n10 Gao Jian'guo , Gao Jianmin , Cui He , Mao Xubin , Wang Yingjie , Chen Shishan ,Zhang Lei , Yang Lin ( Qingdao Entry - Exit Inspection and Quarantine Bureau, Qingdao 266002, China; Yantai Entry - Exit Inspection and Quarantine Bureau, Yantai 264001 , China);DETERMINATION OF ANION AND CATION IN BATH SALT BY ION CHROMATOGRAPHY[J];Chemical Analysis and Meterage;2003-01\n1 Yu Dayong Tang Zhibin School of Petrochemical Technology Liaoning University of Petroleum & Chemical Technology,Fushun 113001,China;Determination of Calcium and Magnesium in Sweet Potato and Potato by Suspension Technique-Atomic Absorption Spectrometry[A];[C];2006\n1 CHEN Ying, DING Ying, YUE Jun-ming(Institute of Bio-technology, Guizhou Academy of Agricultural Sciences, Guiyang 550006, China);Comparison Between the Nearly Infrared Spectral and Chemical Analysis Methods for Determining Contents of Three Main Components in Tabacco[J];Guizhou Agricultural Sciences;2004-05\n2 ZHOU Shu-ping, LI Wei-hong, CHENG Gui-min, TIAN Xiao-xia(Tobacco Institute of Guizhou, Guiyang 550003, China);The Mathematical Model of Near Infrared Reflectance Spectroscopy (NIRS) Analysis for Protein Content in Flue-cured Tobacco Leaves[J];Guizhou Agricultural Sciences;2004-06\n3 LIU Li-xing and ZHENG Yong-yong(Department of Applied Chemistry,Liaoning University of Petroleum & Chemical Technology, Fushun 11301);Determination of calcium in petroleum calcium sulfonate by emulsification technology-flame atomic absorption spectrometry[J];Analytical Laboratory;2004-10\n4 Liu Lihang;Li Jin;Du Weizhen (Department of Applide Chemistry,Fushun Petroleum Institute, Fushun, 113001);Determination of trace copper in tea by FAAS using suspension sampling technique[J];ANALYTICAL INSTRUMENTATION;1999-01\n5 XIA Zheng-Yuan LEI Li-Ping WU Yu-Ping (Yunnan Tobacco Research Institute,Yuxi,Yunnan 653100,P.R.China);Determination of As and Bi in Tobacco by The Hydride Generalion-Atomic Fluoresccence Spectrmetry[J];Chinese Journal of Spectroscopy Laboratory;2006-05\n6 WU Yu-Ping LI Ying-Jin FANG Dun-Huang DENG Jian-Hua YANG Yu-Hong SHAO Yan (Yunnan Tobacco Research Institute,Yuxi,Yunnan 653100,P.R.China);Determination of Magnesium in Tobacco by AAS with Acetic Acid Extraction[J];Chinese Journal of Spectroscopy Laboratory;2006-05\n7 LI Zhong HUANG Hai Tao LIU Si Yuan WANG Lan SHI Hong Lin (Analytical Lab of Yunnan Academy of Tobacco Science,Kunming 650106,P.R.China );Study on Spectrophotometric Determination of Lead in Triacetin with P Sulfobenzylidenerhodanine[J];CHINESE JOURNAL OF SPECTROSCOPY LABORATORY;2000-04\n8 YANG Bo (Department of Physics,Yuxi Teacher ,s College,Yuxi,Yunnan 653100,P.R.China) ZHOU Li Qiong (Yuxi Research Institute of Science and Technolgy Information,Yuxi,Yunnan 653100,P.R.China) HU Qiu Fen (Department of Chemistry,Yuxi Teacher ,s;Spectrophotometric Determination of Aluminum(Ⅲ) in Tobacco with Kaempferol[J];CHINESE JOURNAL OF SPECTROSCOPY LABORATORY;2000-05\n9 LIU Li-xing ,ZHENG Yong-yong (School of Petrochemical Technology,Liaoning University of Petroleum & Chemical Technology, Fushun Liaoning 113001,P.R.China) Received 28 November 2003;revised 20 January 2004;accepted 4 June 2004;Determination of Cobalt and Lead in Caoting Dryers by Emulsification Technology -Flame Atomic Absorption Spectrometry[J];;2004-03\n10 CHEN Shi-zhong Key Laboratory, Wuhan Polytechnic University, Wuhan 430023, China;Direct Analysis of Trace Elements in Tobacco Using Electrothermal Vaporization ICP-AES[J];Spectroscopy and Spectral Analysis;2003-02\n1 Li Kun Fu Shiyu Zhan Huaiyu (State key Laboratory of Pulp & Paper Engineering,South China University of Technology,Guangzhou 510640,Guangdong,China);Application of NIR Spectroscopy in Pulp and Paper Industry[J];Paper Science & Technology;2008-04\n2 RAO Li-qin,HUANG Ling-xia,JIN Pei-hua(College of Animal Sciences,Zhejiang University,Hangzhou 310029,China);Progress on Application of Near Infrared Spectroscopy Technology in Sericulture and Other Fields of Animal Sciences[J];Bulletin of Sericulture;2008-02\n3 Xu Yuanyuan(Guangdong Shaoguan Cigarette Factory,Shaoguan 512026,China);Determination of Lead and Arsenic in Cigarette by Graphite Furnace Atom Absorption Spectrometry with Microwave Digestion[J];Guangdong Chemical Industry;2008-04\n4 SHU Yong-hong1,2 and He Hua-kun*1(1.Chinese National Analytical Center,Guangzhou 510070,2 Guangdong Key Laboratory of Chemical Emergency Test),Fenxi Shiyanshi,2007,26(8): 106～122;Atomic absorption spectrometry and atomic fluorescence spectrometry[J];Chinese Journal of Analysis Laboratory;2007-08\n5 TAN Pei1,2,WU Zhi-Gao2(1.College of Chemistry and Chemical Engineering,Guangxi University,Nanning 530004,China;2.Department of Petroleum and Chemistry Engineering,Guangxi Vocational & Technical Institute of Industry,Nanning 530001,China);Review on Test Methods of Rosin and its modified Products[J];Technology & Development of Chemical Industry;2007-05\n6 XU Wen-jing WANG Shi-lei SUN Yue-zhi (Jiaozuo Normal College,Henan,Jiaozuo 454001,China);Determination of Zinc in Rehmanniae Glutinosa by Suspension Sampling-flame Atomic Absorption Spectrometry[J];Journal of Environmental & Occupational Medicine;2008-04\n7 WANG Ying-kuan,LIU Zhi-jiang (Research Center of Tobacco Engineering and Technology,Hunan Agricultural University,Changsha 410128,China);Direct Determination of Copper and Manganese in Yunyan 202 by Atomic Absorption Spectrometry Using Secondary Sensitive Wavelength[J];Studies of Trace Elements and Health;2009-01\n8 YU Da-yong,CHEN Jun(School of Petrochemical Engineering,Liaoning University of Petroleum & Chemical Technology,Fushun 113001,China);Spectrophotometric determination of micro zinc in gelation using salicylfluorone in presence of hexadecyltrimethylammonium bromide[J];Metallurgical Analysis;2008-02\n9 WANG Rui-bin1,XUE Cheng-hu1,WANG Yu-chun2 (1.College of Chemistry and Chemical Engineering,Yulin University,Yulin 719000,China;2.Oil Production Plant No.4,Petrochina Changqing Oilfield Company,Jingbian 718500,China);Determination of micro copper in crude oil by thiourea masking-EDTA minus titration[J];Metallurgical Analysis;2009-01\n1 Liu Lihang;Li Jin;Du Weizhen (Department of Applide Chemistry,Fushun Petroleum Institute, Fushun, 113001);Determination of trace copper in tea by FAAS using suspension sampling technique[J];ANALYTICAL INSTRUMENTATION;1999-01\n2 Ye Yuqiong and Huang Shiyuan (Department of Chemistry, Sichuan University, Chengdu 610064),;Study on Sample Pretreatment Procedures for the Analysis of Trace Elements in Traditional Chinese Medicines[J];Analytical Laboratory;1993-05\n3 ZHANG Cheng-Zhi;HE Wei-Jun;LI Nan-Qiang(Department of Chemistry,Peking university, Beijing,100871);Studies on the Polarographic Adsorptive Complex Wave of Germanium-Rutin[J];CHEMICAL RESEARCH IN CHINESE UNIVERSITIES;1994-01\n4 Lihang LIU,Qikai ZHANG and Yang HU Department of Applied Chemistry,Fushun Petroleum Institute,113001 Fushun;Determination of Calcium and Magnesium in Wheat Flour by Suspension Sampling Flame Atomic Absorption Spectrometry[J];SPECTROSCOPY AND SPECTRAL ANALYSIS;1999-03\n5 Jin Shanand Yao Lizhu(Department of AppliedChemistry,Fushun College of Petroleum,Fushun 113001);Flame Emission Spectrometric Determi-nation of Barium and Calcium[J];ANALYTICAL LABORATORY;1995-04\n6 Liu Lihang * and Li Ping (Department of Applied Chemistry,Fushun Petroleum Institute,Fushun 113001);Direct Determination of Magnesium in Soybean Flour by Flame Atomic Absorption Spectrometry with Suspension Sample Introduction[J];ANALYTICAL LABORATORY;1998-05\n7 XU Zhenxing(Hebei Textile Workers University, 050031 Shijiazhuang)GONG Shuqing(Hebei Normal University, 050016 Shijiazhuang);COMPARISON BETWEEN FLAME ATOMIC ABSORPTION AND FLAME EMISSION SPECTROMETRY IN THE DETERMINATION OF KALIUM[J];SPECTROSCOPY AND SPECTRAL ANALYSIS;1995-02\n8 Zhao Jianwei Xu Qiheng (Department of Chemistry,Yunnan University,Kunming 650091);Progress of the research on 8-aminoquinolines as a class of organic analytical reagents[J];Chemical Reagents;1992-06\n9 Liu Lihang,Du Weizhen,Li Xueping (Department of Applied Chemistry,Fushun Petroleum Institute,Fushun 113001);Suspension Sampling-Flame Atomic Absorption Spectrometric Determination of Iron and Zinc in Tea Somples[J];METALLURGICAL ANALYSIS;1998-05\n> The World of Economy and Trade\n> Physical Testing and Chemical Analysis Part B(Chemical Analysis)\n> Acta Tabacaria Sinica