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url: =Journal of Pharmaceutical Analysis This is an RSS file. You can use it to subscribe to this data in your favourite RSS reader or to display this data on your own website or blog.\nEvaluation of the gastrointestinal anti-motility effect of Anacardium occidentale stem bark extract: A mechanistic study of antidiarrheal activity\nPublication date: Available online 21 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Blessing O. Omolaso, Francis S. Oluwole, Olugbenga A. Odukanmi, Julius K. Adesanwo, Ahmed A. Ishola, Kayode E. Adewole (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - July 23, 2020 Category: Drugs & Pharmacology Source Type: research\nTaxifolin stability: In silico prediction and in vitro degradation with HPLC-UV/UPLC–ESI-MS monitoring\nPublication date: Available online 6 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Fernanda Cristina Stenger Moura, Carmem Lúcia dos Santos Machado, Favero Reisdorfer Paula, Angélica Garcia Couto, Maurizio Ricci, Valdir Cechinel-Filho, Tiago J. Bonomini, Louis P. Sandjo, Tania Mari Bellé Bresolin (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - July 7, 2020 Category: Drugs & Pharmacology Source Type: research\nPharmacokinetic comparison with different assays for simultaneous determination of cis-, trans-cefprozil diastereomers in human plasma\nPublication date: Available online 5 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Seung-Hyun Jeong, Ji-Hun Jang, Hea-Young Cho, Yong-Bok Lee (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - July 6, 2020 Category: Drugs & Pharmacology Source Type: research\nIdentification and quantification of the bioactive components in Osmanthus fragrans roots by HPLC-MS/MS\nPublication date: Available online 5 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Xiaoyan Liao, Yuan Hong, Zilin Chen (Source: Journal of Pharmaceutical Analysis)\nDevelopment of a rapid GC-FID method to simultaneously determine triethylamine, diisopropylamine, and 1,1,3,3-tetramethylguanidine residues in an active pharmaceutical ingredient\nPublication date: Available online 3 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Minshan Shou, Haixiao Qiu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - July 4, 2020 Category: Drugs & Pharmacology Source Type: research\nComparative permeability of three saikosaponins and corresponding saikogenins in Caco-2 model by a validated UHPLC-MS/MS method\nPublication date: Available online 30 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Siqi Ren, Jingjing Liu, Yunwen Xue, Mei Zhang, Qiwei Liu, Jie Xu, Zunjian Zhang, Rui Song (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - July 1, 2020 Category: Drugs & Pharmacology Source Type: research\nResveratrol elongates the lifespan and improves antioxidant activity in the silkworm, Bombyx mori\nPublication date: Available online 1 July 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Jiangbo Song, Lian Liu, Kaige Hao, Shuang Mao, Yongxi Tang, Xiaoling Tong, Fangyin Dai (Source: Journal of Pharmaceutical Analysis)\nPublication date: Available online 26 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Natalia Navas, Jesús Hermosilla, Anabel Torrente-López, José Hernández, Jose Cabeza, Raquel Pérez-Robles, Antonio Salmerón-García (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - June 27, 2020 Category: Drugs & Pharmacology Source Type: research\nPublication date: June 2020Source: Journal of Pharmaceutical Analysis, Volume 10, Issue 3Author(s): (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - June 26, 2020 Category: Drugs & Pharmacology Source Type: research\nPreface for special issue on new analytical techniques and methods in drug metabolism and pharmacokinetics\nPublication date: June 2020Source: Journal of Pharmaceutical Analysis, Volume 10, Issue 3Author(s): Guangbo Ge, Mingshe Zhu (Source: Journal of Pharmaceutical Analysis)\nPublication date: Available online 20 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Dingyi Yu, Pengli Zhang, Junying Li, Ting Liu, Yaodan Zhang, Qingqing Wang, Jianbing Zhang, Xiaoyan Lu, Xiaohui Fan (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - June 22, 2020 Category: Drugs & Pharmacology Source Type: research\nPortable and automated analyzer for rapid and high precision in vitro dissolution of drugs\nPublication date: Available online 11 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Zhongmei Chi, Siqi Zhao, Xiujun Cui, Yunxiang Feng, Li Yang (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - June 12, 2020 Category: Drugs & Pharmacology Source Type: research\nCurrent status of in vivo bioanalysis of nano drug delivery systems\nPublication date: Available online 16 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Tingting Wang, Di Zhang, Dong Sun, Jingkai Gu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - June 8, 2020 Category: Drugs & Pharmacology Source Type: research\nSelective and sensitive fluorescence imaging reveals microenvironment-dependent behavior of NO modulators in the endothelial system\nPublication date: Available online 6 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Ying Dong, Xiao-Rong Li, Jia Li, Yi Zang, Xin Li (Source: Journal of Pharmaceutical Analysis)\nFluorescence imaging of drug target proteins using chemical probes\nPublication date: Available online 6 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Hao Zhu, Itaru Hamachi (Source: Journal of Pharmaceutical Analysis)\nHerb-drug interaction in the protective effect of Alpinia officinarum against gastric injury induced by indomethacin based on pharmacokinetic, tissue distribution and excretion studies in rats\nPublication date: Available online 6 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Xuguang Zhang, Zhenrui Xie, Xun Chen, Junqiang Qiu, Yinfeng Tan, Xiaoliang Li, Hailong Li, Junqing Zhang (Source: Journal of Pharmaceutical Analysis)\nAntimicrobial activity and mode of action of terpene linalyl anthranilate against carbapenemase-producing Klebsiella pneumoniae\nPublication date: Available online 6 June 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Shun-Kai Yang, Khatijah Yusoff, Mokrish Ajat, Wai-Sum Yap, Swee-Hua-Erin Lim, Kok-Song Lai (Source: Journal of Pharmaceutical Analysis)\nQuantitation of DNA by nuclease P1 digestion and UPLC-MS/MS to assess binding efficiency of pyrrolobenzodiazepine\nPublication date: Available online 26 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Yong Ma, Buyun Chen, Donglu Zhang (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 27, 2020 Category: Drugs & Pharmacology Source Type: research\nSoftware-aided detection and structural characterization of cyclic peptide metabolites in biological matrix by high-resolution mass spectrometry\nPublication date: Available online 26 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Ming Yao, Tingting Cai, Eva Duchoslav, Li Ma, Xu Guo, Mingshe Zhu (Source: Journal of Pharmaceutical Analysis)\nScreening of the whole human cytochrome P450 complement (CYPome) with enzyme bag cocktails\nPublication date: Available online 26 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Sangeeta Shrestha Sharma, Shishir Sharma, Matthias Bureik (Source: Journal of Pharmaceutical Analysis)\nDiscovery of pulmonary fibrosis inhibitor targeting TGF-β RI in Polygonum cuspidatum by high resolution mass spectrometry with in silico strategy\nPublication date: Available online 23 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Huarong Xu, Jiameng Qu, Jian Wang, Kefei Han, Qing Li, Wenchuan Bi, Ran Liu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 24, 2020 Category: Drugs & Pharmacology Source Type: research\nCurrent LC-MS-based strategies for characterization and quantification of antibody-drug conjugates\nPublication date: Available online 23 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Xiaoyu Zhu, Shihan Huo, Chao Xue, Bo An, Jun Qu (Source: Journal of Pharmaceutical Analysis)\nPublication date: Available online 23 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Wilson Z. Shou (Source: Journal of Pharmaceutical Analysis)\nAn ultra-sensitive and easy-to-use assay for sensing human UGT1A1 activities in biological systems\nPublication date: Available online 23 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Ya-Di Zhu, Hui-Lin Pang, Qi-Hang Zhou, Zi-Fei Qin, Qiang Jin, Moshe Finel, Yi-Nan Wang, Wei-Wei QIN, Yin Lu, Dan-Dan Wang, Guang-Bo Ge (Source: Journal of Pharmaceutical Analysis)\nRapid bioluminescence assay for monitoring rat CES1 activity and its alteration by traditional Chinese medicines\nPublication date: Available online 21 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Jun Zhang, Dandan Wang, Liwei Zou, Min Xiao, Yufeng Zhang, Ziwei Li, Ling Yang, Guangbo Ge, Zhong Zuo (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 22, 2020 Category: Drugs & Pharmacology Source Type: research\nSource: Journal of Pharmaceutical Analysis - May 17, 2020 Category: Drugs & Pharmacology Source Type: research\nPublication date: Available online 26 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Muhammad Tahir ul Qamar, Safar M. Alqahtani, Mubarak A. Alamri, Ling-Ling Chen (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 14, 2020 Category: Drugs & Pharmacology Source Type: research\nApplications and challenges of low temperature plasma in pharmaceutical field\nPublication date: Available online 11 May 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Lingge Gao, Xingmin Shi, Xili Wu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 12, 2020 Category: Drugs & Pharmacology Source Type: research\nProbing the degradation of pharmaceuticals in urine using MFC and studying their removal efficiency by UPLC-MS/MS\nPublication date: Available online 30 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Priya Sharma, Devendra Kumar, Srikanth Mutnuri (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - May 1, 2020 Category: Drugs & Pharmacology Source Type: research\nPotential synergic mechanism of Wutou-Gancao herb-pair by inhibiting efflux transporter P-glycoprotein\nPublication date: April 2020Source: Journal of Pharmaceutical Analysis, Volume 10, Issue 2Author(s): Yufei He, Zihong Wei, Ying Xie, Xiulin Yi, Yong Zeng, Yazhuo Li, Changxiao Liu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 28, 2020 Category: Drugs & Pharmacology Source Type: research\nPublication date: April 2020Source: Journal of Pharmaceutical Analysis, Volume 10, Issue 2Author(s): (Source: Journal of Pharmaceutical Analysis)\nA dual-signal sensor for the analysis of parathion-methyl using silver nanoparticles modified with graphitic carbon nitride\nPublication date: Available online 26 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Yuan Li, Mengqi Wan, Guosheng Yan, Ping Qiu, Xiaolei Wang (Source: Journal of Pharmaceutical Analysis)\nPublication date: Available online 28 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Muhammad Usman Mirza, Matheus Froeyen (Source: Journal of Pharmaceutical Analysis)\nDesign and preparation of a new multi-targeted drug delivery system using multifunctional nanoparticles for co-delivery of siRNA and paclitaxel\nPublication date: Available online 23 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Sara Hosayni Nasab, Amin Amani, Hossein Ali Ebrahimi, Ali Asghar Hamidi (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 24, 2020 Category: Drugs & Pharmacology Source Type: research\nPublication date: Available online 21 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Huizhen Zhang, Yongtao Wang, Lihuan Guan, Yixin Chen, Panpan Chen, Jiahong Sun, Frank J. Gonzalez, Min Huang, Huichang Bi (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 22, 2020 Category: Drugs & Pharmacology Source Type: research\nEvaluation of apoptotic effects of mPEG-b-PLGA coated iron oxide nanoparticles as a eupatorin carrier on DU-145 and LNcaP human prostate cancer cell lines\nPublication date: Available online 18 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Marziyeh Shalchi Tousi, Houri Sepehri, Sepideh Khoee, MahdiMoridi Farimani, Ladan Delphi, Fariba Mansourizadeh (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 18, 2020 Category: Drugs & Pharmacology Source Type: research\nRapid detection of high risk HPV16 and HPV18 based on microchip electrophoresis\nPublication date: Available online 14 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Zhaoxuan Fan, Xiao Feng, Weifei Zhang, Xueji Zhang, Jin-Ming Lin (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 15, 2020 Category: Drugs & Pharmacology Source Type: research\nAnalytical methodologies for sensing catechol-O-methyltransferase activity and their applications\nPublication date: Available online 7 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Fang-Yuan Wang, Ping Wang, Dong-Fang Zhao, Frank J. Gonzalez, Yu-Fan Fan, Yang-Liu Xia, Guang-Bo Ge, Ling Yang (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 8, 2020 Category: Drugs & Pharmacology Source Type: research\nStudy of intracellular anabolism of 5-fluorouracil and incorporation in nucleic acids based on a LC-HRMS method\nPublication date: Available online 7 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Christelle Machon, Frédéric Catez, Nicole Dalla Venezia, Floriane Vanhalle, Laetitia Guyot, Anne Vincent, Maxime Garcia, Béatrice Roy, Jean-Jacques Diaz, Jérôme Guitton (Source: Journal of Pharmaceutical Analysis)\nBi2O3/ZnO nanocomposite: Synthesis, characterizations and its application in electrochemical detection of Balofloxacin as an anti-biotic drug\nPublication date: Available online 4 April 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Sana Ansari, M. Shahnawaze Ansari, Soami P. Satsangee, Rajeev Jain (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - April 5, 2020 Category: Drugs & Pharmacology Source Type: research\nStructural basis of SARS-CoV-2 3CLpro and anti-COVID-19 drug discovery from medicinal plants†\nSource: Journal of Pharmaceutical Analysis - March 27, 2020 Category: Drugs & Pharmacology Source Type: research\nComprehensive metabolic profiling of Alismatis Rhizoma triterpenes in rats based on characteristic ions and a triterpene database\nPublication date: Available online 23 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Lu Wang, Sen Li, Jiaxin Li, Zhongzhe Cheng, Yulin Feng, Hui Ouyang, Zhifeng Du, Hongliang Jiang (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - March 24, 2020 Category: Drugs & Pharmacology Source Type: research\nElectrochemical and in silico approaches for liver metabolic oxidation of antitumor-active triazoloacridinone C-1305\nPublication date: Available online 23 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Agnieszka Potęga, Dorota Żelaszczyk, Zofia Mazerska (Source: Journal of Pharmaceutical Analysis)\nDevelopment of an analytical method for multi-residue quantification of 18 anthelmintics in various animal-based food products using liquid chromatography-tandem mass spectrometry\nPublication date: Available online 21 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Kyung-Hee Yoo, Da-Hee Park, A.M. Abd El-Aty, Seong-Kwan Kim, Hae-Ni Jung, Da-Hye Jeong, Hee-Jung Cho, Ahmet Hacimüftüoğlu, Jae-Han Shim, Ji Hoon Jeong, Ho-Chul Shin (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - March 22, 2020 Category: Drugs & Pharmacology Source Type: research\nChallenges for cysteamine stabilization, quantification, and biological effects improvement\nPublication date: Available online 21 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Carla Atallah, Catherine Charcosset, Hélène Greige-Gerges (Source: Journal of Pharmaceutical Analysis)\nCorydalis Rhizoma as a model for herb-derived trace metabolites exploration: A cross-mapping strategy involving multiple doses and samples\nPublication date: Available online 10 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Chanjuan Yu, Fengyun Wang, Xinyue Liu, Jiayan Miao, Siqi Tang, Qin Jiang, Xudong Tang, Xiaoyan Gao (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - March 11, 2020 Category: Drugs & Pharmacology Source Type: research\nA DNA-based nanocarrier for efficient cancer therapy\nPublication date: Available online 9 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Muhammad Abbas, Mirza Muhammad Faran Ashraf Baig, Yaliang Zhang, Yu-Shun Yang, Songyu Wu, Yiqiao Hu, Zhong-Chang Wang, Hai-Liang Zhu (Source: Journal of Pharmaceutical Analysis)\nQuantitative computed tomography analysis for stratifying the severity of Coronavirus Disease 2019\nPublication date: Available online 6 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Cong Shen, Nan Yu, Shubo Cai, Jie Zhou, Jiexin Sheng, Kang Liu, Heping Zhou, Youmin Guo, Gang Niu (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - March 6, 2020 Category: Drugs & Pharmacology Source Type: research\nPublication date: Available online 5 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Xiaowei Li, Manman Geng, Yizhao Peng, Liesu Meng, Shemin Lu (Source: Journal of Pharmaceutical Analysis)\nComparative pharmacokinetics of six major compounds in normal and insomnia rats after oral administration of Ziziphi Spinosae Semen aqueous extract\nPublication date: Available online 4 March 2020Source: Journal of Pharmaceutical AnalysisAuthor(s): Chenhui Du, Yan Yan, Chenxi Shen, Xiaofang Cui, Xiangping Pei, Xuemei Qin (Source: Journal of Pharmaceutical Analysis)\nSource: Journal of Pharmaceutical Analysis - March 4, 2020 Category: Drugs & Pharmacology Source Type: research


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url: =Company List Food Company\nGuangxi Hengxian Jinshan Food Company Limited China Info Phone Nanning Room 506 Mini Building No.121 Donge Road Nanning Guangxi... Agricultural Greenhouses Canned Food Agricultural Product Stock Agriculture Food & Beverage\nGreen Food Company Vietnam Info Email Web Phone Thành phố Hồ Chí Minh Binh Giao Thuan Giao Thuan an Binh Duong Alcohol Instant Noodles Fast Food Food & Beverage\nArab Medical Food Company Egypt Info Phone Cairo El Nozha Cairo (Zip/postal:11351) Processing Services Advertising Advertisement Agents Agency Services Business Services\nMahnam Food Company Canada Info Web Phone Toronto 23 Lorraine Dr Toronto Ontario (Zip/postal:m2n6z6) Food & Beverage Fresh Vegetables Animal Feed Cocoa Beans Beans\nDongguan Jin Chang Food Company Ltd. China Info Web Phone Dongguan No. 101 Taihe West Road Shipai Town Dongguan Guangdong [Zip/postal... Candy Electrical Equipment & Supplies Biscuits Bakery Food & Beverage\nJining Pretty Jade Food Company Limited China Info Phone Jining Jining Shandong [Zip/postal Code:272000] Business Services Fresh Vegetables Apples Fruit Agriculture\nHealthy Food Company China Info Phone Jining 47 Jining Shandong (Zip/postal:china) Agricultural Greenhouses Advertising Fresh Asparagus Apples Fresh Vegetables\nEfor Food Company Inc. Turkey Info Web Phone İstanbul Ferahevler Mah. Mecidiye Cad. Kaya Sok. 1/1 Tarabya Istanbul Agricultural Greenhouses Design Services Agriculture Business Services\nLaizhou City Xubin Fruit Vegetable Food Company... China Info Phone Weichanglu Lv Cun Pinglidian Town Laizhou City Yantai Shandong [Zip/postal... Fresh Asparagus Dried Fruit Fresh Vegetables Dried Food Agriculture\nAnhui Xiyangyang Food Company Ltd. China Info Web Phone Hefei Anhui China Hefei Anhui 361001 Oil Seeds Agriculture\nKoza Food Company Ltd Turkey Info Web Phone İstanbul Nato Cad. 38/a Seyrantepe Istanbul Fruit Nuts & Kernels Apples Citrus Fruit Fruit Grafts, Seedlings & Rootstocks\nQingdao Walk Food Company China Info Web Phone Gaomi Pingdu Qingdao Shandong (Zip/postal:266736) Agricultural Greenhouses Fruit Fresh Asparagus Apples Citrus Fruit\nBaoji Aimu Food Company China Info Phone Guozhen Baoji Jufu Road No.12 Fruit Beans Apples Citrus Fruit Fruit Grafts, Seedlings & Rootstocks\nSalwa Food Company Israel Info Web Phone Jerusalem Jerusalem Jerusalem Israel (Zip/postal:) Chemicals Fresh Vegetables Animal Feed Fertilizer Electrical Equipment & Supplies\nBeijing Maria's Gourmet Foods Company Ltd. China Info Phone Beijing #471 Shangdian Village Zhangjiawan Town Tongzhou District Beijing... Biscuits Bakery Food & Beverage\nForeturns Foods Company Limited China Info Web Phone Yulin Rm 518 Computer Shopping Centre Yulin Guangxi [Zip/postal... Food Processing Cocoa Beans Canned Fish Instant Noodles Beans\nFujian Jianyang Fulin Foods Company Limited China Info Web Phone Jian’ou 146 Mingzhu Rd. Tongyou Street Jianyang Nanping Fujian [Zip/postal... Alcohol Animal Feed Automobiles & Motorcycles Bakery Dried Fruit Coffee\nShandong Xinshiji Muslim Food Company China Info Web Phone Jinan Dongguan Street Jinan Shandong (Zip/postal:250000) Agricultural Greenhouses Advertising Apparel Food Processing Processing Services\nGaorong Foods Company China China Info Phone Baiyin Rm2206.no.62 Xianggang Zhong Roand Fresh Vegetables Cocoa Beans Coffee Beans Beans Agriculture\nCountries matching Food Company


url: =Analysis of Air Flow and Heat Transfer Characteristics in Finger Seal Structure--《Aeroengine》2011年04期\nAnalysis of Air Flow and Heat Transfer Characteristics in Finger Seal Structure\nCAO Jing,JI Hong-hu,JIN Feng,CAO Guang-zhou(College of Energy and Power Engineering,Nanjing University of Aeronautics and Astronautics Nanjing 210016,China)\nThe characteristics of air flow and heat transfer in finger seal structure was studied.The calculation model was built by the seal group area as porous media and heat source as frictional heat.The calculation results show that the maximum temperature of the seal area occurs in the contacting surface between finger-boots and rotor.The maximum temperature increases with the increased interference while differential pressure and speed;the maximum temperature decreased,while differ pressure increase in the interference and pressure.The results can be used to guide finger seal geometry design,contact-pair material selection and interference fit.\n2 Wang Feng,Chen Guoding,Yu Chengtao(School of Mechatronics,Northwestern Polytechnical University,Xi′an 710072);Thermal Analysis of the Finger Seal System with Rough Contact[J];Mechanical Science and Technology for Aerospace Engineering;2007-07\n2 SHEN Xiao-long,CHEN Guo-ding,SU Hua(School of Mechanical Engineering, Northwestern Polytechnical University,Xi'an 710072,China);Sealing performances analysis for a herringbone-grooved finger gas seal structure and working parameter[J];Journal of Aerospace Power;2011-02\n3 ZHUANG Hongchao~1 WANG Jindong~2 WANG Ning~3 SHI Rong~1 LI Yan~1 1(College of Mechanical Engineering,Yanshan University,Qinhuangdao 066004) 2(Center for Space Science and Applied Research Chinese Academy of Sciences,Beijing 100190) 3(College of Computer and Control Engineering,Qiqihar University,Qiqihar 161006);Mechanical Characteristic Analysis of the Magnetometer Structure Component for the Space Exploration[J];Chinese Journal of Space Science;2011-01\n4 LIU Shi-dao1,XU Xu2,ZHANG Yu-hua1 (1.School of Mechanical Engineering,Anhui University of Technology,Ma'anshan 243002,China;2.Design and Research Institute,Ma'anshan Iron & Steel Co.Ltd.,Ma'anshan 243000,China);Design of Stopper Clamping Devices[J];Journal of Anhui University of Technology(Natural Science);2011-04\n5 CAO Jing,JI Hong-hu,JIN Feng,CHEN Jun(College of Energy and Power Engineering,Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China);Numerical Analysis of Leakage Characteristics for Lifting-pads of Finger Seals[J];Aeronautical Computing Technique;2011-05\n1 CHEN Guoding,SU Hua,ZHANG Yonghong(Northwestern Polytechnical University,Xi'an710072,China);Variable-Dimension Construction in the Axial Arrangement of Finger Seal Mechanism[J];Journal of Aerospace Power;2003-04\n2 WANG Xu~(1,2),ZHANG Wen-ping~1, LAI Liang~2,LIANG Hai-dong~2(1.School of Power and Nuclear Energy Engineering, Harbin Engineering University,Harbin150001, China; 2.Harbin Marine Boiler & Turbine Research Institute,Harbin150036,China);Numerical Simulation and Analysis of a Finger Seal Leakage Flow[J];Journal of Aerospace Power;2005-04\n3 SU Hua, CHEN Guo-ding (College of Mechanical Engineering, Northwestern Polytechnic University, Xi′an 710072);Study of the Shape-curve of Finger Seal[J];Mechanical Science and Technology;2003-06\n4 SU Hua, CHEN Guo-ding (Northwestern Polytechnical University, Xi′an 710072);Structural Optimization of Involute Shape-Curve Finger Seal with Low Hysteresis[J];Mechanical Science and Technology;2004-09\n5 LEI Yan-ni, CHEN Guo-ding (Northwestern Polytechnical University, Xi′an 710072);On the Influence Factors of Pressure Balanced Finger Seal′s Structure[J];Mechanical Science and Technology;2004-10\n6 Wang Feng,Chen Guoding,Yu Chengtao(School of Mechatronics,Northwestern Polytechnical University,Xi′an 710072);Thermal Analysis of the Finger Seal System with Rough Contact[J];Mechanical Science and Technology for Aerospace Engineering;2007-07\n7 Chen Guoding (Northwestern Polytechnic University) Xu Hua Yu Lie (Xi 'an Jiaotong University) Su Hua (Northwestern Polytechnic University);ANALYSIS TO THE HYSTERESIS OF FINGER SEAL[J];Chinese Journal of Mechanical Engineering;2003-05\n8 LI Guo-jian, LI Jian-hua, CHEN Guo-ding, Su Hua(School of Electro-Mechanics,Northwestern Polyteehnical University,Xi’an 710072,P. R. China);Analysis to the Leakage Patterns of Hydrodynamic Pressure Finger Seals[J];Science Technology and Engineering;2007-13\n9 Wu Yine Chen Guoding(School of Mechanical and Electronic Engineering,Northwest Polytechnical University,Xi’an 710072,China);The Shape-curve Design of Finger Seal Based on Hysteresis Optimization[J];Lubrication Engineering;2005-02\n10 CHEN Guo ding 1, XU Hua 2, XIAO Yu xiang 3, ZHOU Lian jie 3, WU Hao tian 1 (1. Northwestern Polytechnical University, Xi'an 710072 2.Xi'an Jiaotong University, Xi'an 710049 3. China Gas Turbine Establishment, Chengdu 610500,China);Analysis to the Effect of Axial Dimension on the Performance of Finger Seal Mechanism[J];Gas Turbine Experiment and Research;2003-01


url: = Huangshan Airport, Huangshan Tunxi Airport - TXN, ZSTX\nAirport Name: Huangshan Tunxi Airport\nPhone Number: +86-559-2934111\nAirport Code: IATA: TXN, ICAO: ZSTX\nAddress: Tunxi District, Huangshan, Anhui Province, 245000, China\nGeneral: Huangshan Tunxi Huangshan Airport is located 5.5 km from the city center. The airport flight zone grade 4D, 2600 meter runway length, 45 meters wide, apron area of 48,800 square meters, which can be parked eight B-737 or A320 medium-sized aircrafts. The airport covers an area of 1.72 square kilometers, the international terminal floor area of 4,600 square meters, the domestic terminal area of 10,000 square meters.\nTransportation (Update: March 16, 2014)\nYingdu <==> Chatang\nYingdu: 7:00 - 17:20 (Winter), 7:00 - 18:00 (Summer)\nChatang: 7:00 - 17:20 (Winter), 7:00 - 18:00 (Summer)\nYingdu -> Chatang: Yingdu, Central Hospital, Ermalu,Yimalu, Huashan Road, Huashan West Road, Hangjiang Bridge, Hangjiang Bridge South, Xihai North Road, Huangshan College North Campus, 2nd Hospital, Longfu Middle School, Huizhou Cuture Square, Yiqi Town Govenment, Huangshan Airport, Bocun, Jiulong Industrial Park, Lintang, Chatang\nChatang -> Yingdu: Chatang, Lintang, Jiulong Industrial Park, Bocun, Huangshan Airport, Yiqi Town Govenment, Huizhou Cuture Square, Longfu Middle School, 2nd Hospital, Huangshan College North Campus, Xihai North Road, Hangjiang Bridge South, Hangjiang Bridge, Huashan West Road, Huashan Road,Yimalu, Ermalu, Central Hospital, Yingdu\nHuangshan Bus Station Square <==> Yaogan\nHuangshan Bus Station Square: 6:50 - 17:10 (Winter), 6:50 - 17:50 (Summer)\nYaogan: 6:50 - 17:10 (Winter), 6:50 - 17:50 (Summer)\nHuangshan Bus Station Square -> Yaogan: Huangshan Bus Station Square, Huangshan Bus Station, Bureau of Transportation, Zikouting, Hangjiang Bridge, Hangjiang Bridge South, Xihai North Road, Xihai South Road, Maoshan Road, Bus Stop, Huangshan Airport, Bocun,Xiaye, Hegan, Zhanchuan, Zhucun, Yaogan\nYaogan-> Huangshan Bus Station Square: Yaogan, Zhucun, Zhanchuan, Hegan,Xiaye, Bocun, Huangshan Airport, Bus Stop, Maoshan Road, Xihai South Road, Xihai North Road, Hangjiang Bridge South, Hangjiang Bridge, Zikouting, Bureau of Transportation, Huangshan Bus Station, Huangshan Bus Station Square\nFares: base fare 7 yuan (2.5 km), distance fare 1.5 yuan per km. Negotiation price 30 - 40 yuan to downtown.


url: =MagSI-proteomics C8 – Książki z Nauk Biomedycznych\nYF-MA12631 Abfrontier 100 ug\nDescription: Mouse monoclonal to DAD1\nYF-MA14356 Abfrontier 100 ug\nDescription: Mouse monoclonal to MYL4\nBNCA0468-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/468), APC conjugate, Concentration: 0.1mg/mL\nBNCA0749-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/144B), APC conjugate, Concentration: 0.1mg/mL\nBNCA1035-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/1035), APC conjugate, Concentration: 0.1mg/mL\nBNC550468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF555 conjugate, Concentration: 0.1mg/mL\nBNC550468-500 Biotium 500uL\nBNC550749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF555 conjugate, Concentration: 0.1mg/mL\nBNC550749-500 Biotium 500uL\nBNC551035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF555 conjugate, Concentration: 0.1mg/mL\nBNC551035-500 Biotium 500uL\nBNC430468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF543 conjugate, Concentration: 0.1mg/mL\nBNC430468-500 Biotium 500uL\nBNC430749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF543 conjugate, Concentration: 0.1mg/mL\nBNC430749-500 Biotium 500uL\nBNC431035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF543 conjugate, Concentration: 0.1mg/mL\nBNC431035-500 Biotium 500uL\nBNC880749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF488A conjugate, Concentration: 0.1mg/mL\nBNC880749-500 Biotium 500uL\nBNC881035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF488A conjugate, Concentration: 0.1mg/mL\nBNC881035-500 Biotium 500uL\nBNC940468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF594 conjugate, Concentration: 0.1mg/mL\nBNC940468-500 Biotium 500uL\nBNC940749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF594 conjugate, Concentration: 0.1mg/mL\nBNC940749-500 Biotium 500uL\nBNC941035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF594 conjugate, Concentration: 0.1mg/mL\nBNC941035-500 Biotium 500uL\nBNCP0468-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/468), PerCP conjugate, Concentration: 0.1mg/mL\nBNCP0749-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/144B), PerCP conjugate, Concentration: 0.1mg/mL\nBNCP1035-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/1035), PerCP conjugate, Concentration: 0.1mg/mL\nBNC050468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF405M conjugate, Concentration: 0.1mg/mL\nBNC050468-500 Biotium 500uL\nBNC050749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF405M conjugate, Concentration: 0.1mg/mL\nBNC050749-500 Biotium 500uL\nBNC051035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF405M conjugate, Concentration: 0.1mg/mL\nBNC051035-500 Biotium 500uL\nComplement C8 beta Antibody\nSTJ98631 St John's Laboratory 200 µl\nDescription: Rabbit polyclonal to C8 beta.\nAnti-C8 alpha antibody\nSTJ99337 St John's Laboratory 200 µl\nDescription: Rabbit polyclonal to C8 alpha.\nBNCR0468-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/468), RPE conjugate, Concentration: 0.1mg/mL\nBNCR0749-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/144B), RPE conjugate, Concentration: 0.1mg/mL\nBNCR1035-250 Biotium 250uL\nDescription: Primary antibody against CD8(C8/1035), RPE conjugate, Concentration: 0.1mg/mL\nBNUB0468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), Concentration: 0.2mg/mL\nBNUB0468-500 Biotium 500uL\nBNUB0749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), Concentration: 0.2mg/mL\nBNUB0749-500 Biotium 500uL\nBNUB1035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), Concentration: 0.2mg/mL\nBNUB1035-500 Biotium 500uL\nBNC680468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF568 conjugate, Concentration: 0.1mg/mL\nBNC680468-500 Biotium 500uL\nBNC680749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF568 conjugate, Concentration: 0.1mg/mL\nBNC680749-500 Biotium 500uL\nBNC681035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF568 conjugate, Concentration: 0.1mg/mL\nBNC681035-500 Biotium 500uL\nBNC800468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF680 conjugate, Concentration: 0.1mg/mL\nBNC800468-500 Biotium 500uL\nBNC400468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF640R conjugate, Concentration: 0.1mg/mL\nBNC400468-500 Biotium 500uL\nBNC400749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF640R conjugate, Concentration: 0.1mg/mL\nBNC400749-500 Biotium 500uL\nBNC610468-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/468), CF660R conjugate, Concentration: 0.1mg/mL\nBNC610468-500 Biotium 500uL\nBNC610749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF660R conjugate, Concentration: 0.1mg/mL\nBNC610749-500 Biotium 500uL\nBNC611035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF660R conjugate, Concentration: 0.1mg/mL\nBNC611035-500 Biotium 500uL\nBNC401035-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/1035), CF640R conjugate, Concentration: 0.1mg/mL\nBNC401035-500 Biotium 500uL\nBNC800749-100 Biotium 100uL\nDescription: Primary antibody against CD8(C8/144B), CF680 conjugate, Concentration: 0.1mg/mL


url: =Shandong Sanjian Real Estate Development Co.,Ltd.,founded in 2001,owns real estate development grade A qualifaction.Sticking to scientific development and quality building,it has developed about 20 residential projects like Yinyuan,Jixiang Yuan,Ruyi Yuan,Huifu ShanZhuang,Hongshan Yuan,Donghe Yuan,and Yulin Jiayuan,as well as some business projects like Shandong Post Building,Sanjian Confucius Culture Building,Ruifu Yuan business street,and Qixing Jixiang Buliding.\nSo far today,the company is a national well-known and provincially influential real estate developer supported by Shandong Government,and Jinan Overall Credit Evaluation AAA Real Estate Developer.\nIts projects,Jixiang Yuan,Yin Yuan and Ruyi Yuan,are certified as AA housing performance building by the Ministry of Housing and Urban-Rural Development.Jixiang Yuan won the first Guangsha Award-China’s top prize in real estate industry granted by Ministry of Housing and Uran-Rual Development.Sanjian Huifu Shanzhuang was honored China Best Ten Green Residential Buildings.\nThe company actively participates in urban upgrading.It developed Ruifu Yuan and Heping Jiayuan housing projects in rundown urban areas.In 2015,it mapped out a pattern on north Jinan.The company developed Sanjian Ruijing Yuan,a fine decorated health and ecology-oriented residential property,which led the upgrading of housing quality in the north of the city.In 2017,the company successfully acquired Jiyang proper transfer project occupying 400,000 square meters,making outstanding contributions to Jinan Prior Zone For Replacing Old Growth Driver With New Ones.\nSanjian Real Estate responses to national policies,sticks to entrepreneurship and innovation,keeps renewing its ideas and designing,and strictly controls quality.As an outstanding urban constructor and good life builder,with the ingenuilty of architecture and the constant trust of responsibility,Shandong Sanjian Real Estate will continuously contribute to the city development.\nTel：+86 531 58796167\nMarketing Department：+86 531 58796166


url: =The Electromagnetic Interference Shielding and Wave-absorbing Properties of Polyaniline Composite Films--《Development and Application of Materials》2011年06期\n《Development and Application of Materials》 2011-06\nThe Electromagnetic Interference Shielding and Wave-absorbing Properties of Polyaniline Composite Films\nZHANG Yin-ling,HUANG Ying,WU Hai-wei(Department of Applied Chemistry,School of Science,Northwestern Polytechnical University,Xi'an 710129,China)\nThe methods to prepare polyaniline composite films were summarized,polymerization,mechanical mixing and layer-by-layer self-assembling,et al.The characterization methods and applications of electromagnetic interference shielding and wave-absorbing polyaniline composite films were also introduced.and the problems and resolutions are pointed out.\n【Fund】： 航天科技创新基金(N9XT0001);; 西北工业大学2011年度研究生创业种子基金(Z2011021)资助项目\n3 ZHAO Liqun1,2,LI Gang2,Niu Jihui2,Wang Changsong2,ZHAI Yuchun1(1.Institute of Material and Metallurgy,Northeastern University,Shenyang 110004,China; 2.Departertment of Material and Engineering,Shenyang Chemical Institute,Shenyang 110021,China);The preparation of conductive PAn/BR composite film[J];Journal of Molecular Science;2005-05\n5 LI Kan she, SHAO Shui yuan, YAN Lan ying, REN Hau miao (Department of Material Engineering, Xi′an University of Science and Technology, Xi′an, 710054, China);PREPARATION AND CHARACTERIZATION OF POLYANILINE/GRAPHITE COMPOSITES[J];Polymeric Materials Science & Cngineering;2002-05\n6 DONG Xing-long~1,ZUO Fang~2,ZHONG Wu-bo~1,LI Zhe-nan~1,CHEN Ping~2(1.College of Material Science and Engineering,Dalian University of Technology,Dalian 116023,China;2.College of Chemical Engineering,Dalian University of Technology,Dalian 116012,China);Preparation and characteristics of nano-Ni/ polyaniline nanocomposite particles[J];Journal of Functional Materials;2005-10\n7 Ma Zhandong Liu Pingyun Feng Jian Zhang Changrui(College of Aerospace and Material Engineering, National University of Defense Technology, Changsha 410073);Research on preparation of polyaniline compound thin film by layer-by-layer self-assembly[J];New Chemical Materials;2006-10\n8 Lv Shenghua1 Wang Fei2 Zhou Zhiwei3 (1. College of Resource and Environment,Shaanxi University of Science and Technology,Xi’an 710021; 2. College of Materials Science and Engineering,Shaanxi University of Science and Technology,Xi’an 710021; 3. Brother Technology Limited Company,Haining 314400);Recent progress and application of conductive polymer-PANI[J];New Chemical Materials;2008-04\n9 Yuan Chengcheng1 Wu Guangfeng1,2 Zhang Huixuan1,2(1.Engineering Research Center of Synthetic Resin and Special Fiber,Ministry of Education, Changchun University of Technology,Changchun 130012;2.Key Laboratory of Advanced Structural Materials,Ministry of Education,Changchun University of Technology,Changchun 130012);Synthesis of the high conductivity polyaniline[J];New Chemical Materials;2010-07\n10 TAO Xue-yu, CHEN Xiao, XIONG Zhong, LI Peng, Wu Qi-ye (Key Laboratory of Rubber-plastics,Ministry of Education,Qingdao University of Science and Technology, Qingdao 266042, China);Research Progress of Polymerization Deposition in-situ Transparent and Conducting Polyaniline Films[J];Chemical Propellants & Polymeric Materials;2005-06\n6 Xie Yu,Zhang Weiping,Wei Ya,etc.;Preparation and Characteristics of Lanthanum-doped Barium Ferrite-polyaniline Composites[J];Safety & EMC;2011-01\n7 ZHAO Liang FENG Liping HOU Shaogang(Department of Chemical and Environment Engineering,Anyang Institute of Technology,Anyang 455000,China);Study on Preparation of Carbon-based Polyaniline Composites[J];Journal of Anyang Institute of Technology;2008-06\n10 Gong Zhaohe Liang Guozheng (Northwest Polytech University);RESEARCH PROGRESS IN ELECTRIC CONDUCTIVE POLYMERS[J];Fiber Reinforced Plastics/composite;2003-01\n2 XIE Yu~(1,2),WEI Ya~1,HONG Xiao-wei~1,LI Er-long~1,GAO Yun-hua~2 (1.Department of Materials Chemistry,Nanchang HangKong University,NanChang 330063,China; 2.Key Laboratory of Photochemical Conversion and Optoelectronic Materials,TIPC,CAS,Beijing 100190,China);Preparation of La-doped barium ferrite-polyaniline composites[A];[C];2010\n3 ZHANG Jian-qiang,LIU Sheng-li,NIU Leng-yuan,LU Yong,AN Ji-bing,FENG Hui-xia (School of Petrochemical Engineering,Lanzhou University of Technology,Gansu Lanzhou 730050);Preparation of Inorganic acid—doped conducting polyaniline/Attapulgite Composites and Its Properties[A];[C];2010\n4 LI Kanshe, YAN Lanying, SHAO Shuiyuan, ZHAO Yuntao (Chemistry Department of Xi'an University of Science and Technology, Xi'an 710054);Preparation and Characterization of HDPE/Polyaniline/Graphite Electrical Conductive Composites[A];[C];2004\n1 KANG Ruzhen, YANG Shanwu, HE Xinlai, CAI QiangMaterial Science and Engineering School, Unversity of Science and Technology Beijing, Beijing 100083, China;Concentration effect of oxidant and doping agent on structure and properties of polyaniline[J];Journal of University of Science and Technology Beijing;2005-01\n3 Shao Xin Tian Jun Xue Qunji Ma Chunlin( State Key Laboratory of Solid Lubrication,Lanzhou Institute of Chemical Physics,the Chinese Acaemy of Sciences, Lanzhou 73000,China; Department of Chemistry,Liaocheng Normal University,Liaocheng 252000,China);Preparation, Properties and Applications of Organic-Inorganic Nanocomposites[J];Materials Review;2001-01\n4 JING Xin-li, WANG Yang-yong, ZHANG Dong-hua (School of Environmental and Chemical Engineering, Xi′an Jiaotong University, Xi′an 710049,China);Preparation and Properties of Silicon Dioxide/Polyaniline Composite Particles[J];Journal of Materials Engineering;2004-01\n8 CHEN Wan, LIANG Cheng_hao, XIE Yang (Dept. of Chem. Engin., Dalian Univ. of Tech., Dalian 116012, China);New Progress of Intrinsic Conducting Polymers' Application[J];Electrochemistry;2001-04\n9 CHENG Guo-e~1, HUANG Kai-xun~1, KE Han-zhong~21.Chemistry Department, Huazhong University of Science and Technology, Wuhan430074, China2.Faculty of Material Science and Chemical Engineering, China University of Geosciences, Wuhan430074, China;Preparation and Characterization of Conductive and Magnetic PANI Nano-Composite[J];;2004-01


url: =Comparison of Carbon Dioxide Capture Technology in Power Plant--《Environmental Science & Technology》2011年11期\n《Environmental Science & Technology》 2011-11\nComparison of Carbon Dioxide Capture Technology in Power Plant\nWANG Ze-ping1,ZHOU Tao2*,ZHANG Ji-gang2,LI Yang2(1.CIECC,Beijing 100048,China; 2.Institute of Nuclear Thermal Hydraulic Safety and Standardization,North China Electric Power University,Beijing 102206,China)\nDue to increasingly intensified global greenhouse effect,it is quite necessary to develop carbon dioxide capture technology.By analysis of working process and characteristics of three different carbon dioxide capture technologies including pre-combustion capture,post-combustion capture and oxygen-enriched combustion technology,the current development and application of carbon dioxide capture technology were introduced.Different carbon dioxide capture technologies were discussed,with comparison of basic principle of technologies as well as their advantages and disadvantages.By detailed analysis of carbon dioxide capture technology,combining with analysis of basic principle and application of various physical,chemical,biological adsorption technology,more efficient adsorption methods were assessed in order to enhance CO2 capture efficiency and reduce capture cost.National level project and pilot study was proposed for the study of precombustion capture,postcombustion capture and oxygen enriched combustion technology.Technical development of carbon dioxide capture suitable to local characteristics was proposed as well.\n【Fund】： 北京市自然基金(3092016);; 教育部博士点基金(200800791005)\n2 Yao Yanqiang (Shanghai Boiler Works, Ltd,Shanghai 200245);Research and Analysis Towards Utility Boiler Using Oxygen Enrichment Technology for Combustion[J];Electrical Engineering;2009-08\n3 CHEN Fu,ZHAO En-lu,ZENG Xiong-wei,ZHANG Wen-ling,GOU Jinfang (Qinhuangdao Design and Research Institute for Glass Industry,Qinhuangdao 066004,China);Research on Oxy-enriched Firing Energy Saving Technology of Float Glass Production[J];Science and Technology of Overseas Building Materials;2008-04\n4 LI Li 1,YUAN Wenhui2,WEI Chaohai1(1 School of Environmental Science and Engineering,South China University of Technology,Guangzhou 510640,Guangdong,China;2 School of Chemical Engineering and Energy,South China University of Technology,Guangzhou 510640,Guangdong,China);Adsorbents and adsorptive process for carbon dioxide at high temperature[J];Chemical Industry and Engineering Progress;2006-08\n5 QU Weiping(PLA Division 76140,Guilin 541001,China);CCS and IGCC Cogeneration Technology of Clean Coal Power Generation[J];Journal of Shanghai Electric Technology;2010-01\n6 Huang Liming,Cheng Gengliang(Research Institute of Natural Gas Technology,PetroChina Southwest Oil & Gasfield Company).;The Recovery,Ultilization,Capture and Storage of Carbon Dioxide[J];Chemical Engineering of Oil & Gas;2006-05\n7 WANG Xiao-gang,ZHANG Du-min,LUO Tan,DENG Xiao-jie,LIN Guo-biao (Sichuan Nuclear Geology Institute,Chengdu 610061,China);Fixation and conversion of CO_2 using ionic liquids[J];Modern Chemical Industry;2008-02\n8 HOU Wei-jun,LU Guang,CAI Xiao-hui(North China Electric Power University,Baoding,071003,China);The summary of Research on CFB Oxygen-enriched Combustion Technology[J];Applied Energy Technology;2009-09\n9 YU Fang,SONG Bao-hua (New Hope &Talroad (Beijing) Environmental Technology Co.,Ltd,Beijing 100085,China);Study on Development Trend of CO_2 Capture Technology[J];China Environmental Protection Industry;2009-10\n1 Yuan Weijun,Chen Ling,Guo Jian(Tangshan Keyuan Environmental Protection Technology and Equipment Co.,Ltd.Hebei Province,Tangshan,63020);Comparison andAnalysis of Oxygen-enriched Combustion and Oxygen-enriched Gasification Combustion for Float Glass Melting Furnace[J];Glass;2009-06\n2 ZHAO Xuan HE Shun-li (China University of Petroleum,Beijing 102249);SWOT Analysis on CO_2 Geo-sequestration and CO_2-EOR[J];Journal of Chongqing University of Science and Technology(Natural Sciences Edition);2010-06\n3 LIU Yan-jie1,WANG Jian-ping2,SUN Xiu-yun1,SU Zhong-min2(1.Jilin Institute of Chemical Technology,Jilin 132073,China;2.Faculty of Chemistry,Northeast Normal University,Changchun 130024,China);Study on the molecular simulation of CO_2 sorption in H-STI molecular sieves[J];Journal of Northeast Normal University(Natural Science Edition);2007-04\n4 YIN Qing-dong,WEI Ying-li,WEI Gang,et al;Ways to trap the emission of CO_2 in power plants under low-carbon economy[J];Electric Power Technology and Environmental Protection;2011-02\n5 REN De-gang(China Power Engineering Consulting Group Corporation,Beijing 100120,China);Characteristics of Lithium Silicate as CO_2 Absorbent[J];Electric Power Construction;2010-08\n6 SUN Li-mei1,BAI Yan-ying2(1.School of Thermal Power and Environmental Engineering,Shanghai University of Electric Power,Shanghai 200090,China;2.Cleaner Production Center,China Environment Science Academe,Beijing 100012,China);CO_2 Greenhouse Gas Reduction Situation and Counter-measures[J];Journal of Shanghai University of Electric Power;2010-03\n8 TIAN Mu,AN En-keThermal Energy and Environmental Engineering Institute of Tongji University,Shanghai 200092,China;Analysis of Carbon Capture Sequestration Technology of Coal-fired Boiler[J];Boiler Technology;2009-03\n9 WU Li-ming,PAN Wei-guo,GUO Rui-tang,ZHANG Xiao-boDepartment of Energy Source and Environment Eenineering,ShanghaiUniversity of Electric Power,Shanghai 200090,China;The Research and Analysis of Oxygen Combustion Technology[J];Boiler Technology;2011-01\n10 Yuan Weijun Guo Jian Chen Ling(Keyuan Environmental Protection Technology and Equipment Co.,Ltd,Tangshan,Tangshan 063020,China);Energy Saving and Reduction in Process of Refractory Material Calcination[J];Refractories & Lime;2009-06\n3 ZHENG Xiao-peng (CNOOC Research Center,Beijing 100027,China);Study on Offshore Associated CO_2 Capture and Injection Technology[A];[C];2007\n4 Guo Yincheng,Niu Zhenqi,and Lin Wenyi Dept.of Engineering Mechanics,School of Aerospace Tsinghua University,Beijing 100084,China;Comparison of Removal Efficiency of Carbon Dioxide by Fine Spray of Aqueous Ammonia and MEA Solution[A];[C];2009\n5 ZHAO Jie,LI Changjian,ZHANG Yuan,LI Li (Tianjin Academy of Environmental Sciences,Tianjin 300191,China);Measures for carbon dioxide emission reduction in China[A];[C];2009\n2 Wang Qiao-suo, Zhang Wen-hui;THE WAY OF FLOAT GLASS FURNACE ENERGY SAVING[J];Glass;2005-04\n3 HUANG Bin1,LIU Lian-bo1,XU Shi-sen1,FENG Zhen-ping2(1.Xi'an Thermal Power Research Institute,Xi'an 710032,China;2.Xi'an Jiaotong University,Xi'an 710049,China);The Current Situation and Development of CO_2 Trapping and Treatment Technique in Coal-Fired Power Station[J];Electrical Equipment;2008-05\n4 LIU Jing, WANG Qin hui, LUO Zhong yang, CEN Ke fa (Institute of Thermal Power Engrg., Zhejiang Univ., Hangzhou 310027, China);Design and Research on a 600MWe Supercritical Circulating Fluidized Bed Boiler[J];Power Engineering;2003-01\n5 MAO Yu-ru,FANG Meng-xiang,WANG Qin-hui,WU Xue-cheng,LUO Zhong-yang,NI Ming-jiang,CEN Ke-fa Zhejiang University, Hangzhou 310027, China);Experimental Research on Pollutant Emission of Coal Combustion in a Circulating Fluidized Bed Test-Facility Under O_2/CO_2 Atmosphere[J];Power Engineering;2004-03\n6 CHAO Qing-chen~(1,2),CHEN Wen-yin~3(1.National Climate Center,Beijing 100081,China;2.Laboratory for Climate Studies,China Meteorological Administration,Beijing 100081,China;3.Tsinghua University,Beijing 100084,China);The Summary of Carbon Capture and Storage Technology and Its Impact on China[J];Advances in Earth Science;2006-03\n7 ZHANG Qing, CHEN Ji-hui, LU Xiao-feng, LIU Han-zhou;The Evolve of Research on CFB Oxygen-enriched Combustion Technology[J];Power System Engineering;2007-02\n8 MAO Yu ru 1,2 , FANG Meng xiang 2, LUO Zhong yang 2, WU Xue cheng 2, CEN Ke fa 21. Chinese Research Academy of Environmental Scieaces, Beijing 100012, China; 2. Clean Energy and Environment Engineering Key Lab of Ministry of Education, Zhejiang University, Hangzhou 310027, China;Experimental Study on Oxygen enriched Combustion Technology on Circulating Fluidized Bed Test-facility[J];Boiler Technology;2004-06\n9 XU Qiang~1,CAO Jiang~2,ZHOU Yi-gong~1,WANG Jia-yi~1,HE Fen~21.Shanghai Electric Power Generation Group,Shanghai 201108,China;2.Departmentof Thermal Engineering,Tsinghua University,Beijing 100084,China;Features Summarization and Industrialization Analysis of Integrated Gasification Combined Cycle(IGCC)[J];Boiler Technology;2006-06\n10 NU Tian-kuangShanghai Boiler Works,Ltd.,Shanghai 200245,China;Preliminary Study of Boiler with Oxygen-enriched Combustion[J];Boiler Technology;2008-01


url: =Lida Daidahua 30 pz. - Salud en Forma\nInicio>- Lida Daidahua> Lida Daidahua 30 pz.\nLida Daidahua 30 pz.\n$6,900.00 IVA incluído


url: = Product Center | www.leegotech.com\nBluetooth Version :V5.0 -Chipset:REALTEK -Charging case capacity: 1500 mah -Battery capacity: 45 mah per earbud -Working Range:10 meters -Standby time:120 hours -Music Play time: About 5-6 hours -Charging Time : 1 hour\nBluetooth Version :V5.0 -Chipset: JIELI -Charging case capacity: 380 mah -Battery capacity: 50 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 3-4hours -Charging Time : 1-2 hour\nBluetooth Version :V5.0 -Chipset: JIELI -Charging case capacity: 500 mah -Battery capacity: 50 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 3-4hours -Charging Time : 1-2 hour\nBluetooth Version :V5.0 -Chipset: JIELI -Charging case capacity: 2000 mah (CAN DO POWER BANK) -Battery capacity: 50 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 3-4hours -Charging Time : 1-2 hour\nTWS-F11 Bluetooth Version :V5.0 -Chipset: JIELI -Charging case capacity: 300mah -Battery capacity: 50 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 5 hours -Charging Time : 1 hour\nTWS-BD05 Bluetooth Version :V5.0 -Chipset: JIELI6936D -Charging case capacity: 200mah -Battery capacity: 40 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 4 hours -Charging Time : 1 hour\nBluetooth Version :V5.0 -Chipset: JIELI6936D -Battery capacity: 100 mah per earbud -Working Range:10 meters -Standby time:240 hours -Music Play time: About 16 hours -Charging Time : 1-2 hours\nYB-11 Bluetooth neckband headsets with dual driver\nYB-11 Bluetooth Version :V5.0 -Chipset: BK3266 -Battery capacity: 180MAH*2,dual batteries -Working Range:10 meters -Standby time:720 hours -Music Play time: 20 hour -Charging Time : 2 hour\nBT-900 Bluetooth Version :V5.0 -Chipset: JIELI -Battery capacity: 250mah -Working Range:10 meters -Standby time:720 hours -Music Play time: 20 hour -Charging Time : 2 hour\n1. Bluetooth chip and bluetooth version: Realtek 5.0 Certificate: CE.FCC.ROHS and domestic patent certificate 2. Bluetooth protocol: 3. Headset battery: 3.7V100mAh standby time: about 250 hours 4. Battery model: 521417 (with protective plate) 5. Charging box battery;750~1000 (with protective plate) 6. Battery model;102040P (with protective plate) 7. Charging power: 5V/100mA 8. Transmission distance: barrier-free 10m 9..Frequency: 2.4 GHZ 10. Talk time: about 10-11 hours 11 listening time: about 10-11 hours\nPage: 2/13 Home Previous Next Last


url: =MPG.eBooks - Description: Biomaterials, interfacial phenomena and applications\nBiomaterials, interfacial phen...\nAmerican Institute of Chemical Engineers Meeting ( 1980, Chicago, Ill.), American Institute of Chemical Engineers Materials Engineering and Sciences Division, American Institute of Chemical Engineers Committee on Fundamentals of Life Sciences\nBiomedical Materials / Physiological Effect / Congresses\nBlood / Congresses\nTitle from PDF title page (ACS publications, viewed Oct 7, 2009). - "Based on a symposium sponsored by the Materials Engineering and Sciences Division and the Committee on Fundamentals of Life Sciences of the American Institute of Chemical Engineers at their 73rd Annual Meeting in Chicago, Illinois, November 1980."\nxiv, 539 p. ill


url: = Polymer - Zbpanzhong.com\nZbpanzhong.com / Chemicals / Polymer\nLancer Tactical LT 20B M82 Polymer Spring Powered Airsoft\nQuestions, Answers and Comments. Discuss about Lancer Tactical LT-20B M82 Polymer Spring Powered Airsoft Sniper Rifle with your friends and fellow Evike.com shoppers! ... Read more\nHoncell Li polymer battery\nPatent US6890969 Polymer emulsion preservation using\ngreen plank wpc Philippines Polymer Decking Wholesale


url: =The Bank Boutique Hotel, xem đánh giá và giá phòng | Trip.com\nTrang chủKhách sạnKhách sạn ở Tháp HàThe Bank Boutique Hotel\nNo.338 Renmin Road, Tháp Hà, Hà Nam, Trung QuốcXem trên bản đồ\nThe Bank Boutique Hotel provides a great place for travelers to relax after a busy day. The Bank Boutique Hotel is an ideal choice for travelers who want to take in the sights and sounds of Luohe.Xem thêm\nPhòng sạch được khuyến khích\nTiện nghi, máy lạnh, nước nóng rất tốt, dù sao thì cũng tốt\nKhông tệ, thiết kế có một cảm giác, một lớp như vậy\nNó ổn, rất tốt và rất thoải mái.\nThe Bank Boutique Hotel provides a great place for travelers to relax after a busy day. The Bank Boutique Hotel is an ideal choice for travelers who want to take in the sights and sounds of Luohe. The hotel is just 1km away from Luohe Railway Station. With multiple attractions nearby including BaiYa BuXingJie, Bixiyuan Square and People's Park, guests will find plenty to keep themselves occupied. After a long day of sightseeing, guests can retire to the comfort of the hotel. Guests of this Luohe hotel can make use of the parking facilities. For guests traveling on business, this hotel is consistently one of the most popular choices.\nWi-Fi ở khu vực công cộngMiễn phíNhà hàngQuầy lễ tân (24 giờ)Gọi đánh thức\nCách khách sạn khoảng (25 phút) khi đi ô tô (9 km)\nJin Gang Hotel | Jin Du Hotel | Junyi Chain Hotel (Luohe Xintiandi) | Moore Harbor Fashion Hotel | Jinhangong Express Hotel | Four Points by Sheraton Luohe | Dadonghai Jinyuan Hotel | Changshen Yijiaren Hotel | Guest Hotel of Luohe | Changjian Business Hotel | Chuqi Express Hotel | Yehai Ruijing Hotel | liangji hotel | Gujing Junlai Hotel (Luhe Convention & Exhibition Center) | Luoman Holiday Hotel | Shengtang Guobin Hotel | Luo He Shuxin fashionable Hot Spring Hotel | Tengtai Express Hotel | Luohe Jinhui Express Hotel | QIMO.QIANXI Hotel


url: =Metal Madera de China, lista de productos de Metal Madera de China en es.Made-in-China.com-página 429\nGuangdong (117493) Zhejiang (49137) Shandong (39208) Jiangsu (28435)\nFujian (21428) Shanghai (10263) Hunan (5815) Henan (5233)\nAnhui (4841) Hubei (4172) Jiangxi (2238) Guangxi (2049)\nChongqing (1439) Liaoning (755) Sichuan (610) Shaanxi (348)\nJilin (174) Gansu (14) Hainan (14) Heilongjiang (14)\nTopbright muro cortina exterior de metal de aluminio\nNo. de Modelo:TB-46\nShina puerta plegable de fábrica con el estándar de Australia\nNo. de Modelo:PNOC\nChina como2047 Ventana deslizante, el francés de la puerta y ventana deslizante\nComo2047 Ventana deslizante, Norma Francesa de la puerta y ventana deslizante\nComo2208 ventana deslizante. Ventanas de aluminio cumplir la norma australiana\nPersonalizar la ventana de vidrio corredizas de aluminio con cristal de seguridad\nQuanlity alto ISO como ce2047 Puerta corrediza de vidrio aluminio\nNo. de Modelo:PNOC080210LS\nLos precios de las puertas correderas de aluminio de Filipinas\nNo. de Modelo:PNOC007SLD\nShaftless el tornillo sinfín transportador para el tratamiento de aguas residuales\nBuena calidad de Cinta transportadora de acero inoxidable\nPrecio FOB de Referencia: US $ 2660 / Pieza\nNo. de Modelo:FM J1390\nTrabajo de la madera máquina de grabado CNC\nPiezas de Maquinaria de Elaboración de Metal (2616)\nFresadora para Madera (8286)\nMáquina de Grabado Mecánico (6018)\nSilla de Restaurante (4593)\nRefrigeración por agua (5320)\nIndustria Carpintería (4782)\nMaquinaria Textil (4448)\nIndustria del calzado (4419)\nIndustria automotriz (3881)\nMaquinaria de Alimentos (2515)\nEquipo Ambiental (2515)\nAgricultura Maquinaria (2456)\nPetróleo Fabricación de Maquinaria (2413)\nNo metal (4041)\nOnda continua Laser (3489)\nTipo Gantry (2820)\nLáser gaseoso (2776)\nLaser Sólido (319)


url: =dblp: Yuanyuan Yang\nYuan-yuan Yang – Yuan-Yuan Yang\nYuanyuan Yang 0001 — Stony Brook University, Department of Electrical and Computer Engineering, NY, USA (and 3 more)\nYuanyuan Yang 0002 — City University of Hong Kong, Kowloon, Hong Kong, SAR, China\nYuanyuan Yang 0003 — University of Electronic Science and Technology of China, School of Resources and Environment, Chengdu, China\nYuanyuan Yang 0004 — China Jiliang University, China\nYuanyuan Yang :\nOptimization Strategy of IoT Sensor Configuration Based on Genetic Algorithm-Neural Network. J. Sensors 2021: 5098013:1-5098013:12 (2021)\nYucheng He , Baoliang Zhao , Xiaozhi Qi , Shibo Li , Yuanyuan Yang, Ying Hu :\nAutomatic Surgical Field of View Control in Robot-Assisted Nasal Surgery. IEEE Robotics Autom. Lett. 6(1): 247-254 (2021)\nYuanyuan Yang, Rwitajit Majumdar, Huiyong Li, Gökhan Akçapinar, Brendan Flanagan, Hiroaki Ogata:\nA framework to foster analysis skill for self-directed activities in data-rich environment. Res. Pract. Technol. Enhanc. Learn. 16(1): 22 (2021)\nYanan Yang, Duoduo Zhang, Xiaoqian Mou, Yuanyuan Yang:\nChanging Children's Behavior Based on Persuasive Game: Design for Children's Safety Education. AHFE (11) 2021: 142-148\nRwitajit Majumdar, Aditi Kothiyal, Shitanshu Mishra, Prajakt Pande , Huiyong Li, Yuanyuan Yang, Hiroaki Ogata, Jayakrishnan Madathil Warriem:\nDesign of a Critical Thinking Task Environment based on ENaCT framework. ICALT 2021: 294-296\nYongheng Deng, Feng Lyu, Ju Ren, Yongmin Zhang, Yuezhi Zhou, Yaoxue Zhang, Yuanyuan Yang:\nSHARE: Shaping Data Distribution at Edge for Communication-Efficient Hierarchical Federated Learning. ICDCS 2021: 24-34\nMengqian Zhang, Yukun Cheng, Xiaotie Deng, Bo Wang, Jan Xie, Yuanyuan Yang, Jiarui Zhang:\nAccelerating Transactions Relay in Blockchain Networks via Reputation. IWQoS 2021: 1-10\nJiarui Zhang, Yaodong Huang, Fan Ye, Yuanyuan Yang:\nA Novel Proof-of-Reputation Consensus for Storage Allocation in Edge Blockchain Systems. IWQoS 2021: 1-10\nYun Qi, Yuanyuan Yang, Wenjiang Shen:\nResearch on Key Technology of Novel RF MEMS Switch Designing and Fabricating. NEMS 2021: 358-363\nJianping Gou , Yuanyuan Yang, Zhang Yi , Jiancheng Lv, Qirong Mao, Yongzhao Zhan:\nDiscriminative globality and locality preserving graph embedding for dimensionality reduction. Expert Syst. Appl. 144: 113079 (2020)\nHao Wang, Yuan-Yuan Yang, Yang Pan, Peng Han, Zhong-Xiao Li, He-Guang Huang, Shun-Zhi Zhu:\nDetecting thoracic diseases via representation learning with adaptive sampling. Neurocomputing 406: 354-360 (2020)\nYangfan Ni, Yuanyuan Yang, Dezhong Zheng, Zhe Xie, Haozhe Huang, Weidong Wang:\nThe Invasiveness Classification of Ground-Glass Nodules Using 3D Attention Network and HRCT. J. Digit. Imaging 33(5): 1144-1154 (2020)\nYongfei Yang, Zhongliang Jiang, Yuanyuan Yang, Xiaozhi Qi, Ying Hu, Jianjun Du, Bing Han, Guiqin Liu:\nSafety Control Method of Robot-Assisted Cataract Surgery with Virtual Fixture and Virtual Force Feedback. J. Intell. Robotic Syst. 97(1): 17-32 (2020)\nZhe Xie, Tonghui Ling, Yuanyuan Yang, Rong Shu, Brent J. Liu:\nOptic Disc and Cup Image Segmentation Utilizing Contour-Based Transformation and Sequence Labeling Networks. J. Medical Syst. 44(5): 96 (2020)\nYuanyuan Yang, Yong Wang:\nUsing the BFAST Algorithm and Multitemporal AIRS Data to Investigate Variation of Atmospheric Methane Concentration over Zoige Wetland of China. Remote. Sens. 12(19): 3199 (2020)\nYubo Zhang , Zhuoran Yang, Jiuchun Yang, Yuanyuan Yang , Dongyan Wang, Yucong Zhang, Fengqin Yan, Lingxue Yu , Liping Chang, Shuwen Zhang:\nA Novel Model Integrating Deep Learning for Land Use/Cover Change Reconstruction: A Case Study of Zhenlai County, Northeast China. Remote. Sens. 12(20): 3314 (2020)\nResearch on the Development of Automatic Dialect Identification Technology Based on Language Recognition. AIAM 2020: 135-139\nRwitajit Majumdar, Huiyong Li , Yuanyuan Yang, Brendan Flanagan, Gökhan Akçapinar, Hiroaki Ogata:\nOh! Another Deadline: Cohort Analysis of Learner's Behaviors in Self-Directed Tasks. ICALT 2020: 259-261\nYiming Zeng, Yaodong Huang, Ji Liu, Yuanyuan Yang:\nPrivacy-Preserving Distributed Edge Caching for Mobile Data Offloading in 5G Networks. ICDCS 2020: 541-551\nYameng Zhang, Tong Liu, Yanmin Zhu, Yuanyuan Yang:\nA Deep Reinforcement Learning Approach for Online Computation Offloading in Mobile Edge Computing. IWQoS 2020: 1-10\nJiarui Zhang, Yukun Cheng, Xiaotie Deng, Bo Wang, Jan Xie, Yuanyuan Yang, Mengqian Zhang:\nPreventing Spread of Spam Transactions in Blockchain by Reputation. IWQoS 2020: 1-6\nYuanyuan Yang, Hui Li, Xiangdong Cheng, Xin Yang, Yaoguang Huo:\nA High Security Signature Algorithm Based on Kerberos for REST-style Cloud Storage Service. UEMCON 2020: 176-182\nJian Huang, Yuling Jiao , Lican Kang, Jin Liu, Yanyan Liu, Xiliang Lu, Yuanyuan Yang:\nOn Newton Screening. CoRR abs/2001.10616 (2020)\nLong Lei, Xiaozhi Qi, Shibo Li, Yuanyuan Yang, Ying Hu, Bing Li , Shijia Zhao, Yanfang Zhang:\nFinite element analysis for fatigue behaviour of a self-expanding Nitinol peripheral stent under physiological biomechanical conditions. Comput. Biol. Medicine 104: 205-214 (2019)\nDan Wang, Fangming Liu, Wei Bao, Lin Wang, Jiangchuan Liu, Yuanyuan Yang, Weisong Shi:\nEditorial of CCF transactions on networking: special issue on edge computing and networking. CCF Trans. Netw. 2(1): 1-3 (2019)\nYuanyuan Yang, Yonghong Tian, Tiejun Huang:\nMultiscale video sequence matching for near-duplicate detection and retrieval. Multim. Tools Appl. 78(1): 311-336 (2019)\nMu Lu, Yu Wang, Yuanyuan Yang, Yu Sun, Jiawei Liang, Ying Hu, Shoubin Liu, Lining Sun:\nProthesis sensor used for soft tissue balancing in total knee arthroplasty. CBS 2019: 328-334\nBaiyu Chen, Da Fu, Yuanyuan Yang:\nInteraction Steady State Transportation Network and Planning Optimization Model. CSIA 2019: 771-780\nRwitajit Majumdar, Yuanyuan Yang, Huiyong Li , Gökhan Akçapinar, Brendan Flanagan, Hiroaki Ogata:\nShasha Luo, Qinli Yang, Hongcai Wu, Jiaming Liu, Guoqing Wang, Yong Wang, Yuanyuan Yang:\nDynamic Attribution Analysis for Runoff Change Integrating Landsat-Derived Land Use Dynamics with Swat Model. IGARSS 2019: 6413-6416\nSoil Moisture Retrieval Using Multi-Temporal Sentinel-1 Sar Datasets in Zoige Wetland, China. IGARSS 2019: 7093-7096\nA Vision towards Pervasive Edge Computing. MSWiM 2019: 1\nJiawei Liang, Yuanyuan Yang, Yu Wang, Shoubin Liu, Mu Lu, Shiqi Song, Peng Zhang:\nVariable Admittance Control for Human-Robot Collaboration in Robot-Assisted Orthopedic Surgery. ROBIO 2019: 1544-1550\nYanru Miao, Yu Sun, Shibo Li, Peng Zhang, Yuanyuan Yang, Ying Hu:\nSpinal Neoplasm Image Inpainting with Deep Convolutional Neutral Networks. ROBIO 2019: 2619-2624\nQiuyue Wei, Bo Shang, Hongbo Kang, Yan Liu, Yuanyuan Yang, Jingquan Hao:\nThe Design of Intelligent Information Release System. SSCI 2019: 2869-2873\nYu Chen, Yuanyuan Yang, Yaochu Jin, Xiufen Zou:\nIdentification of Interaction Clusters Using a Semi-supervised Hierarchical Clustering Method. CoRR abs/1910.08864 (2019)\nZiqiang Ma, Lianqing Zhou, Wu Yu, Yuanyuan Yang, Hongfen Teng , Zhou Shi :\nImproving TMPA 3B43 V7 Data Sets Using Land-Surface Characteristics and Ground Observations on the Qinghai-Tibet Plateau. IEEE Geosci. Remote. Sens. Lett. 15(2): 178-182 (2018)\nJiao Yao , Kaimin Zhang, Yuanyuan Yang, Jin Wang :\nEmergency vehicle route oriented signal coordinated control model with two-level programming. Soft Comput. 22(13): 4283-4294 (2018)\nDuoduo Zhang, Yuanyuan Yang, Tie Ji, Huiling Xie, Yuwei He:\nDesigning Craft Learning Experience for Rural Children: A Case Study on Huayao Cross-Stitch in Southwest China. HCI (12) 2018: 117-132\nWei Bao, Wugedele Bao, Jinhua Du, Yuanyuan Yang, Xiaobing Zhao:\nAttentive Siamese LSTM Network for Semantic Textual Similarity Measure. IALP 2018: 312-317\nDi Tang, Jian Gu, You Yu, Yuanyuan Yang, Weijia Han, Xiao Ma:\nSource-Location Privacy Based on Dynamic Mix-Ring in Wireless Sensor Networks. ICNC 2018: 327-331\nHong-Mei Yan, Xiao-jian Yi, Hui-Na Mu, Yu-Quan Wen, Hou Peng, Yuan-Yuan Yang:\nMisfire Detection on Internal Combustion Engine Based on Fluctuation of Exhaust Gas Temperature. ICPHM 2018: 1-6\nYuan-Yuan Yang, Hui-Na Mu, Guang-Liang Chen, Xiao-jian Yi, Hong-Mei Yan, Chen Liu:\nReliability Modeling and Analysis of Nuclear Power System with Common Signal Based on Goal-oriented (GO) Method. IEEM 2018: 247-251\nRuixia Liu, Yinglong Wang, Minglei Shu, Yuanyuan Yang:\nSpectral Efficiency of Wireless Body Area Networks Coexistence. ISCID (1) 2018: 335-338\nYuanyuan Yang, Yixiong Zou, Yemin Shi, Qingsheng Yuan, Yaowei Wang, Yonghong Tian:\nFast Compressed Domain Copy Detection with Motion Vector Imaging. MIPR 2018: 396-401\nShufan Yu, Qingtang Liu, Suxiao Xu, Yuanyuan Yang, Linjing Wu:\nDesign and Practice of Exploratory Virtual Experiment in Physics Discipline. TALE 2018: 1053-1057\nXiaoping Wang, Yuanyuan Yang, Lin Chen, Shuai Li:\nA non-volatile comparator based on 1T1M crossbar arrays using memristor-aided logic. IECON 2017: 5685-5689\nQi Jiang , Xinxin Lian, Chao Yang, Jianfeng Ma, Youliang Tian, Yuanyuan Yang:\nA bilinear pairing based anonymous authentication scheme in wireless body area networks for mHealth. J. Medical Syst. 40(11): 231:1-231:10 (2016)\nQi Jiang , Jianfeng Ma, Fushan Wei, Youliang Tian, Jian Shen, Yuanyuan Yang:\nAn untraceable temporal-credential-based two-factor authentication scheme using ECC for wireless sensor networks. J. Netw. Comput. Appl. 76: 37-48 (2016)\nYuanyuan Yang, Lei Wang, Jiubin Tan, Bo Zhao:\nInduced Voltage Linear Extraction Method Using an Active Kelvin Bridge for Disturbing Force Self-Sensing. Sensors 16(5): 739 (2016)\nQi Jiang , Bingyan Li, Jianfeng Ma, Youliang Tian, Yuanyuan Yang:\nCryptanalysis and Improvement of a Smart Card Based Mutual Authentication Scheme in Cloud Computing. ICCCS (1) 2016: 311-321\nDong Li, Xing-peng Zhang , Yu-ting Hu, Yuan-yuan Yang:\nAdaptive impulsive synchronization of fractional order chaotic system with uncertain and unknown parameters. Neurocomputing 167: 165-171 (2015)\nYiyong Lan, Haifeng Liu, Yuanyuan Yang:\n少数民族语言文字网站的自动识别和采集 (Minority Language Websites' Automatic Identification and Collection). 计算机科学 42(Z6): 79-82 (2015)\nHosung Chun, Yuanyuan Yang, Torsten Lehmann:\nSafety Ensuring Retinal Prosthesis With Precise Charge Balance and Low Power Consumption. IEEE Trans. Biomed. Circuits Syst. 8(1): 108-118 (2014)\nYuan-Yuan Yang, Yi-Chi Wei, Che-Hsin Lin:\nHigh performance thread-based CE-EC system with variable volume injection capability and 3D detection electrodes. NEMS 2014: 494-497\nYuanyuan Yang, Hosung Chun, Torsten Lehmann:\nDual-Stacked Current Recycling Linear Regulators With 48% Power Saving for Biomedical Implants. IEEE Trans. Circuits Syst. I Regul. Pap. 60-I(7): 1946-1958 (2013)\nPower Saving Circuit Design Techniques for Implantable Neuro-Stimulators. J. Circuits Syst. Comput. 21(6) (2012)\nTorsten Lehmann, Louis H. Jung, Yashodhan Moghe, Hosung Chun, Yuanyuan Yang, Asish Zac Alex:\nLow-power circuit structures for chip-scale stimulating implants. APCCAS 2012: 312-315\nRequired matching accuracy of biphasic current pulse in multi-channel current mode bipolar stimulation for safety. EMBC 2012: 3025-3028\nManish Parashar, Dinesh K. Kaushik, Omer F. Rana, Ravi Samtaney, Yuanyuan Yang, Albert Y. Zomaya:\nContemporary Computing - 5th International Conference, IC3 2012, Noida, India, August 6-8, 2012. Proceedings. Communications in Computer and Information Science 306, Springer 2012, ISBN 978-3-642-32128-3 [contents]\nWeibo Liu, Wenping Ma, Yuanyuan Yang:\nAnalysis and Improvement of the BAN Modified Andrew Secure RPC Protocol. J. Networks 6(4): 662-669 (2011)\nDaqi Zhu, Yuanyuan Yang, Mingzhong Yan:\nPath planning algorithm for AUV based on a Fuzzy-PSO in dynamic environments. FSKD 2011: 525-530\nZhiyang Guo, Yuanyuan Yang:\nPipelining multicast scheduling in all-optical packet switches with delay guarantee. International Teletraffic Congress 2011: 174-181\nDawei Gong, Miao Zhao, Yuanyuan Yang:\nTopology control and channel assignment in lossy wireless sensor networks. International Teletraffic Congress 2011: 222-229\nMiao Zhao, Ji Li, Yuanyuan Yang:\nJoint mobile energy replenishment and data gathering in wireless rechargeable sensor networks. International Teletraffic Congress 2011: 238-245\nYuanyuan Yang, Wenping Ma, Weibo Liu, Qi Jiang :\nSecurity Analysis of the Newest ID-Transfer Scheme for Low-Cost RFID Tags. IEICE Trans. Fundam. Electron. Commun. Comput. Sci. 93-A(10): 1837-1839 (2010)\nLin Liu, Yuanyuan Yang:\nEnergy-aware routing in hybrid optical network-on-chip for future multi-processor system-on-chip. ANCS 2010: 18\nYuanyuan Yang, Bing Chen:\nIntegration Techniques of Heterogeneous Hydraulic Models. CSO (1) 2009: 179-182\nNuo Wei, Qiang Guo, Jia-liang Lv, Yuan-Yuan Yang:\nA Spanning Subtree Based Multi-channel Time Synchronization Algorithm for Sensor Networks. ICESS 2009: 519-523\nMiao Zhao, Ming Ma, Yuanyuan Yang:\nMobile Data Gathering with Space-Division Multiple Access in Wireless Sensor Networks. INFOCOM 2008: 1283-1291\nWu-chi Feng, Yuanyuan Yang, Gagan Agrawal:\n37th International Conference on Parallel Processing - Workshops, 8-12 September 2008, Portland, Oregon, USA. IEEE Computer Society 2008, ISBN 978-0-7695-3375-9 [contents]\nZhenghao Zhang, Yuanyuan Yang:\nOn-line optimal wavelength assignment in WDM networks with shared wavelength converter pool. IEEE/ACM Trans. Netw. 15(1): 234-245 (2007)\nHung Q. Ngo, Dazhen Pan, Yuanyuan Yang:\nOptical switching networks with minimum number of limited-range wavelength converters. IEEE/ACM Trans. Netw. 15(4): 969-979 (2007)\nA novel analytical model for switches with shared buffer. IEEE/ACM Trans. Netw. 15(5): 1191-1203 (2007)\nFair Scheduling in Optical Burst Switching Networks. International Teletraffic Congress 2007: 166-178\nOptical Packet Switches Enhanced with Electronic Buffering and Fixed Wavelength Conversion. International Teletraffic Congress 2007: 179-191\nOpportunistic Medium Access Control in MIMO Wireless Mesh Networks. International Teletraffic Congress 2007: 458-470\nOptimal Parallel Scheduling Algorithms in WDM Packet Interconnects. Handbook of Parallel Computing 2007\nPipelined two step iterative matching algorithms for CIOQ crossbar switches. ANCS 2005: 41-50\nAdaptive Triangular Deployment Algorithm for Unattended Mobile Sensor Networks. DCOSS 2005: 20-34\nOn-line optimal wavelength assignment in WDM networks with shared wavelength converter pool. INFOCOM 2005: 694-705\nCredit based fair scheduling for packet switched networks. INFOCOM 2005: 843-854\nA prioritized battery-aware routing protocol for wireless ad hoc networks. MSWiM 2005: 45-52\nOptimal Scheduling Algorithms in WDM Optical Interconnects with Limited Range Wavelength Conversion Capability. Asia-Pacific Computer Systems Architecture Conference 2004: 335-348\nPrioritized scheduling in WDM packet switching networks with limited range wavelength conversion. GLOBECOM 2004: 1823-1827\nA new design for WDM packet switching networks with wavelength conversion and recirculating buffering. ICC 2004: 1816-1820\nChi Ma, Ming Ma, Yuanyuan Yang:\nData-centric energy efficient scheduling for densely deployed sensor networks. ICC 2004: 3652-3656\nYuanyuan Yang, S. Q. Zheng, Dominique Verchère:\nGroup Switching for DWDM Optical Networks. ICCCN 2004: 193-198\nDistributed QoS-Aware Scheduling Algorithm for WDM Optical Interconnects with Arbitrary Wavelength Conversion Capability. ICPP 2004: 301-308\nFIFO Based Multicast Scheduling Algorithm for VOQ Packet Switches. ICPP 2004: 318-325\nOptimal Parallel Scheduling Algorithm for WDM Optical Interconnects with Recirculating Buffering. ICPP 2004: 458-465\nHui Zhang, Yuanyuan Yang:\nCost-Effective Unique-Path WDM Optical Interconnects. IPDPS 2004\nPerformance modeling of bufferless WDM packet switching networks with wavelength conversion. GLOBECOM 2003: 2498-2502\nXiangdong Qin, Yuanyuan Yang:\nNetwork-wide blocking probability in sparse limited wavelength convertible WDM networks. GLOBECOM 2003: 3727-3731\nMulticast scheduling in WDM switching networks. ICC 2003: 1458-1462\nPerformance analysis of k-fold multicast networks. GLOBECOM 2002: 2385-2389\nA cost-effective construction for WDM multicast switching networks. ICC 2002: 2902-2906\nSiu Wai Lo, Chih-Bin Lee, Yuanyuan Yang:\nCrosscut Flooding in Ad Hoc Wireless Networks. JCIS 2002: 271-275\nOptical Crossconnect Architectures for Wavelength Routed WDM Networks. JCIS 2002: 290-294\nH. John Caulfield, Shu-Heng Chen, Heng-Da Cheng, Richard J. Duro, Vasant G. Honavar, Etienne E. Kerre, Mi Lu, Manuel Graña Romay, Timothy K. Shih, Dan Ventura, Paul P. Wang, Yuanyuan Yang:\nProceedings of the 6th Joint Conference on Information Science, March 8-13, 2002, Research Triangle Park, North Carolina, USA. JCIS / Association for Intelligent Machinery, Inc. 2002, ISBN 0-9707890-1-7 [contents]\nPeng-Jun Wan, Yuanyuan Yang:\nLoad-balanced routing in counter rotated SONET rings. Networks 35(4): 279-286 (2000)\nYang Wang, Yuanyuan Yang:\nMulticasting in a class of multicast-capable WDM networks. ICCCN 2000: 184-191\nLoad Balancing in Counter-Rotated SONET Rings. ICPP 1999: 542-550\nPeng-Jun Wan, Liwu Liu, Yuanyuan Yang:\nOptimal Routing Based on Super Topology in Hypercube WDM Networks. LCN 1999: 142-149\nAdaptive recognition of Chinese characters: imitation of psychological process in machine recognition. IEEE Trans. Syst. Man Cybern. Part A 28(3): 253-265 (1998)\nChunling Zhou, Yuanyuan Yang:\nOn the number of wavelengths required to embed multicast assignments in WDM networks. Multichannel Optical Networks: Theory and Practice 1998: 85-107\nNonblocking and almost nonblocking multicast switching networks. Robust Communication Networks: Interconnection and Survivability 1998: 107-126\nYuanyuan Yang, Neil H. Kessler:\nModeling the blocking behavior of Clos networks. Advances in Switching Networks 1997: 85-102\nThe Performance of Multicast Banyan Networks. ICCCN 1997: 51-59\nYuanyuan Yang, Gerald M. Masson:\nThe Necessary Conditions for Clos-Type Nonblocking Multicast Networks. IPPS 1996: 789-795\nA Class of Interconnection Networks for Multicasting. IPPS 1996: 796-802\nYuanyuan Yang, Lan Jin:\nAnalysis of a Kind of Fault-Tolerant Interconnection Network. ICPP 1986: 335-342\n[j32] [c71] [c64]\nAsish Zac Alex\n[j13] [c46] [c44]\nH. John Caulfield\nYu Chen 0001\n[j13] [j12] [j11] [c46] [j10] [c45] [c44] [c43]\nRichard J. Duro\naka: Manuel Graña Romay\nYing Hu 0001\n[j33] [j28] [j24] [c66] [c59]\nJian Huang 0003\nQi Jiang 0001\n[j18] [j17] [c48] [j7]\nLouis H. Jung


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url: =Tianbao Things Cloud Sharing Co., Limited\nJohn 2021-09-05 17:00:47 HK Company\nTianbao Things Cloud Sharing Co., Limited is a Hong Kong company(Private Company Limited by Shares), company number is 2459033, registered address is RM 1605C HO KING COMM CTR 2-16 FA YUEN ST MONGKOK KLN, HONG KONG. Its email is [email protected] Its business number is 66986476.\nIn our records, Tianbao Things Cloud Sharing Co., Limited changed its secretary 1 times, first secretary is CHINA KIMFONE BUSINESS LIMITED, address is RM 1605C HO KING COMM CTR 2-16 FA YUEN ST MONGKOK KLN, HONG KONG, now the secretary is HONG KONG VFON BUSINESS TECHNOLOGY CO., LIMITED (ID 1403334), appointed on April 8, 2018, telephone number is 6158 8111, fax number is 6991 7688, address is RM 1605A HO KING COMM CTR 2-16 FA YUEN ST MONGKOK KLN, HONG KONG.\nTianbao Things Cloud Sharing Co., Limited has 2 founders, namely DUAN MIMI, address is Zhongwangjiao Village, Niucheng Township, Lingshou County, Shijiazhuang City, Hebei Province, China, owns 5,200 shares of the company, WEI, RIHOU, address is Xiebao Village, Liujing Town, Beiliu City, Guangxi, China, owns 4,800 shares of the company.\nTianbao Things Cloud Sharing Co., Limited has 2 first directors, namely DUAN MIMI, address is Zhongwangjiao Village, Niucheng Township, Lingshou County, Shijiazhuang City, Hebei Province, China, WEI, RIHOU, Xiebao Village, Liujing Town, Beiliu City, Guangxi, China.\nTianbao Things Cloud Sharing Co., Limited now has 1 shareholder, named 韋日厚WEI, RIHOU (Address: Xiebao Village, Liujing Town, Beiliu City, Guangxi, China), owns 10,000 shares of the company.\nTianbao Things Cloud Sharing Co., Limited has 1 current directors, namely WEI, RIHOU.