url: =Earliest tea as evidence for one branch of the Silk Road across the Tibetan Plateau. - UCL Discovery\nEarliest tea as evidence for one branch of the Silk Road across the Tibetan Plateau.\nLu, H; Zhang, J; Yang, Y; Yang, X; Xu, B; Yang, W; Tong, T; ... Wu, N; + view all Lu, H; Zhang, J; Yang, Y; Yang, X; Xu, B; Yang, W; Tong, T; Jin, S; Shen, C; Rao, H; Li, X; Lu, H; Fuller, DQ; Wang, L; Wang, C; Xu, D; Wu, N; - view fewer (2016) Earliest tea as evidence for one branch of the Silk Road across the Tibetan Plateau. Sci Rep , 6 p. 18955. 10.1038/srep18955.\nChina earliest Tea published.pdf - ["content_typename_Published version" not defined]\nPhytoliths and biomolecular components extracted from ancient plant remains from Chang'an (Xi'an, the city where the Silk Road begins) and Ngari (Ali) in western Tibet, China, show that the tea was grown 2100 years ago to cater for the drinking habits of the Western Han Dynasty (207BCE-9CE), and then carried toward central Asia by ca.200CE, several hundred years earlier than previously recorded. The earliest physical evidence of tea from both the Chang'an and Ngari regions suggests that a branch of the Silk Road across the Tibetan Plateau, was established by the second to third century CE.


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url: =BME MTF Equity | Data of THE MELTING POT INVESTMENT, SICAV, S.A.\n2,328 2,087 4,863 4,820 4,748\n5.5000 5.0500 4.1800 4.2800 4.1249\n- 5.1000 - - -\n2,126 1,751 3,377 3,427 3,253\n80 87 1,154 7 12\n458 450 5,017 31 51\n21/02/2022 THE MELTING POT INVESTMENT, SICAV, S.A. Relevant Fact: Baja/Disolución/Liquidación/Absorción Propuesta de disolución y liquidación de la Sociedad (161 KB)\n31/01/2022 THE MELTING POT INVESTMENT, SICAV, S.A. Relevant Fact: Baja/Disolución/Liquidación/Absorción Propuesta de disolución y liquidación de la Sociedad (165 KB)


url: =Chang, Li-Chun Zheng, Yu-Zhe Chen, Yung-I Chang, Shan-Chun Liu, Bo-Wei, “Bonding Characteristics and Chemical Inertness of Zr-Si-N Coatings with a High Si Content in Glass Molding“, Coatings,8(5),pp.181-1,pp.181-14,2018, 【SCIE ＆EI 】\nHsu, Hsiang-Lin Hsiao, Hsiang-Tse Juang, Tzong-Yuan Jiang, Bing-Huang Chen, Sheng-Chi Jeng, Ru-Jong Chen, Chih-Ping, “Carbon Nanodot Additives Realize High-Performance Air-Stable p-i-n Perovskite Solar Cells Providing Efficiencies of up to 20.2%“, Advanced Energy Materials,8(34),pp. 1802323-1,pp. 1802323-6,2018, 【SCIE ＆EI 】\nHsu, Hsiang-Lin Hsiao, Hsiang-Tse Juang, Tzong-Yuan Jiang, Bing-Huang Chen, Sheng-Chi Jeng, Ru-Jong Chen, Chih-Ping, “Carbon Nanodot Additives Realize High-Performance Air-Stable p-i-n Perovskite Solar Cells Providing Efficiencies of up to 20.2%“, Advanced Energy Materials,8(34),pp. 1802323-1,pp. 1802323-9,2018, 【SCIE ＆EI 】\nJuang, Tzong-Yuan Kao, Jui-Chih Wang, Jian-Cheng Hsu, Shuo-Yen Chen, Chih-Ping, “Carbonized Bamboo-Derived Carbon Nanodots as Efficient Cathode Interfacial Layers in High-Performance Organic Photovoltaics“, Advanced Materials Interfaces,5(10),pp. 1800031-1,pp. 1800031-8,2018, 【SCIE ＆EI 】\nLou, Bih-Show Wang, Si-Bu Hung, Sheng-Bo Wang, Chaur-Jeng Lee, Jyh-Wei, “Characterization of plasma polymerized organosilicon thin films deposited on 316L stainless steel“, Thin Solid Films,660,pp.637,pp.645,2018, 【SCIE ＆EI 】\nCheng, Yu-Chin, Fu, Chun-Chieh, Hsiao, Yu-Sheng, Chien, Chu-Chun, Juang, Ruey-Shin, “Clearance of low molecular-weight uremic toxins p-cresol, creatinine, and urea from simulated serum by adsorption“, Journal of Molecular Liquids,252,pp.203,pp.210,2018, 【SCIE ＆EI 】\nRath, Purna Chandra Patra, Jagabandhu Saikia, Diganta Mishra, Mrinalini Tseng, Chuan-Ming Chang, Jeng-Kuei Kao, Hsien-Ming, “Comparative Study on the Morphology-Dependent Performance of Various CuO Nanostructures as Anode Materials for Sodium-Ion Batteries“, Acs Sustainable Chemistry & ENGINEERING,6(8),pp. 10876,pp. 10885,2018, 【SCIE ＆EI 】\nLi, Zheng-Long Chen, Yen-Yu Wang, Chaur-Jeng Lee, Jyh-Wei, “Comparison of chromium carbide thin films grown by different power supply systems“, Surface & Coatings Technology,353,pp.329,pp.338,2018, 【SCIE ＆EI 】\nLai, Shin-Mei Chen, Yin-Ying Liu, Chien-Pan Hsieh, Chien-Kuo Lin, Jeng-Yu, “Degradation of inhibitor in alkaline cleaning solution for post-Cu CMP cleaning“, Surface & Coatings Technology,350,pp.1080,pp.1084,2018, 【SCIE ＆EI 】\nCho, Cheng-Lin Kao, Hsuan-ling Wu, Yung-Hsien Chang, Li-Chun Cheng, Chun-Hu, “Direct Fabrication of Inkjet-Printed Dielectric Film for Metal-Insulator-Metal Capacitors“, Journal of Electronic Materials,47(1),pp.677,pp.683,2018, 【SCIE ＆EI 】\nChang-Jian, Cai-Wan, Ho, Bo-Cheng, Chung, Chuan-Kai, Chou, Jia-An Chung, Chieh-Lin, Huang, Jen-Hsien, Huang, Jui-Hsiung, Hsiao, Yu-Sheng, “Doping and surface modification enhance the applicability of Li4Ti5O12 microspheres as high-rate anode materials for lithium ion batteries“, Ceramics International,44(18),pp.23063,pp.23072,2018, 【SCIE ＆EI 】\nChen, S. C. Jen, S. U. Chen, R. Z. Lu, C. F. Wang, C. M. Kuo, P. C., “Effect of Cu, Cu/Ru, or Ru/Cu seed-layer on perpendicular magnetic anisotropy of Co80Pt20 films“, Journal of Magnetism and Magnetic Materials,459,pp.106,pp.111,2018, 【SCIE ＆EI 】\nTiwari, Saurabh Khatun, Nasima Rajput, Parasmani Bhattacharya, Dibyendu Jha, S. N. Tseng, Chuan-Ming Liu, Shun-Wei Biring, Sajal Sen, Somaditya, “Effect of defect states and oxygen vacancies on optical transitions due to Co2+ substitution in CeO2“, Applied Physics A-Materials Science & Processing,124(9),pp.609-1,pp.609-12,2018, 【SCIE ＆EI 】\nChang, Chi-Lung Yang, Fu-Chi Chang, Te-Man Hwang, Jenn-Jiang, “Effect of insert mid-frequency pulses on I-V characterisation, deposition rates and properties of nc-WC/a-C:H films prepared by superimposed HiPIMS process“, Surface & Coatings Technology,350,pp.977,pp.984,2018, 【SCIE ＆EI 】\nChang, Chi-Lung Yang, Fu-Chi, “Effect of target composition on the microstructural, mechanical, and corrosion properties of TiAlN thin films deposited by high-power impulse magnetron sputtering“, Surface & Coatings Technology,352,pp.330,pp.337,2018, 【SCIE ＆EI 】\nCheng, Hao-Yu Yang, Chi-Yuan Yang, Li-Chueh Peng, Kun-Cheng Chia, Chih-Ta Liu, Shiu-Jen Lin, I-Nan Lin, Kung-Hsuan, “Effective thermal and mechanical properties of polycrystalline diamond films“, Journal of Applied Physics,123(16),pp.165105-1,pp.165105-7,2018, 【SCIE ＆EI 】\nYeh, Tsung-Her Lin, Ruei-De Cherng, Bo-Ruei Cherng, Jyh-Shiarn, “Effects of sputtering mode on the microstructure and ionic conductivity of yttria-stabilized zirconia films“, Journal of Crystal Growth,489,pp.57,pp.62,2018, 【SCIE ＆EI 】\nHu, Xuefeng Lee, Jyh-Wei Zheng, Xi Zhang, Junhua Lin, Xin Song, Yingnan Wang, Bingmei Hu, Xiaoxiao Chang, Hao-Hueng Chen, Yiping Lin, Chun-Pin Zhang, Yanding, “Efficient induction of functional ameloblasts from human keratinocyte stem cells“, Stem Cell Research & Therapy,9(126),pp.126-1,pp.126-13,2018, 【SCIE ＆EI 】\nChen, Chih-Ping Lee, I-Chan Tsai, Yao-Yu Huang, Cheng-Liang Chen, Yung-Chung Huang, Guan-Wei, “Efficient organic solar cells based on PTB7/PC71 BM blend film with embedded different shapes silver nanoparticles into PEDOT:PSS as hole transporting layers“, Organic Electronics,62,pp.95,pp.101,2018, 【SCIE ＆EI 】\nYu, Yang-Yen Tsai, Tzung-Wei Chen, Chih-Ping, “Efficient Ternary Organic Photovoltaics Using Two Conjugated Polymers and a Nonfullerene Acceptor with Complementary Absorption and Cascade Energy-Level Alignment“,Journal of Physical Chemistry C,122(43),pp.24585,pp.24591,2018, 【SCIE ＆EI 】\nYu, Yang-Yen Tsai, Tzung-Wei Chen, Chih-Ping, “Efficient Ternary Organic Photovoltaics Using Two Conjugated Polymers and a Nonfullerene Acceptor with Complementary Absorption and Cascade Energy-Level Alignment“, Journal of Physical Chemistry C,122(43),pp.24585,pp.24591,2018,【SCIE ＆EI 】\nChen, Chih-Ping Li, Yi-Chan Tsai, Yao-Yu Lu, Yu-Wei, “Efficient ternary polymer solar cells with a shelf-life stability for longer than 410 days“, Solar Energy Materials And Solar Cells,183,pp.120,pp.128,2018, 【SCIE ＆EI 】\nAnuratha, Krishnan Shanmugam Peng, Hsiao-Shan Hsieh, Chien-Kuo Xiao, Yaoming Lin, Jeng-Yu, “Electrochemical formation of TiO2 porous layer for perovskite solar cells“, Thin Solid Films,660,pp.720,pp.724,2018, 【SCIE ＆EI 】\nLin, Yan-Cheng Chen, Chun-Hao He, Yu-Zhen Chen, Sheng-Chi Chuang, Tung-Han, “Electrolytic Migration of Ag-Pd Alloy Wires with Various Pd Contents“, Journal of Electronic Materials,47(7),pp.3634,pp.3638,2018, 【SCIE ＆EI 】\nHsu, Hsiang-Lin Chao, Ying-Chieh Liao, Yu-Hua Chung, Chung-Lin Peng, Ya-Juan Chen, Chih-Ping Jeng, Ru-Jong, “Embedding a Diketopyrrolopyrrole-Based Cross-linking Interfacial Layer Enhances the Performance of Organic Photovoltaics“, Acs Applied Materials & Interfaces,10(10),pp.8885,pp.8892,2018, 【SCIE ＆EI 】\nChen, Chun-Hao Lin, Yan-Cheng Shih, Yu-Ting Chen, Sheng-Chi Tsai, Chih-Hsin Wang, Shang-Chih Chuang, Tung-Han, “Evaluation of Corrosion Resistance of Ag-Alloy Bonding Wires for Electronic Packaging“, Ieee Transactions on Components Packaging and Manufacturing Technology,8(1),pp.146,pp.153,2018, 【SCIE ＆EI 】\nChuan Li, J.H. Hsieh, T.Y. Su, P.L. Wu, “Experimental study on property and electrochromic function of stacked WO3/Ta2O5/NiO films by sputtering“Thin Solid Films,660,pp.373,pp.379,2018, 【SCIE ＆EI 】\nYu, Yang-Yen Teng, Chia-Fen Tseng, Ching Wang, Zhong-Qi, “Fabrication and characterization of a solution-processed electron transport layer for organic-inorganic hybrid halide perovskite photovoltaics“, Thin Solid Films,660,pp.789,pp.796,2018,【SCIE ＆EI 】\nChih-Yu Wu, Hung-Pin Hsieh, Shih-Ting Chen, Ting-Yu Liu, Hsien-Yeh Chen, “Fabrication of Functional Polymer Structures through Bottom-Up Selective Vapor Deposition from Bottom-Up Conductive Templates“, Langmuir,34(15),pp.4651,pp.4657,2018, 【SCIE ＆EI 】\nLi, Chia-Lin Chang, Jen-Chun Lou, Bih-Show Lee, Jyh-Wei Chu, Jinn P., “Fabrication of W-Zr-Si thin film metallic glasses and the influence of post-annealing treatment“, Journal of Non-Crystalline Solids,482,pp.170,pp.176,2018, 【SCIE ＆EI 】\nChang-Jian, Cai-Wan, Cho, Er-Chieh, Yen, Shih-Chieh, Ho, Bo-Cheng, Lee, Kuen-Chan, Huang, Jen-Hsien, Hsiao, Yu-Sheng, “Facile preparation of WO3/PEDOT:PSS composite for inkjet printed electrochromic window and its performance for heat shielding“, Dyes and Pigments,148,pp.465,pp.473,2018, 【SCIE ＆EI 】\nLin, Yen-Hao, Lee, Tsung-Chi, Hsiao, Yu-Sheng, Whang, Wha-Tzong, Chen, Chun-Hua, “Facile Synthesis of Diamino-Modified Graphene/Polyaniline Semi-Interpenetrating Networks with Practical High Thermoelectric Performance“, Acs Applied Materials & Interfaces,10(5),pp.4946,pp.4952,2018, 【SCIE ＆EI 】\nChen, Yih-Chun Huang, Shao-Ku Li, Shao-Sian Tsai, Yao-Yu Chen, Chih-Ping Chen, Chun-Wei Chang, Yuan Jay, “Facilely Synthesized spiro[fluorene-9,9 '-phenanthren-10 '-one] in Donor-Acceptor-Donor Hole-Transporting Materials for Perovskite Solar Cells“, Chemsuschem,11(18),pp.3225,pp.3233,2018, 【SCIE ＆EI 】\nKo, Rong-Ming Lin, Yan-Ru Chen, Ching-Yi Tseng, Pai-Feng Wang, Shui-Jinn, “Facilitating epitaxial growth of ZnO films on patterned GaN layers: A solution-concentration-induced successive lateral growth mechanism“, Current Applied Physics,18(1),pp.1,pp.11,2018, 【SCIE ＆EI 】\nJuan, P. C. Lin, K. C. Chu, H. Y. Kuo, Y. C. Wang, H. W. Shih, T. Y., “Ferroelectric of HfO2 dielectric layer sputtered with TiN or ZrN for sandwich-like metal-insulator-metal capacitors“, Microelectronics Reliability,83,pp.242,pp.248,2018, 【SCIE ＆EI 】\nCho, Cheng-Lin Kao, Hsuan-Ling Wu, Yung-Hsien Chiu, Hsien-Chin Chang, Li-Chun, “Fully Inkjet-Printed Dual-Mode Ring Bandpass Filter Using a Cross-Bridge Structure Embedded With a Metal-Insulator-Metal Capacitor“, Ieee Transactions on Components Packaging and Manufacturing Technology,8(10),pp.1869,pp.1875,2018, 【SCIE ＆EI 】\nShen, Mo-Yuan, Chen, Jie-Fu, Luo, Chun-Hao, Lee, Sangjun, Li, Cheng-Hsuan, Yang, Yung-Ling, Tsai, Yu-Han, Ho, Bo-Cheng, Bao, Li-Rong, Lee, Tien-Jung, Jan, Yu Jen, Zhu, Ya-Zhen, Cheng, Shirley, Feng, Felix Y., Chen, Peilin, Hou, Shuang, Agopian, Vatche, Hsiao, Yu-Sheng, Tseng,Hsian-Rong, Posadas, Edwin M., Yu, Hsiao-hua, “Glycan Stimulation Enables Purification of Prostate Cancer Circulating Tumor Cells on PEDOT NanoVelcro Chips for RNA Biomarker Detection“, Advanced Healthcare Materials,7(3),pp.1700701-1,pp.1700701-9,2018,【SCIE ＆EI 】\nWang, Kun-Lun Xin, Yan-Qing Zhao, Ji-Feng Song, Shu-Mei Chen, Sheng-Chi Lu, Ying-Bo Sun, Hui, “High transmittance in IR region of conductive ITO/AZO multilayers deposited by RF magnetron sputtering“, Ceramics International,44(6),pp.6769,pp.6774,2018, 【SCIE ＆EI 】\nChen, Jung-San Ting, Yi-Shao Tsou, Hui-Ming Liu, Ting-Yu, “Highly hydrophilic and antibiofouling surface of zwitterionic polymer immobilized on polydimethylsiloxane by initiator-free atmospheric plasma-induced polymerization“, Surface & Coatings Technology,344,pp.621,pp.625,2018, 【SCIE ＆EI 】\nSyu, Wei-Lin Lin, Yu-Hsuan Paliwal, Abhyuday Wang, Kuan-Syun Liu, Ting-Yu, “Highly sensitive and reproducible SERS substrates of bilayer Au and Ag nano-island arrays by thermal evaporation deposition“, Surface & Coatings Technology,350,pp.823,pp.830,2018, 【SCIE ＆EI 】\nWei, Yu-Hsuan Hsieh, Chien-Kuo Tseng, Fan-Gang, “Highly-Sensitive Non-Enzymatic Glucose Sensor via Nano Platinum Crystals Fabricated by Phase-Controlled Electrochemical Deposition“, Journal of The Electrochemical Society,165(2),pp. B48,pp. B54,2018, 【SCIE ＆EI 】\nChen, Chih-Ping Tsai, Yao-Yu Chen, Yung-Chung Li, Yan-Heng, “High-performance and long-term stable inverted ternary solar cells based on PTB7-Th/N2200/PC71BM blends“, Solar Energy,176,pp.170,pp.177,2018, 【SCIE ＆EI 】\nLou, Bih-Show Yang, Yung-Chin Qiu, Yi-Xiang Diyatmika, Wahyu Lee, Jyh-Wei, “Hybrid high power impulse and radio frequency magnetron sputtering system for TiCrSiN thin film depositions: Plasma characteristics and film properties“, Surface & Coatings Technology,350,pp.762,pp.772,2018, 【SCIE ＆EI 】\nLi, Zhi-Yue Yang, Hao-Zhi Chen, Sheng-Chi Lu, Ying-Bo Xin, Yan-Qing Yang, Tian-Lin Sun, Hui, “Impact of active layer thickness of nitrogen-doped In-Sn-Zn-O films on materials and thin film transistor performances“, Journal of Physics D-Applied Physics,51(17),pp.175101-1,pp.175101-7,2018, 【SCIE ＆EI 】\nChang, Li-Chun Cho, Cheng-Lin Bachani, Sameer Kamrudin Kao, Hsuan-Ling, “Inkjet-Printed Interdigital Bandpass Filter with Wide Stopband Using Multilayer Liquid Crystal Polymer Technique“, International Journal of Antennas and Propagation,2018,pp.6161427-1,pp.6161427-6,2018, 【SCIE ＆EI 】\nDhaiveegan, Periyathambi Peng, Hao-Ting Michalska, Monika Xiao, Yaoming Lin, Jeng-Yu Hsieh, Chien-Kuo, “Investigation of carbon coating approach on electrochemical performance of Li4Ti5O12/C composite anodes for high-rate lithium-ion batteries“, Journal of Solid State Electrochemistry,22(6),pp.1851,pp.1861,2018, 【SCIE ＆EI 】\nChuang, Tzu-Kuan Anuratha, K. S. Lin, Jeng-Yu Huang, Kai-Chen Su, Chia-Hung Hsieh, Chien-Kuo, “Low temperature growth of carbon nanotubes using chemical bath deposited Ni(OH)(2) - An efficient Pt-free counter electrodes for dye-sensitized solar cells“,Surface & Coatings Technology,344,pp.534,pp.540,2018, 【SCIE ＆EI 】\nHsieh, Cheng-Ming Liao, Yung-Sheng Lin, Yan-Ru Chen, Chih-Ping Tsai, Cheng-Min Diau, Eric Wei-Guang Chuang, Shih-Ching, “Low-temperature, simple and efficient preparation of perovskite solar cells using Lewis bases urea and thiourea as additives: stimulating large grain growth and providing a PCE up to 18.8%“, Rsc Advances,8(35),pp.19610,pp.19615,2018, 【SCIE ＆EI 】\nLi-Chun Chang, Bo-Wei Liu, Yung-I Chen, “Mechanical Properties and Oxidation Behavior of Multilayered Hf–Si–N Coatings“, Coatings,8(10),pp.354-1,pp.354-19,2018, 【SCIE ＆EI 】\nChang, Li-Chun Zheng, Yu-Zhe Chen, Yung-I, “Mechanical Properties of Zr-Si-N Films Fabricated through HiPIMS/RFMS Co-Sputtering“, Coatings,8(8),pp.263-1,pp.263-11,2018, 【SCIE ＆EI 】\nChen, Yung-I Gao, Yu-Xiang Chang, Li-Chun Ke, Yi-En Liu, Bo-Wei, “Mechanical properties, bonding characteristics, and oxidation behaviors of Nb-Si-N coatings“, Surface & Coatings Technology,350,pp.831,pp.840,2018, 【SCIE ＆EI 】\nLou, Bih-Show Lee, Jyh-Wei Tseng, Chuan-Ming Lin, Yi-Yuan Yen, Chien-An, “Mechanical property and corrosion resistance evaluation of AZ31 magnesium alloys by plasma electrolytic oxidation treatment: Effect of MoS2 particle addition“, Surface & Coatings Technology,350,pp.813,pp.822,2018, 【SCIE ＆EI 】\nLu, Jong-Hong Lin, Yi-Hung Jiang, Bing-Huang Yeh, Chun-Hung Kao, Jui-Chih Chen, Chih-Ping, “Microcavity Structure Provides High-Performance ( 8.1%) Semitransparent and Colorful Organic Photovoltaics“, Advanced Functional Materials,28(7),pp.1703398,pp.1703398,2018, 【SCIE ＆EI 】\nLu, Jong-Hong Lin, Yi-Hung Jiang, Bing-Huang Yeh, Chun-Hung Kao, Jui-Chih Chen, Chih-Ping, “Microcavity Structure Provides High-Performance ( 8.1%) Semitransparent and Colorful Organic Photovoltaics“, Advanced Functional Materials,28(7),pp.1703398-1,pp.1703398-6,2018, 【SCIE ＆EI 】\nCho, Er-Chieh, Chang-Jian, Cai-Wan, Zheng, Jia-Huei, Huang, Jen-Hsien, Lee, Kuen-Chan, Ho, Bo-Cheng, Hsiao, Yu-Sheng, “Microwave-assisted synthesis of TiO2/WS2 heterojunctions with enhanced photocatalytic activity“, Journal of The Taiwan Institute of Chemical Engineers,91,pp.489,pp.498,2018, 【SCIE ＆EI 】\nChuan Li, J.H. Hsieh, C.T. Yu, “Optical spectroscopy study for pulsed frequency powered atmospheric He plasma“, Surface & Coatings Technology,353,pp.316,pp.323,2018, 【SCIE ＆EI 】\nYen, Chia-Te Huang, Yu-Ching Yu, Zheng-Lin Cha, Hou-Chin Hsiao, Hsia-Tsai Liang, Yu-Ting Chien, Forest Shih-Sen Tsao, Cheng-Si, “Performance Improvement and Characterization of Spray-Coated Organic Photodetectors“, Acs Applied Materials & Interfaces,10(39),pp.33399,pp.33406,2018, 【SCIE ＆EI 】\nYang, Kai-Shiang Lu, Ying-Rui Hsu, Ying-Ya Lin, Chin-Jung Tseng, Chuan-Ming Liou, Sofia Ya Hsuan Kumar, Krishna Wei, Da-Hua Dong, Chung-Li Chen, Chi-Liang, “Plasmon-Induced Visible -Light Photocatalytic Activity of Au Nanoparticle-Decorated Hollow Mesoporous TiO2: A View by X-ray Spectroscopy“, Journal Of Physical Chemistry C,122(12),pp.6955,pp.6962,2018, 【SCIE ＆EI 】\nSun, Hui Chen, Sheng-Chi Chen, Pei-Jie Ou, Sin-Liang Liu, Cheng-Yi Xin, Yan-Qing, “p-type conductive NiOx: Cu thin films with high carrier mobility deposited by ion beam assisted deposition“, Ceramics International,44(3),pp.3291,pp.3296,2018, 【SCIE ＆EI 】\nDhaiveegan, Periyathambi Hsu, Yu-Kai Tsai, Yi-Hung Hsieh, Chien-Kuo Lin, Jeng-Yu, “Pulse-reversal deposition of Ni3S2 thin films on carbon fiber cloths for supercapacitors“, Surface & Coatings Technology,350,pp.1003,pp.1009,2018, 【SCIE ＆EI 】\nHuang, Chi-Hsien Lu, Tsung-Han, “Rapid oxidation of CVD-grown graphene using mild atmospheric pressure O-2 plasma jet“, Surface & Coatings Technology,350,pp.1085,pp.1090,2018, 【SCIE ＆EI 】\nKhatun, Nasima Tiwari, Saurabh Vinod, C. P. Tseng, Chuan-Ming Liu, Shun Wei Biring, Sajal Sen, Somaditya, “Role of oxygen vacancies and interstitials on structural phase transition, grain growth, and optical properties of Ga doped TiO2“, Journal of Applied Physics,123(24),pp.245702-1,pp.245702-10,2018, 【SCIE ＆EI 】\nYu, Yang-Yen Chiu, Chi-Ting Chueh, Chu-Chen, “Solution-Processable, Transparent Polyimide for High-Performance High-k Nanocomposite: Synthesis, Characterization, and Dielectric Applications in Transistors“, Asian Journal Of Organic Chemistry,7(11),pp.2263,pp.2270,2018, 【SCIE ＆EI 】\nKhatun, Nasima Tiwari, Saurabh Lal, Jayanti Tseng, Chuan-Ming Liu, Shun Wei Biring, Sajal Sen, Somaditya, “Stabilization of anatase phase by uncompensated Ga-V co-doping in TiO2: A structural phase transition, grain growth and optical property study“, Ceramics International,44(18),pp.22445,pp.22455,2018, 【SCIE ＆EI 】\nDiyatmika, Wahyu Liang, Fei-Ke Lou, Bih-Show Lu, Jong-Hong Sun, De-En Lee, Jyh-Wei, “Superimposed high power impulse and middle frequency magnetron sputtering: Role of pulse duration and average power of middle frequency“, Surface & Coatings Technology,352,pp.680,pp.689,2018, 【SCIE ＆EI 】\nLu, Chi-Yu Diyatmika, Wahyu Lou, Bih-Show Lee, Jyh-Wei, “Superimposition of high power impulse and middle frequency magnetron sputtering for fabrication of CrTiBN multicomponent hard coatings“, Surface & Coatings Technology,350,pp.962,pp.970,2018,【SCIE ＆EI 】\nChang, Chi-Lung Ho, Chun-Ta Chen, Pin-Hung Chen, Wei-Chih Wang, Da-Yung Wu, Wan-Yu, “Synergetic effect for improved deposition of titanium nitride films“, Surface & Coatings Technology,350,pp.1098,pp.1104,2018, 【SCIE ＆EI 】\nChi-Lung Chang, Fu-Chi Yang, “Synthesis and characteristics of nc-WC/a-C:H thin films deposited via a reactive HIPIMS process using optical emission spectrometry feedback control“, Surface & Coatings Technology,350,pp.1120,pp.1127,2018, 【SCIE ＆EI 】\nSun, Hui Liao, Ming-Han Chen, Sheng-Chi Li, Zhi-Yue Lin, Po-Chun Song, Shu-Mei, “Synthesis and characterization of n-type NiO:Al thin films for fabrication of p-n NiO homojunctions“,Journal of Physics D-Applied Physics,51(10),pp.105109-1,pp.105109-6,2018, 【SCIE ＆EI 】\nEr-Chieh Cho, Cai-Wan Chang-Jian, Kuen-Chan Lee, Jen-Hsien Huang, Bo-Cheng Ho, Rou-Zhen Liu, Yu-Sheng Hsiao, “Ternary composite based on homogeneous Ni(OH)(2) on graphene with Ag nanoparticles as nanospacers for efficient supercapacitor“, Chemical Engineering Journal,334,pp.2058,pp.2067,2018, 【SCIE ＆EI 】\nSun, Hui Chen, Sheng-Chi Peng, Wen-Chi Wen, Chao-Kuang Wang, Xin Chuang, Tung-Han, “The Influence of Oxygen Flow Ratio on the Optoelectronic Properties of p-Type Ni1-xO Films Deposited by Ion Beam Assisted Sputtering“, Coatings,8(5),pp.168-1,pp.168-10,2018, 【SCIE ＆EI 】\nChen, Hung-Cheng Jiang, Bing-Huang Hsu, Chao-Ping Tsai, Yao-Yu Jeng, Ru-Jong Chen, Chih-Ping Wong, Ken-Tsung, “The Twisted Benzo[ghi]-Perylenetriimide Dimer as a 3D Electron Acceptor for Fullerene-Free Organic Photovoltaics“, Chemistry-A European Journal,24(66),pp.17590,pp.17597,2018, 【SCIE ＆EI 】\nChang-Jian, Cai-Wan, Cho, Er-Chieh, Lee, Kuen-Chan, Huang, Jen-Hsien, Chen, Po-Yu, Ho, Bo-Cheng, Hsiao, Yu-Sheng, “Thermally conductive polymeric composites incorporating 3D MWCNT/PEDOT:PSS scaffolds“, Composites Part B-Engineering,136,pp.46,pp.54,2018, 【SCIE ＆EI 】\nHsing-Ying Tung, Zhen-Yu Guan, Ting-Yu Liu, Hsien-Yeh Chen, “Vapor sublimation and deposition to build porous particles and composites“, Nature Communications,9,pp.2564-1,pp.2564-8,2018, 【SCIE ＆EI 】


url: =The Old Shenyang Museum travel guidebook –must visit attractions in Shenyang – The Old Shenyang Museum nearby recommendation – Trip.com\nAddress:Zhulin Rd, Dadong Qu, Shenyang Shi, Liaoning Sheng, China, 110041\nThe Porcelain Museum is really a kind of museum type that is very close to the people. Even if you can’t understand the doorway, the excitement is quite beautiful. The jade and porcelain are quite attractive to the common people, and people naturally have a good impression of them.\nReviewed on 1570497597000\nFor a full overview of Shenyang, this museum contains all of Shenyang's history and culture, and will open your memory and make your eyes pop\nReviewed on 1623972861000\nThere is a lot of exhibits and a lot to learn from\nReviewed on 1634460763000\nThe old Shenyang museum is very special and we enjoyed it very much\nReviewed on 1623415179000\nA very nice museum with enough cultural heritage\nReviewed on 1622687739000\nThe Old Shenyang Museum is located on third floor of the Laobei Cultural Park on Huangsi Road , Heping District, Shenyang. It is a museum representing the history and folklore in Shenyang through historical relics, life objects, and other characteristic folk culture. It has eight exhibition halls, such as the Source Memory, the Shengjing Memory, and the Fengtian Memory. The time span covered is mainly the Qing Dynasty, the Warlord Era, and the period of Pseudo Manchuria.\nNearby RestaurantsMore (3,614)\nShenyang Yixing Commerce Co.， Ltd.\nShenyang Imperial Palace | Marshal Zhang's Mansion Museum | September 18th History Museum | Shenyang Finance Museum | Liaoning Provincial Museum | China Museum of Industry | Xinle Ruin Museum | Paleontological Museum of Liaoning | Shenyang Institute of Technology Armory Museum | Foundry Museum | Liaoning University of Traditional Chinese Medicine Museum | Laobeishi Minsu Museum | Songyugui Art Museum | Shenyang Chengshi Jiyi Museum | Aixinjueluo Royal Museum | Jianzhu Museum | The Old Shenyang Museum | Laolongkou Wine Museum | Huanggutun Shijian Museum | China Accounting Museum | LiaoNing NongYe ZhanLanGuan | Zhonghuayinshi Culture Museum | Shenyang Railway Exhibition Hall | White Crane Tower | Chanyejinrong Museum | Hanwanggong Ruins Exhibition Hall | Shenyang Steam Locomotive Expo Park | Shenyang Aviation Museum | DongBei DaXue KeXueGuan | Shenyang Natural Museum\nCafé Kitchen | Le A liulian Pizza (tiexiwanda) | Hagendasi (shenyangbeiyiluwanda) | Hagendasi (shenyanghuafu) | Hagendasi (zhongxingdian ) | Haiyunjinjiangguojijiudian●siji Western Restaurant | Yumen Teppanyaki | Xingyehuihaixiankaorouzizhu (zhongjie) | Le A liulian Pizza (xinglongdaduhui) | Steak king | Badawan (xiaoshizijiedian) | Fu Jie Shi Shang Cu Liang (Zhong Jie Heng Long Guang Chang Dian) | Yuan Su Ge Restaurant (DoubleTree by Hilton Hotel) | Xiang Gong Chinese Restaurant (Shenyang Sheng Mao Hotel) | Fengjitanhuo Barbecue (shisanweiludian) | Wanfujialiangfanshi Barbecue (xita) | Meijinhuoguohuayuan (nujiangjie) | Xiaoguofandoufuguan (zhiyingliu) | Shizaiguangdong (longzhimeng) | Jiyejia (yunfengbeijie) | Jiyejia (longzhimenggouwuzhongxin) | Taichuan Barbecue (huanghebeidajie) | Qiulinshipin (zhongshanlu) | Lao Hong Ji Dumpling House | Wanghouyuan Dumpling House (huanghedajie)


url: =A & V Gecontroleerd - Guangzhou Yuanyuan Auto Parts Co., Ltd. - //dutch.alibaba.com\nSecond Floor, No. 2-2, Kengkou, East Guangyuan Road, Yuexiu District, Guangzhou, Guangdong, China (Mainland)\nOperationeel Adres: Second Floor, No. 2-2, Kengkou, Guangyuan East Road, Yuexiu District, Guangzhou, Guangdong, China (Mainland)\nMr. Xianjun Chen


url: =Cooling | All States Ag Parts DE SOTO, IA #115768\nWedge Belt -29/64" X 50.57", New, Minneapolis Moline, 10A7486 Please contact the seller for availability\nPRODUCT INFORMATIONPrice5.00 NameWedge Belt -29/64" X 50.57", New, Minneapolis Moline, 10A7486\nCategoryCoolingStock Number115768DESCRIPTIONFits Minneapolis Moline Jet Star (orchard), Jet Star 3, Jet Star 4, U302 (gas and LP, s/n 27600301 - earlier), 335, 4 Star, 4 Star Super, 400 (Big Mo), 445, 500 (Big Mo), 600 (Big Mo)\nReplaces Minneapolia Moline OEM No. 10A7486\nReplaces Other Manufacturer's No. GAT7500, 15500, HM50, 1N9310, 10X1270, 13502, 2N159, 257500, 4388326, 7500\nSimilar Wedge Belt -29/64" X 50.57", New, Minneapolis Moline, 10A7486 Listings\nRadiator Kobelco PV05P00006F1 New Holland 05P00021F1\nWater Pump Gasket - Pump to Backplate John Deere 7020 4620 5200 644A 4320 690 690A 4520 5400 646 646B R42404


url: =25 May 2011 Spectral beam combining using superimposed reflective volume Bragg grating\nBenjian Shen, Guangwei Zheng, Jichun Tan, Yanlan He, Xiujian Li, Yisheng Yang\nBenjian Shen , Guangwei Zheng , Jichun Tan , Yanlan He , Xiujian Li , Yisheng Yang\nProceedings Volume 8039, Laser Technology for Defense and Security VII; 803918 (2011) https://doi.org/10.1117/12.883110\nBenjian Shen, Benjian Shen, Guangwei Zheng, Guangwei Zheng, Jichun Tan, Jichun Tan, Yanlan He, Yanlan He, Xiujian Li, Xiujian Li, Yisheng Yang, Yisheng Yang, "Spectral beam combining using superimposed reflective volume Bragg grating", Proc. SPIE 8039, Laser Technology for Defense and Security VII, 803918 (25 May 2011); doi: 10.1117/12.883110; https://doi.org/10.1117/12.883110\nNew insight to the diffraction at high reflecting gratings under...\nBenjian Shen, Guangwei Zheng, Jichun Tan, Yanlan He, Xiujian Li, Yisheng Yang, "Spectral beam combining using superimposed reflective volume Bragg grating," Proc. SPIE 8039, Laser Technology for Defense and Security VII, 803918 (25 May 2011);


url: =Tech & Science News | Technology News & Industry Updates. News. 10.01.2019 - Sputnik International


url: =A Analysis of the Law of the Frequencies of Wind and the Fitting of the Tower-Layer Wind Speed of the Meteorological Tower of the Jiyang Nuclear Power Plant--《Environmental Science and Management》2010年10期\n《Environmental Science and Management》 2010-10\nA Analysis of the Law of the Frequencies of Wind and the Fitting of the Tower-Layer Wind Speed of the Meteorological Tower of the Jiyang Nuclear Power Plant\nLi Jing,Li Bin(College of Chemical Technology and Environment,North University of China,Taiyuan 030051,China)\nBase on the observations data from the meteorological tower of the Jiyang nuclear power plant in AnHui,the law of the frequencies of wind is analysed,and the Tower-layer wind speed is fitting approximation power function by the south and north along the river flow,and finally calculate the surface roughness.Results showed that the dominant wind direction is north-easterly,and the frequency is high,and the sub-dominant wind direction is slightly different;the Tower-layer wind profile generally consistent with the power function,and the n index of recommended values which are calculated by the profiles:the class A is 0.165,the B is 0.167,the C is 0.192,the D is 0.313,the E is 0.406,and the F is 0.463;the surface roughness of the south along the river flow is 1.547063 m,and the surface roughness of the north along the river flow is 1.738 45 m.\n【CateGory Index】： TM623;P412.16\n1 Xie Yiyang Liu Xuejun (Tianjin meteorological Institute,300074) (Sci.& Tech.Service Center of Tianjin Met.Bureau);A Statistical Analysis of Wind and Temperature Gradient Data from Tianjin Meteorological Tower[J];Meteorological Monthly;2003-01\n2 Li Minghua1)2) Fan Shaojia1) Wang Baomin1) Wu Dui1)3)Zhu Wei1) Liu Ji1) Yu Guanming4) Bao Ruoyu1) Fan Qi1) 1)(Department of Atmospheric Sciences/Institute of Environmental Meteorology,Sun Yat-sen University,Guangzhou 510275) 2)(Huizhou Meteorological Bureau,Huizhou 516001) 3)(Institute of Tropical and Marine Meteorology,CMA,Guangzhou 510080) 4)(Department of Environmental Sciences,Sun Yat-sen University,Guangzhou 510275);Observation Study on the Temperature and Wind Profiles over the Pearl River Delta in Autumn[J];Journal of Applied Meteorological Science;2008-01\n2 Li Yuwen,Zhang Huan,Wang Yingwei(Northeast Forestry University,Harbin 150040,China);Research on the Relations Between the Distance from Shoreline and the Effective Height of Chimneys in Diffusion Model of Shoreline Fumigation[J];Environmental Science and Management;2007-01\n3 LU Xi CHENG Yun-zhang (College of Power Engineering,University of Shanghai for Science and Technology,Shanghai 200093);Physical Modeling of Atmospheric Boundary Layer Wind Tunnel Experiment[J];Journal of Changde Teachers University;2002-03\n4 QIN Baoping,LIU Caixia (Tianjin Environmental Monitoring Center,Tianjin300191,China);Effects of High Chimney Emission on Air Quality in Urban Area of Tianjin[J];Urban Environment & Urban Ecology;2003-04\n5 SUN Ren~1,LIU Cai-xia~1,WANG Chang-you~2,ZHANG Min~2 (1.Tianjin Environmental Monitoring Center, Tianjin300191,China; 2.Tianjin Institute of Meteorology Science,Tianjin300074,China);Air Quality Forecasting and Oceanic Climate Study in Tianjin Binhai Area[J];Urban Environment & Urban Ecology;2004-04\n7 CHENG Cheng-qi~1 ,LI Hong~1 ,MA Ting~2 (1.Institute of Remote Sensing, Peking University, Beijing 100871,China; 2.Institute of Geographic Sciences and Natural Resources, CAS, Beijing 100101,China);Spatial and Temporal Variation of PM_(10) Mass Concentrations in Xiamen[J];Urban Environment & Urban Ecology;2005-01\n8 CAO Chun-yan,ZHAO Yong-hua,ZHANG Hong-lin,JIANG Lin-shi,QIU Feng(College of Petroleum & Chemical Technology,Liaoning University of Pertoleum & Chemical,Liaoning 113001,China);Comparison of Predicting TSP Concentration Using ISCST3 and ADMS-Urban[J];Urban Environment & Urban Ecology;2006-03\n9 MA Yan-jun,LIU Ning-wei,WANG Yang-feng(Shenyang Atmospheric Environment Institute of CMA,Shenyang 110016,China);Distribution Characteristics of Air Pollution and Cause of Serious Pollution in the Mid Cities of Liaoning Province[J];Urban Environment & Urban Ecology;2006-06\n10 Guo Shaowei Wu Wenquan (College of Power Engineering,Post Box 28 East China University of Technology,Shanghai 200093);OVERVIEW OF INFLUENCE BY BUILDINGS ON DIFFUSION OF AIR POLLUTANTS[J];URBAN ENVIRONMENT & URBAN ECOLOGY;1997-01\n2 ;The Automatic Recognition System of the Pollution Synoptic Concept Model[A];[C];2006\n4 Jiang Ning-jie Zhong Hong-cang(Donghai Meteorological Bureau Jiang Ningjie Donghai;Jiangsu: 222300) (Nanjing University of Information Science&Technology ZhouHongcang Nanjing: 210044);A study on the pollution characteristic of SO_2 in Xi’an city[A];[C];2009\n5 Sheng Chunyan1) Shi Qian2) Gao Shouting3) Guo Junjian1) 1)(Shandong Provincial Meteorological Institute,Jinan 250031) 2)(Shandong Provincial Meteorological Observatory,Jinan 250031) 3)(LACS,Institute of Atmospheric Physics,Chinese Academy of Sciences,Beijing 100029,China);Feature Analysis and Numerical Simulation of a Sea Breeze Event after the Passage of a Cold Front[A];[C];2010\n2 Liu Xuejun.Wu Danzhu and Ma Fuchun(Tianjin Research Institute of Meteorological Science);EXPERIMENT STUDY OF THE MODELS OF WIND PROFILES IN 250 M LOWER ATMOSPHERE LAYER IN TIANJIN[J];Chinese Journal of Atmospheric Sciences;1991-05\n4 Liu Huizhi and Hong Zhongxiang (State Key Laboratory of Atmospheric Boundary Layer Physics and Atmospheric Chemistry, Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing 100029);Turbulent Statistical Characteristics over the Urban Surface[J];Chinese Journal of Atmospheric Sciences;2002-02\n5 ZHONG Lei~(1,2),MA Yao-Ming~(1,3),and LI Mao-Shan~(3)1 Institute of Tibetan Plateau Research,Chinese Academy of Sciences,Beijing 1000852 Graduate University of Chinese Academy of Sciences,Beijing 1000493 Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou 730000;An Analysis of Atmosphere Turbulence and Energy Transfer Characteristics of Surface Layer over Rongbu Valley in Mt.Qomolangma Area[J];Chinese Journal of Atmospheric Sciences;2007-01\n6 Liu Xiaohong and Hong Zhongxiang(LAPC,Institute of Atmospheric Physics, Chinese Academy of Sciences,Beijing 100029);A Study of the Structore of a Strong Wind Event in the Atmospheric Boundary Layer in Belting Area[J];SCIENTIA ATMOSPHERICA SINICA;1996-02\n7 Liang Hanming Dong Baoqun(Nanjing Institute of Meteorology. Nanjing, 210044)Tian Guangsheng(Chinese Research Academy of Environmental Sciences,Beijing, 100022);The Characteristics Analysis of the Stratification in the Ambient Air over Pearl River Delta Area[J];Research of Environmental Sciences;1992-04\n8 CHEN Yan~1, JIANG Weimei~(1,3,*), GUO Wenli~2, MIAO Shiguang~(1,2), CHEN Xianyan~2, JI Chongping~2, (WANG Xiaoyun~2)1. Department of Atmospheric Sciences, Nanjing University, Nanjing 2100932. Beijing Meteorological Bureau, Beijing 100893. State key Laboratory of Atmosphere Boundary Physics and Atmosphere Chemistry, Chinese Academy of Sciences, Beijing 100029;Study on the effect of the city group development in Pearle River Delta on local air pollutant dispersion by numerical modeling[J];Acta Scientiae Circumstantiae;2005-05\n9 WANG Peng-Fei,MA Xiao-Guang,LI Wei, and LIU Hai-Long State Key Laboratory of Numerical Modeling Atmospheric Sciences and Geophysical Fluid Dynamics, Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing 100029;Climatic Numerical Model Applied in Computing Grid Environments[J];Climatic and Environmental Research;2006-06\n10 Zhou Mingyu Lu Naiping(National Research Center for Marine Environmental Forecasts);STUDIES ON PROCESS OF THE THERMAL TURBULENCE IN THE ATMOSPHERIC CONVECTIVE BOUNDARY LAYER[J];Acta Meteorologica Sinica;1987-04


url: =Zhongtian Hotel - Chongqing (3 Star) - Chongqing China Hotels\nChina Hotels Chongqing Hotels Zhongtian Hotel - Chongqing\nLocation: Address: No.18 Qingnian Road, Yuzhong District, Chongqing\nTel: 023-63559472 (Book this hotel, call 800-2682918)\nHotel Name in Chinese: 重庆中天大酒店\nZhongtian Hotel is located at the central area of Jiefangbei Pedestrian Street. Established in January, 1999 and renovated in January, 2005, the 33-storey hotel has 200 guestrooms and suites with standard room measuring 22 square meters.\nTop conference center, business center, restaurant, coffee shop, Zhongtian recreation center, travel agency, sauna center, hair salon, and parking lot are all available.\nPlease drive me to Zhongtian Hotel - Chongqing, thank you!\nAddress: No.18 Qingnian Road, Yuzhong District, Chongqing\n地址: No.18 Qingnian Road, Yuzhong District, Chongqing\nSimilar Hotels as Zhongtian Hotel - Chongqing\nHome Inn Chongqing Exhibition Center Inn Home Inn-Chongqing Exhibition Center Inn is located in Nan'an District, opposite Chongqing Convention and Exhibition Center, ...\nLocation: From: $ 24 Haomiao Hotel - Chongqing Location: From: $ 24 7 Days Inn Nanping - Chongqing 7 Days Inn Nanping is close to the Nanping walking street.\nLocation: From: $ 24 Check out the list of all 218 hotels in Chongqing


url: =Bibliographie de Yongliang Deng | Structurae\nXu, Na / Liu, Qing / Ma, Ling / Deng, Yongliang / Chang, Hong / Ni, Guodong / Zhou, Zhe: A Hybrid Approach for Dynamic Simulation of Safety Risks in Mega Construction Projects. Dans: Advances in Civil Engineering.\nDeng, Yongliang / Song, Liangliang / Zhou, Jianliang / Xu, Na / Ni, Guodong / Wang, Linxiu (2020): Analysis of Failures and Influence Factors of Critical Infrastructures: A Case of Metro. Dans: Advances in Civil Engineering, v. 2020 (janvier 2020).


url: =当前位置: 绿之园龙八国际龙八国际 > 产品中心 > 龙八国际除尘 >\n产品型号 : 龙八国际除尘系统\n发布时间: 2021-04-27 23:27\n产品描述: ：多功能龙八国际除尘系统广泛用于工厂车间 沙石场 煤矿 井下大巷、皮带运输巷、皮带机转载点、回风巷、采煤机支架等处，从广大用户实际使用效果看。该装置将各类作业环境的粉尘浓度...\n多功能龙八国际除尘XITONGGUANGFANYONGYUGONGCHANGCHEJIAN SHASHICHANG MEIKUANG JINGXIADAXIANG、PIDAIYUNSHUXIANG、PIDAIJIZHUANZAIDIAN、HUIFENGXIANG、CAIMEIJIZHIJIADENGCHU，CONGGUANGDAYONGHUSHIJISHIYONGXIAOGUOKAN。GAIZHUANGZHIJIANGGELEIZUOYEHUANJINGDEFENCHENNONGDUYOUXIAODEJIANGDILE90%YISHANG，TONG🐠SHIHAIYOUXIAOXISHOUYIDINGYOUHAIQITI，JIANGDIWASINONGDU。WEIZHIGONGYEYINGZAOLESHUXIN、ANQUANDEGONGZUOHUANJING。\n1.  龙八国际XITONGNENGCHANSHENGJIQIXIWEIDEWU,WULIDEZHIJINGKEDADAO3-10WEIMI,RUTONGSHANZHONGYUNWU.\n𒁏\t2. ZHUJICAIYONGJINKOUZHUSAIBENG,KE24XIAOSHILIANXUGONGZUO.PENZUIJIGUANDAOSANTONGDOUMEIYOUYISUNLINGJIAN,JISHI꧑ZAIDAHUICHENDEHUANJINGXIAYENENGZHENGCHANGSHIYONG.\n4.  ZHUJIDAIYOUSHIJIANKONGZHIZHUANGZHI,KEYIGENJUXUQIUSHEZHI龙八国际SHIJIAN,LIRU:PEN5MIAOTING5MIAO.\nLVZHIYUAN龙八国际SHEBEI（DONGGUAN）YOUXIANGONGSIJIYANFA SHENGCHAN XIAOSHOUWEIYITI，WOGONGSIWEIGEXINGGEYETIGONGZHUANYEDE龙八国际FUWU\n主要产品有：园林景观造雾 人造雾系统 龙8官网设备 龙八国际系统 龙八国际设备雾森设备 人造雾设备 龙八国际降温系统 龙八国际除尘系统 龙八国际加湿系统 龙八国际消毒系统\n返回龙八国际 上一篇：除尘雾炮机,工地炮雾机防尘 下一篇：煤场龙八国际除尘


url: =Mass Transfer Modeling for Liquid Surfactant Membranes--《Journal of Chemical Industry and Engineering(China)》1986年01期\n《Journal of Chemical Industry and Engineering(China)》 1986-01\nMass Transfer Modeling for Liquid Surfactant Membranes\nGu Zhongmao Zhang Hefei (Institute of Atomic Energy) (Northwestern Polytechnical University) D. T. Wasan and N. N. Li (Illinois Institute of Technology) (UOP Inc. )\nA new model for liquid membrane mass transfer is developed. This model takes into account botb the permeation process of solute through the inner core of emulsion globule and the effect of interf acial resistance enhancement caused by surfactant, thus providing reasonably accurate predictions for the mass transfer process in a liquid membrane system. Another feature of the present model is that the factor of membrane leakage isincluded in the model descriptions. This suits the mode] further to the practical conditions of the system. Both experimental results and theoretical analysis show that molecular diffusion through the very thin liquid layer of surfactant existing at the interface between emulsion globules and the continuous phase is the rate-controlling step for mass transfer in a liquid surfactant membrane system. This conclusion will lead to a deeper understanding of the membrane structure and will be helpful for improving membrane systems.\n1 Zhao Jinan; Zhang Huiqin;AppLication of liquid film in treament of waste water[J];JOURNAL OF HENAN URBAN CONSTRUCTION JUNIOR COLLEGE;1999-02\n2 Yan Nianxi Shi Yajun(Chemical Engineering Research Center, East China Universify of Chemical Technology);A Diffusion-reaction Model for Type I Facilitated Transport in Liquid Surfactant Membaranes[J];Journal of Chemical Engineering of Chinese Universities;1989-01\n3 Zhu Xian\_ \_ Jiang Chusheng (Chemistry Department,Shanghai University at Jia Ding,Shanghai 201800) Lu Qionghua\_ \_ Li Pansheng (East China University of Science and Technology,Shanghai 200237);Interfacial Mass Transfer Resistance and Mass Transfer Model in Extraction of Zinc by Emulsion Liquid Membranes[J];JOURNAL OF CHEMICAL ENGINEERING OF CHINESE UNIVERSITIES;1996-01\n4 Han wei;Xiong Danliu;Deng Xiu;Dai Gance(Chemical Engineering Research Center,East China University of Science and Technology,Shanghaic200237);Progress in Models of Mass Transfer Kinetics by Liquid Emulsion Membrane[J];Chemical Industry and Engineering Progress;1998-06\n5 Cai Xinbing and Ye Dalou (Central South University of Technology, Changsha);A Perturbation and Power Series Solution for Batch Extraction with Double Layer Emulsion——Role of Membrane Breakage[J];Journal of Chemical Industry and Engineering(China);1989-06\n6 Gao Guangda, Wang Hongyuan and Cheng Xiaodong (Jiangsu Institute of Chemical Technology,Changzhou, Jiangsu);A New Mass Transfer Model for Phenol Removal with Liquid Membrane Emulsion[J];Journal of Chemical Industry and Engineering(China);1991-03\n7 Han Wei,Deng Xiu,Ma Xinsheng and Dai Gance( Chemical Engineering Research Center, East China University of Science and Technology, Shanghai 200237);IMPROVED ADVANCING FRONT MODEL FOR TYPE Ⅱ FACILITATED TRANSPORT MASS TRANSFER IN LIQUID SURFACTANT MEMBRANE[J];Journal of Chemical Industry and Engineering(China);1997-06\n8  TANG Bing SHI Taihong ZHANG Xiujuan (Environmental Science Institute, South China University of Technology, Guangzhou 510641);Study and Application of Emulsion Liquid Membrane Technique in Trating Wastewater Containing Heavy Metal[J];Research of Environmental Sciences;1998-04\n9 Yan Nianxi;Shi Yajun Chemical Engineering Research Center;A pseudo-steady state diffusion-reaction model in liquid surfactant membranes[J];;1987-05\n10 JIANG Yuan li 1,SU Yu 2,HUANG Qiang 1 (1.College of Chemical Engineering, Zhengzhou University, Zhengzhou 450002; 2.Department of Computer, Zhongzhou University, Zhengzhou 450052,China)$$$$;The Model for Estimating the External Turbulent Boundary Layer Mass Transfer Coefficient of Emulsion Globules[J];Journal of Henan Normal University(Natural Science);2002-02\n1 XUE Ai-di, ZHANG Xue-mei (Baotou Water-supplying Plant, Baotou 014010, China);Effect of the Yellow River pollution on Huajiayingzi Water-supply Plant[J];Science & Technology of Baotou Steel(Group) Corporation;2002-02\n3 Cheng Conglan;Huang Xiaolin;Lang Shuang;Geng Hong (College of Environment and Energy Engineering, Beijing Polytechnic University, Beijing 100022 );Research on New Absorbent for Benzene Series[J];JOURNAL OF BEIJING POLYTECHNIC UNIVERSITY;2000-01\n4 Jiang Yuanli; Wang Zihao; Fu Jufu(Department of Chemical Engineering, Beijing University of Chemical Technology,Beijing,100029);The Adsorption Behavior of the Mixture of Surfactant and Carrier at the interfaces of (W/O)/W Liquid Surfactant Membrane System[J];JOURNAL OF BEIJING UNIVERSITY OF CHEMICAL TECHNOLOGY;1995-02\n5 Cai Ruiqing (Department of Applied Mathematics, Beijing Institute of Technology Beijing 100081)Li Weishi (Nuclear Information Institute, Beijing 100037);Problem of the Removal of Thorium from Rare Earths[J];JOURNAL OF BEIJING INSTITUTE OF TECHNOLOGY;1995-03\n6 GUO Guang-hui~1,CHEN Yu-cheng~(1,2)(1.College of Resources and Environment,Southwest Agricultural University,Chongqing 400716,China;2.Chongqing Key Lab of Agricultural Resources and Environment,Chongqing 400716,China);Effects of surfactant on separation efficiency of emulsion liquid membrane[J];China Surfactant Detergent & Cosmetics;2005-06\n7 Pan Lu Ting,Xiao Jin (College of paper and environment engineering, South China of technology,Guang Zhou 510641)[HJ5:1];Investigation on Extraction of Cr(VI)from Electrodynamics Wastewater with Emulsion Liquid Membrane Method[J];Chongqing Environmental Science;2001-01\n8 Wu Zisheng Xu Guoliang Yan Zhong;IVESTIGATIONS INT0 THE STABILITY OF LIGUID MEMBRANE(Ⅰ)—THICKNESS MEASUREMENT BY MEANS OF A CAPAC(?)TANCE BRIDGE[J];Journal of Northeast Normal University;1985-02\n9 Chen Rusong Zhu Hongda Wang Jixian 1 Wang Naifen 2 Liu Husheng 2 Cao Yi Liuguodong 1(China Institute for Radiation Protection,Taiyuan,030006; 1.Institute of Radiation Medicine, Chinese Academy of Medical Sciences,Tianjin,300192; 2.Beijing Me;Detection of Contents of Uranium,Thorium and Cesium in Human Body[J];Radiation Protection Bulletin;2001-01\n10 Shuai Zhengqing Wen Weihui (Sichuan Management & Monitoring Center of Radioactive Environment, Chengdu,610031) Zhao Yaming Zhao Yongming(The State Environmental Protection Administration,Beijing,100035) Zhang Licheng(Baotou Supervision Institution of;The Status of Radioactive Pollution due to Associated Minerals and Countermeasures Study[J];Radiation Protection Bulletin;2001-02\n1 ZHU Xian, SUN Dang-ru, ZHOU Jian-cheng(School of Environmental and Chemical Engineering, Shanghai University, Shanghai 200072, China);On Zn~(2+) transfer across cell membrane by using bilayer lipid membranes supported by salt bridge[J];Journal of Safety and Environment;2005-03\n2 LI Xiu-qin1,GUO Xiao-dong2(1.Chizhou Vocational & Technical College,Chizhou 247000;2.Hefei Teachers College,Hefei 230061,China);Simple Synthesis of Semiconductor ZnS Nanosphere and Its Optical Property[J];Journal of Anqing Teachers College(Natural Science Edition);2008-01\n3 XIN Bao-ping, ZHU Qing-rong, LI Shi-shen, LI Li, WU Feng(School of Chemical Engineering and the Environment,Beijing Institute of Technology,Beijing 100081,China);Study on the Release of Co from Retrieved Li-Ion Batteries by Bioleaching[J];Transactions of Beijing Institute of Technology;2007-06\n4 LI Jian, ZHANG Hui yuan, ER Li zhu;Development of Treatment Technology for Electroplating Waste Water Containing Heavy Metal (Ⅲ)[J];Plating and Finishing;2003-05\n5 ZHANG Dong-xiang, TAN Shi-yu, HUANG Hui-qing (Department of Chemicial Engineering,Chongqing University,Chongqing 400044,China);Research On Interfacial Process in Mass-transfer System[J];Journal of Chongqing University(Natural Science Edition);2001-02\n6 LIU Chang-xian , CAO Chun-li (Department of Chemistry, South-Central College for Nationalities, Wuhan, 430074);Studies on Seperation of Mercury by Emulsion Liquid Membrane System[J];Journal of Analytical Science;2003-01\n7 CHENG Jing1, WEN Li-xiong1.2, CHEN Jian-feng1 (1. Key Lab for Nanomaterials, Ministry of Education, Beijing University of Chemical Technology, Beijing 100029, China; 2. Multi-Phase Reaction Laboratory, Institute of Process Engineering, Chinese Academy of Sciences, Beijing 100080, China);Analysis on Interaction Energy between the Two Aqueous Phases in Double Emulsions[J];Journal of Chemical Engineering of Chinese Universities;2006-03\n8 Zhu Xian\_ \_ Jiang Chusheng (Chemistry Department,Shanghai University at Jia Ding,Shanghai 201800) Lu Qionghua\_ \_ Li Pansheng (East China University of Science and Technology,Shanghai 200237);Interfacial Mass Transfer Resistance and Mass Transfer Model in Extraction of Zinc by Emulsion Liquid Membranes[J];JOURNAL OF CHEMICAL ENGINEERING OF CHINESE UNIVERSITIES;1996-01\n9 Zhu Xian (Chemistry Department, Shanghai University at Jiading, Shanghai 201800) Lu Qionghua\_ \_ Li Panshen (Chemical Engineering Department, East China University of Science and Technology, Shanghai 200237);Recovery of Zinc from Wastewater of Viscose Industry by Emulsion Liquid Membranes[J];JOURNAL OF CHEMICAL ENGINEERING OF CHINESE UNIVERSITIES;1997-03\n10 XU Yi shan (Enoironmental protection Research Institute,BRICI,SINOPEC,Beijing 100013,China);Technology for Treatment of Wastewater from Citric Acid Production[J];Environmental Protection of Chemical Industry;2001-02\n> University Chemistry\n> Coal Mine Blasting\n> Chemistry & Bioengineering


url: =Qinyuan Bakery. china | AltAssets Private Equity News\nHome Tags Qinyuan Bakery. china\nTag: Qinyuan Bakery. china


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url: =Zhang An-qi | Semantic Scholar\nSynthesis of carbon quantum dots/TiO2 nanocomposite for photo-degradation of Rhodamine B and cefradine\nJiao Yang Chen, Juan Shu, Zhang An-qi, Heng Juyuan, Zhengyu Yan, Jianqiu Chen\nAbstract Pure TiO 2 and carbon quantum dots (CQDs)-doped TiO 2 nanocomposite (CQDs/TiO 2 nanocomposite) were prepared by a sol-gel approach for photocatalytic removal of Rhodamine B and cefradine.… Continue Reading\nZhang An-qi, Xia Chang, Lin Jian, Chu Jianqun\nAdditive PT-03 with formaldehyde adsorption and deodorizing functions in DP finish\nNanometer additive PT-03 treatment can impart the cellulose fiber fabric free formaldehyde reduction, levelness and abrasion resistance enhancement. PT-03 features excellent adsorption to grease and… Continue Reading\nМногофункциональная 1050-нм спектральная ОКТ-система с частотой 147 кГц для визуализации заднего отдела глаза\nZhang An-qi, Zhang Qin-qin, Huang Yan-ping, Zhong Zhi-wei, K. Wang Ruikang\nThe recent development of optical coherence tomography in ophthalmology has shown great interests in using the system in 1 μm in contrast to 800 nm wavelength range due to the less reflection and… Continue Reading\nInfection control and administration in operating rooms during urgent rescue after Wenchuan earthquake\nDai Rui, Zhang An-qi, +4 authors Zheng Gengfeng\nWang En-liang, Bao Tiane, Liu Xing-chao, Zhang An-qi\nExperimental study on the damage characteristics of the slope under blasting\nWang Dai-hua, Liu Jun, Bai De-qiang, Gao Wen-ming, Zhang An-qi, Liu Dian-shu\nThe damage characteristics of remaining rock were analyzed by the results of field tests. The P-wave velocity, received- wave spectrum and the number of macroscopic cracks on per meter core were… Continue Reading\nElectrophosphorescent Light-Emitting Polymers\nYing Lin Lei, Zhang An-qi, Yang Wei, Cao Yong\nPhosphorescent electroluminescent materials have attracted considerable attention due to their ability to efficiently utilize both singlet and triplet excitons and potentially high electroluminescent… Continue Reading\nHG-AFS Determination of Selenium in Sea Shellfish with Microwave Assisted Sample Digestion\nThe sample of sea shellfish was digested with HNO_3 and H_2O_2 with microwave assisted heating, and the content of Se in sample solution was determined by HG-AFS.Hydride of Se ion was generated by… Continue Reading


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url: =Study on high-precision current sensor with zero flux--《Transducer and Microsystem Technologies》2009年10期\nStudy on high-precision current sensor with zero flux\nZHANG Zhen-hong,ZHAO You-jun(Shandong University of Science and Technology,Taian 271019,China)\nThe measurement accuracy of common current sensor is only 3 %~5 % and it is difficult to meet the needs of high-precision measurement.Through the error analysis of current sensor,the electronic circuit is added to the common current sensor to track the magnetizing current of iron core and compensate it dynamically,so that the iron core can achieve "zero flux" state.The working principle of current sensor by adding electronic compensation circuit,the structure of electronic circuit and the selection method of parameters in circuit are analyzed.The material and structure of iron core and shielding method of current sensor are also analyzed.The performance test shows that the accuracy of current sensor is improved and the compensation effect is good.\n1 WANG Wei-jie, WEIJun, ZHAO Xue-zeng,NIEPeng(Coll of Elec and Mech Engin, Harbin Institute of Technology, Harbin 150001,China);Development on the current transducer with zero flux[J];Journal of Transducer Technology;2003-08\n2 WEI Jun~1, WANG Wei-jie~1, LU Xing-wang~2, ZHAO Xue-zeng~1, WANG Ying-li~1 (1.Coll of Mech and Elct Engin, Harbin Institute of Technology, Harbin 150001, China; 2.Plastic factory, Daqing Ptrochemical Compamy, Daqing 163714, China);Cross-core current transducer with compensation circuit[J];Journal of Transducer Technology;2003-12\n3 Zhang Zhen Gao Feng (Luliang Region Electric Power Supply Bureau);The Manufacture of CTElectronic Compensation Derice with Power[J];SHANXI ELECTRIC POWER;1998-01\n4 ;A High Precision Low Current Sensor based on Electronic Compensating Zero Flux Principle[J];High Voltage Engineering;2002-05\n2 WANG Wei-jie, WEIJun, ZHAO Xue-zeng,NIEPeng(Coll of Elec and Mech Engin, Harbin Institute of Technology, Harbin 150001,China);Development on the current transducer with zero flux[J];Journal of Transducer Technology;2003-08\n4 ZHANG Shao-feng, SHI Shan,REN Cheng-yan, CHEN Xiao-lin, CHENG Yong-hong iversity, Xi'an 710049,China);Development of high accuracy microampere current sensor[J];Journal of Transducer Technology;2004-12\n5 LI Pei-yan,ZHAO Xue-zeng,DAI Li-zhou(College of Electric and Mechanical Engineering,Harbin Institute of Technology,Harbin 150001,China);Study on passive zero flux current transformer with single-turn cored structure[J];Transducer and Microsystem Technologies;2006-10\n6 Zhao Xiumin1，Zhao Yitao1，Hao Chun sheng2 （1．Shanxi Provincial Institute of Instrument Transformers，Taiyuan 030009，China； 2．Shanxi Fenhe Electric Instrument Corporation，Linfen 040000，China）;Development of a new type standard instrument for calibrating transformer calibrators[J];Electrical Measurement & Instrumentation;2000-08\n7 Ma Liren （Hubei Electric Power Research Institute，Wuhan 430077，China）;Principle and calibration of new type calibration equipment with multi－meter position for single－phase watt－hour meter[J];Electrical Measurement & Instrumentation;2000-11\n8 Zhao Xiumin,Han Haizhou (Shanxi Design and Research Institute of Mechanical and Electrical Engineering,Taiyuan 030009,China);Research on the new-type HEWF intellegent calibrator with voltage load box for instrument transformers[J];Electrical Measurement & Instrumentation;2001-06\n9 Xu Jiaheng 1 ,Qu Xiaowu 1 ,Zheng Lei 1 ,Zhu Fu 1 ,Song Liancheng 1 ,Li Dong 2 (1.Shan dong Electric Power Research Institute,Jinan250002,China;2.Jining Electric Power Bureau,Shandong Jining252721,China);Approach to the method for measuring voltage trans former ratio of 220V/220V[J];Electrical Measurement & Instrumentation;2002-03\n10 Zhao Xiumin,Han Haizhou (Taiyuan Zhaoxiumin Instrument Transformer Co.Ltd. ,Taiyuan 030012,China);Research on the new-type HLP measuring and protective current transformer calibrator[J];Electrical Measurement & Instrumentation;2002-05\n1 LI Jing,SHA Yu-zhou,ZHANG You-he (Dalian First Instrument Transformer Works,Dalian116200,China);Control and Calculation of Safety factor of Measuring Current Trans former[J];Transformer;2002-10\n2 Bao Hai; Ai Xin ;Yang Yihan (North China Electric Power University 102206 China);Researching on States Feedback Control of Two-Stage Zero Flux Current Transformer[J];TRANSACTIONS OF CHINA ELECTROTECHNICAL SOCIETY;2000-02\n5 ;Advice for Improving Performance of On-line tanδ Motoring Devices for Capacitive Type Equipment[J];High Voltage Engineering;2002-11\n6 SONG E-nuo 1, CHENG Yan -hua 2, ZHANG Hai-ning 3 (1.Auto-Engineering Department,Hei Longjiang Mining Institute, Jixi 158100, China; 2.Water Power Plant ,Jixi Coal Mine Bureau,Jixi 158100,China;3.Computer Gentre,HeiLongjiang Mining Institute ,Ji;Errors analysis of the current transformer and application technology[J];COAL TECHNOLOGY;1999-04


url: =crusher jaws pdf type shanghai - tenutadelgusto.be. Crusher Jaw Pdf Type X Shanghai - healerskzn.co.za. 600,000 m2 of Production Bases. By 2016, EDGC has built 6 …\njaws crushers pdf bhartiagroup. crusher jaws pdf type 200x300 shanghai,rocks crusher detail information We craft beautifully useful marketing and digital products that grow Our Flourish The company's main products include crushers, sand making machines, mobile crushers, pulverizers and\n19-12-2020· Crusher jaw type 200 300 shanghai crusher jaws pdf type 200x300 shanghai hammer crusher 200 x 300 ev pdf federatiehoboken be crusher jaws pdf type 200x300 shanghai ecothermik jaw crusher and its typesyoutube types of jaw crusherheavy industryjaw crusher introduction thetypes of jaw crusher coarse shanghai golden is not only famous for its jawof jaw crushers Jaw Crusher,Stone Crusher\ncrusher jaws pdf type 200x300 shanghai. gravel crusher sale small rock crushers for rent mini small rock crusher for sale used price – 29 Oct 2013 … » crusher jaws pdf type 200x300 shanghai - High Quality Crusher. motor main unit SHANGHAI Y225S-4 pdf - cad-house.co.za.\nCrusher Jaws Pdf Type 200X300 Shanghai - autofietsdrager.nl\nJaw crusher pstone list 150 x 200mm. jaw crusher 200 x 300 pstones from china. pe 200 x 300 stone crusher nijenfotograaf.nl. parker 200 tph stone crusher pe 200 300 crusher jaw crusher 200 x 300 pstones from china 2012814pstone,jaw crusher pstone manufacturer,pe series jaw crusher. crusher pe 200x300 jaw dashbuilding. jaw crusher model pe 150 rrc crusher jaws pdf type 200 shanghai\n05-11-2016· jaw crusher s pdf type 200 300 shanghai. jaw crusher s pdf type 200 300 shanghai Construction Waste Crusher Construction waste refers to the construction, construction units or individuals to construct, lay or demolish all kinds of buildings, structures and pipe networks, etc., and generate the spoil, spoil, waste, residual mud and other wastes generated during the repairing process.\ncrusher jaws pdf x kind shanghai - sqlconsultancy.nl\nPrice Crusher Jaw Pdf 200X300 - curacyteeu. jaw crusher 200x300 crusher jaws pdf type 200x300 shanghai jaw crusher 200x300,jaw crusher model pe 150×250 rrc, crusher jaws pdf type 200×300 shanghai, of Jaw Crusher PE150×250,if you want to buy the Jaw Crusher, PE200X300 pe 200x300 jaw crusher from yigong machinery with best pricejaw crusher assembly, jaw crusher,\nJaw Crusher S Pdf Type 200 300 Shanghai. price crusher jaws pdf 200x300 - spirosurvey.co.za crusher jaws pdf type 200x300 shanghai - imsrcoin jaw crusher model pe 150250 rrc, crusher jaws pdf type 200300 shanghai, of Jaw Crusher PE-150250,if you want to buy the Jaw Crusher, Chat jaw crusher price 200x300 - …\ncrusher jaws pdf type 200x300 shanghai - designzesmakiem.pl\nCrushers Types Shanghai Ferronneriedelacourt. Crusher jaws pdf type 200 300 shanghai - storiesofacoeliacnlrusher jaws pdf type 200 300 shanghai price crusher jaws pdf 200x300 price crusher jaws pdf 200x300 grinding mill china crusher jaws pdf type 200x300 shanghai chinese mining equipments companies material carrier of sefrou industrial read .\nCrusher Jaws Type 200x300 Shanghai,\nCrusher Jaws Pdf Type 200 300 Shanghai crusher jaws pdf type 200x300 shanghai; crusher jaws pdf type 200x300 shanghai AFB gives itself over to the production of crushers and mills which can be used in aggregate crushing, industrial milling and ore processing fields. More.\ncrusher jaws pdf type 200 shanghai - fondation-la-tene.ch\ncrusher jaws pdf type 200x300 shanghai againdia crusher jaws pdf type 200x300 shanghai. jaw crusher feed opening 200x300 indonesia grinding mill equipmentPrice A Crusher Roller Mill Jaw Crusher Model PE 200 get priceCrushing Plant >> E-Mail:[email protected] >> Http:// The JOYAL Crushing plant includes vibrating feeder, jaw crusher, impact crusher or cone crusher, vibrating ...\ncrusher jaws pdf type 200x300 shanghai; VD Chipmunk Jaw Crusher - BICO Inc. The upper end of the jaw travels in a circular path driven by the eccentric ... Cleaning the Chipmunk Crusher is easily accomplished. ... Drive Type: V-Belt Driven ...\nCrusher Jaws Pdf X Kind Shanghai. Crusher Jaw Type 200 300 Shanghai. crusher jaws pdf type 200x300 shanghai hammer crusher 200 x 300 ev pdf federatiehoboken be Crusher Jaws Pdf Type 200x300 Shanghai ecothermik Jaw crusher and its typesYouTube Types of Jaw CrusherHeavy IndustryJaw Crusher Introduction Thetypes of Jaw crusher coarse Shanghai Golden is not only famous for its jawof Jaw Crushers ...


url: =Investigation and sequencing analysis on the HLA-A and B-relevant genes in Henoch-purpura of children of Mongolian and Han populations in internal Mongolia region--《Current Immunology》2009年01期\nInvestigation and sequencing analysis on the HLA-A and B-relevant genes in Henoch-purpura of children of Mongolian and Han populations in internal Mongolia region\nREN Shao-min,YANG Guang-lu,LIU Chun-zhi,ZHANG Chun-xia,YU Shao-fei,LI Wei-cai(Department of Pediatrics,the First Affiliated Hospital of Inner Mongolia Medical College,Huhehot 010050,China)\nThe relationship of the HLA-A and B-relevant genes and the Henoch-purpura in children of Mongolian and Han population in internal Mongolian region as well as the sequencing analysis were investigated.In the present study,56 Mongolian children and 50 Han population children with anaphylactoid purpura(AP) were selected for study,whose ancestral homes in three generations were all situated at internal Mongolian region,having no any blood-relationship and without history of mixed marriages or family history of presence of autoimmune diseases.Meanwhile,66 healthy Mongolian children and 96 healthy Han population children were taken as the normal controls.The polymorphism of the HLA-A and B alleles was analyzed by PCR-SSO technology,and the sequencing analysis for the susceptibility genes was undertaken by PCR-sequence based typing(PCR-SBT) with high discrimination.It was found that the gene frequencies of HLA-A*11 and HLA-B*15 of Mongolian children with AP were significantly higher than those of the normal controls(P0.05),while those of HLA-B*07 and HLA-B*40 were much lower than those of the normal controls(P0.05).Nevertheless,the gene frequencies of HLA-A*26 and HLA-B*35 in Han population children with AP were much higher than those of control groups(P0.05).Both in Mongolian and Han population children with AP,no gene mutation site could be found.From these observations,it is evident that HLA-A*11 and HLA-B*15 may be the susceptibility genes for Mongolian children with AP and HLA-B*07 and HLA-B*40 seem their protection genes;however,the susceptibility genes in Ham population children with AP are HLA-A*26 and HLA-B*35.\n【CateGory Index】： R725.54\n1 REN Shao min ,YANG Guang lu,TONG Lin hu,YU Hui ling,TIAN Jing,LI Wei cai. Department of Pediatrics,First Affiliated Hospital of Inner Mongolia Medical College,Huhhot 010050,China;Correlation between HLA-DRB1 allele and clinical characteristics of anaphylactoid purpura in juvenile of Han and Mongolian[J];Chinese Journal of Rheumatology;2003-08\n2 XU Ling-di, LU Yu, FAN Li-an, YANG Jue qin, YAO Fang-Juan , GU Yue-ying(Shanghai Institute of Immunology, Shanghai Second Medical University, Shanghai 200025, China; Department of Rheumatology, Renji Hospital, Shanghai Second Medical University, Shanghai 200001, China);Study on the association between the HLA-B*51 gene with Behcet's disease in Shanghai area[J];;2005-02\n4 LIU Ze-huan, LIN Jiang-hai, FU Zhi-yan, PAN De-jing, XU An-long (School of Life Sciences, Zhongshan University, Guangzhou 510275, China);A Sequence-based Typing Method for HLA-DPB1 Genotyping[J];Acta Scientiarum Naturalium Universitatis Sunyatseni;2001-05\n1 LI Zhi-jun,DUAN Jing-ming,CHEN Lin-jie,LI Mao-sheng,FAN Xiao-yun,YANG Ke-ke(Department of Rheumatology,Affiliated Hospital of Bengbu Medical College,Bengbu 233004,China);Association between human leukocyte antigens-DR antigen genes and rheumatoid arthritis[J];Journal of Bengbu Medical College;2006-03\n2 Ye Xianren,Guo Yongjian,Zheng Tianrong,et al.Fujian Provincial Tumor Hospital,Fuzhou 350014,China;Association between TAP gene polymorphism and hepatocellular carcinoma[J];Fujian Medical Journal;2007-02\n4 ZHAO Xin1,MA Li-ming2(1.Shenyang Military District General Hospital,Shenyang 110015,Liaoning,China;2.The Affiliated Hospital of Liaoning University of TCM,Shenyang 110032,Liaoning,China);Traditional Chinese and Western Medicine Research of Etiopathogenisis of Allergic Purport of Children[J];Journal of Liaoning University of Traditional Chinese Medicine;2007-04\n5 HAI Rong, BI Li-fu, SU Xiu-lan(Research Center of Molecular Biology, Inner Mongolia Medical College, Hohhot 010059 China);RESEARCH OF HLA POLYMORPHISM ON MINORITYNATIONALITY IN OUR COUNTRY[J];Acta Academiae Medicinae Neimongol;2004-04\n6 YU Hui-ling,REN Shao-min,XIA Yang-zhi(Department of Pathology,Inner Mongolia Medical College,Hohhot 010059 China);STUDY OF CORRELATION BETWEEN HLA-DRB1 ALLELES AND ANAPHYLACTOID PURPURA OF MONGOL JUVENILE PATIENTS IN INNER MONGOLIA[J];Acta Academiae Medicinae Neimongol;2007-01\n7 YU Shao-fei1,REN Shao-min2 (1.Department of Pediatrics,Inner Mongolia Hospital,Huhhot 010017 China; 2.Department of Pediatrics,First Affiliated Hospital of Inner Mongolia Medical College,Huhhot 010050 China);The Research Progress of The Relationship Between HLA and Genetic Susceptivity to Anapylactiod Purpura[J];Nei Moivgol Medical Journal;2005-06\n8 YANG Guang-lu1,REN Shao-min,SHOU Qiong-hua,SU Xiu-lan,FU Liang,LI Wei-cai(Department of Pediatrics and Anesthetize or Center Laboratory,The Affiliated Hospital of Inner Mongolia Medical College,Huhhot 010050 China);Correlation Between the Allelic Polymorphism of HLA-Ⅰ and the Organ Damage of Anaphyrlactoid Purpura in Children[J];Inner Mongolia Medical Journal;2008-11\n10 TIAN Hong, ZHOU Shu Yun, LIU Ze Huan 1, FU Yong Gui 1, LU Feng Juan 1, LIN Jiang Hai 1, XU An Long 1 Department of Hematology, Nanfang Hospital, The First Military Medical University, Guangzhou, 510515, China; 1Life Science School, Sun Yat Sen University, Guangzhou, 510275, China;Association of HLA-DPB1 Alleles with Chronic Myelogenous Leukemia in Southern Chinese Hans[J];Journal of Experimental Hematology;2003-03\n1 ZHANG Shaogang,GU Jieruo, YU Buyun.Department of Rheumatology,Third Affiliated Hospital,Sun Yat sen University of Medical Sciences,Guangzhou 510630,China;Changes of the expression of HLA-DR in rheumatoid arthritis[J];Chinese Journal of Rheumatology;2001-05\n2 Huang Cibo, Liu Yi, Cai Xinghua Xu Ming, Ding Yuzhen, Meng Qingong (Department of Rheumatology, General Hospial of PLA, Beijing 100853);Determination of HLA antigen in Behcet's disease[J];ACADEMIC JOURNAL OF PLA POSTGRADUATE MEDICAL SCHOOL;1997-01\n3 Xiong Ping,Yang Ying,Gong Feili;The establishment of PCR/SSP:a novel technique for HLA class Ⅱ DNA typing[J];IMMUNOLOGICAL JOURNAL;1996-04\n4 Tian Ding; Mineshita S; Wang Liman; et al. (Xuanwu Hospital, CUMS Beijing 100053);HLA-B51 ASSOCIATED WITH BEHCET'S DISEASE IN NORTHERN HAN CHINESE[J];CHINESE JOURNAL OF MEDICAL CENETICS;1994-05\n5 Han Xiuping, Zhang Zhixin, Xiao Yi, et al. Department of Dermatology, The First Clinical College, China Medical University, Shenyang 110001;CORRELATION BETWEEN HLA AND ANAPHYLACTOID PURPURA OF HAN NATION IN NORTH CHINA[J];CHINESE JOURNAL OF MEDICAL CENETICS;1997-02


url: =比较豪华，服务态度好 - Review of Shunfeng Hotel, Pujiang County, China - TripAdvisor\n比较豪华，服务态度好 - Shunfeng Hotel\nPujiang County Travel Guide\nHotels near Pujiang County MinZhu Lu BuXingJie\nHotels near Xianhua Mountain of Pujiang\nHotels near Jinhua Xianhua Mountain\nHotels near Shenli Canyon of Pujiang\nHotels near Tongji Lake\nHotels near Jinhua Maling Ridge\nHotels near Shangshan Culture Site\nHotels near Jiangnan Diyijia Scenic Resort\nHotels near Jinhua Zhengyi Gate\nSearch Asia›China›Zhejiang›Pujiang County›Pujiang County Hotels›Shunfeng Hotel\nReview of Shunfeng Hotel\nOur online travel partners don't provide prices for this hotel, but we can search other options in Pujiang County Check In mm/dd/yyyy\nShunfeng Hotel No.51 Daqiao North Road, Puyang Town, Pujiang County 322200, China | Hotel amenities\nName/address in local language “比较豪华，服务态度好”\nNo.51 Daqiao North Road, Puyang Town, Pujiang County 322200, China 6 Reviews | Ranked #6 of 43 To help you get around Pujiang County, here's the name and address of this business in the local language\nLocal name 顺风饭店\nLocal address 322200浦阳镇大桥北路51号\nDirections Print Ranked #6 of 43 Hotels in Pujiang County\nHotels you might also like... Travelers also viewed these Pujiang County hotels\n#18 of 43 in Pujiang County 34 reviews\nJinjiang Inn Jinhua Pujiang Pass...\n#1 of 43 in Pujiang County 1 reviews\n#4 of 43 in Pujiang County 2 reviews\nShow Prices Show Prices Show Prices Been to Shunfeng Hotel? Share your experiences! Write a Review\nAdd Photos & Videos Additional Information about Shunfeng Hotel\nAddress: No.51 Daqiao North Road, Puyang Town, Pujiang County 322200, China Location:\nChina > Zhejiang > Pujiang County\nHotel Style: Ranked #6 of 43 Hotels in Pujiang County\nExplore similar hotels New Century Pujiang Hotel 34 ReviewsShow Prices 0.2 miles Jinjiang Inn Jinhua Pujiang Passenger Transport Center by 1 travelerShow Prices 0.8 miles Pujiang Building 2 Reviews0.2 miles See all Pujiang County hotels Browse nearby


url: =会话ID : djavmktj28efnao94s7t0pg236\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000598s SQL = SHOW COLUMNS FROM jz_category\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000164s SQL = SELECT `catid` FROM `jz_category` WHERE `catdir`='Findex' LIMIT 1\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Constant PHP_FILE already defined Dispatcher.class.php 第 45 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Declaration of FindexAction::redirect() should be compatible with Action::redirect($url, $params = Array, $delay = 0, $msg = '') FindexAction.class.php 第 19 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  preg_replace(): The /e modifier is deprecated, use preg_replace_callback instead common.php 第 79 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Undefined index: pinyin FindexAction.class.php 第 75 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Undefined index: xueli FindexAction.class.php 第 78 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Undefined index: jibie FindexAction.class.php 第 82 行.\n[ 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RunTime:0.000382s SQL = SHOW COLUMNS FROM jz_category\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000170s SQL = SELECT * FROM `jz_category` WHERE ( `catid` = '45' ) LIMIT 1\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000126s SQL = SELECT * FROM `jz_hangye` WHERE ( `pid` = 0 )\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Missing argument 1 for Model::getField(), called in /www/web/www_bgzkoo_com/public_html/front/Lib/Action/FindexAction.class.php on line 127 and defined Model.class.php 第 686 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Undefined variable: field Model.class.php 第 690 行.\n[ 2019-08-26T18:32:52+08:00 ] NOTIC:  Undefined variable: field Model.class.php 第 692 行.\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000103s SQL = SELECT * FROM `jz_hangye` WHERE ( `pid` = '1' ) LIMIT 1\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000105s SQL = SELECT * FROM `jz_hangye` WHERE ( `pid` = '3' ) LIMIT 1\n[ 2019-08-26T18:32:52+08:00 ] SQL: RunTime:0.000147s SQL = SELECT * FROM `jz_hangye` WHERE 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