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Research progress Research Reveals Influence of Molar Concentration of Ionic Liquid Electrolyte and Tempe... LICP Develops Lubricating Anti-wear Materials Under Harsh Conditions more>> Specials XUE Qunji Receives 2011 Tribology Gold Medal Research progress Researchers Accomplish Controlled Growth of Polymer Brushes through Electrochemically I... Research Reveals Influence of Molar Concentration of Ionic Liquid Electrolyte and Tempe... LICP Develops Lubricating Anti-wear Materials Under Harsh Conditions LICP Publishes Review on Surfaces with Extreme Wettability and Tunable Adhesion LICP Researchers Develop New Way to Enhance Tribological Properties of GO/UHMWPE Compos... LICP Prepares Textured Diamond-like Carbon Composite Film for Water Lubrication Researchers Prepare Super-hydrophobic and Super-oleophobic Surface LICP Researchers Make New Discoveries Concerning Field Emission Properties of Graphene-... LICP Researchers Develop Preparation Method of Magnesium Alloy Rare-earth Conversion Co... LICP Researchers Fabricate 3D Cubic Mesoporous Carbon CMK-8 Applicable for Supercapacitors Functional ionic gels formed by a novel low molecular weight gelator LICP Researchers Develop New Preparation Method of Copper-chromium Intermediate Alloy New Graphene Nanosheets/Ionic Liquid Based Supercapacitors LICP’S Review on TiO2 Nanotubes Highlighted by Journal of Materials Che...   1 Page(s)   1 Copyright (C) State Key Laboratory of Solid Lubrication　2010 Add：No.18，Tianshui Middle Road，Lanzhou，P.R.China　Zip code:730000 E-Mail:webeditor@licp.cas.cn 　　Best view 1024*768 IE6.0