| 講師 | 所属,国 | 題目 |
---|
PL-1 | Giuseppe Bellussi | Eni S.p.A., Italy | Hybrid organic-inorganic, crystalline or pseudo-ordered, porous silicates |
PL-2 | Michael Tsapatsis | University of Minnesota, USA | 2-dimensional zeoltes: from high-quality exfoliated nanosheets for thin film formation to self-pillared nanosheets for catalysis and adsorption |
PL-3 | Qianjun Chen | UOP, USA | Innovations in Zeolite Synthesis and Applications at UOP |
PL-4 | Minoru Miyahara | Kyoto University, Japan | Fluids in Nanopores and Adsorption-driven Structure Transition of Compliant Crystals |
PL-5 | Ferdi Schüth | Max-Planck-Institut für Kohlenforschung, Germany | Porous polymers as catalysts and catalyst supports |
PL-6 | Tsuneji Sano | Hiroshima University, Japan | High potential of interzeolite conversion as an alternative method for zeolite synthesis |
SL | François Fajula | CNRS. University of Montpellier, France | Green Sustainable Science and Technology Supported by Worldwide Researchers' Community for Micro- and Meso-porous Materials |
KN-1 | Yuriy Roman | Massachusetts Institute of Technology, USA | Lewis acid zeolites for biomass conversion: insights on reactivity, characterization, and stability |
KN-2 | Yoshihiro Kubota | Yokohama National University, Japan | Preparation of high-performance zeolite catalysts through the control of defect sites |
KN-3 | Cong-Yan Chen | Chevron Energy Technology Co., USA | Investigation of Shape Selective Properties of SSZ-87 and Other Zeolites via Hydrocarbon Adsorption and Catalytic Test Reactions |
KN-4 | Naonobu Katada | Tottori University, Japan | Variation of Brønsted Acid Strength of Aluminosilicates: Measurements and Analysis of Its Origin |
KN-5 | Emiel J.M. Hensen | Eindhoven University of Technology, The Netherlands | On the role of defects in the deactivation of zeolite SSZ-13 in the methanol-to-olefins reaction |
KN-6 | Zhongmin Liu | Chinese Academy of Sciences, China | Recent progress on fundamental researches of MTO reaction |
KN-7 | Fernando Rey | Instituto de Tecnología Química, Spain | New Organic Structure Directing Agents for Synthesis of Zeolites |
KN-8 | Feng-Shou Xiao | Zhejiang University, China | Green routes for synthesis of zeolite catalysts |
KN-9 | Manuel Moliner | Instituto de Tecnología Química, Spain | Rationalizing the synthesis of small pore zeolites with large cavities |
KN-10 | Furio Cora | University College London, UK | Structure and catalytic activity of transition metal doped AlPOs – a computational perspective |
KN-11 | Raul Lobo | University of Delaware, USA | Novel Active Sites and New Opportunities in Zeolite Catalysis |
KN-12 | Masaru Ogura | University of Tokyo, Japan | Purification of Diesel Engine Exhaust using Zeolite Catalysts |
KN-13 | Masahiko Matsukata | Waseda University, Japan | Microporous Membrane Technologies for Energy and Chemicals Production |
KN-14 | Matthias Thommes | Quantachrome Instruments, USA | Progress and challenges in the physical adsorption characterization of mesoporous zeolites |
KN-15 | Jorge Gascon | Delft University of Technology, The Netherlands | Rational design of structured catalysts and membranes |
KN-16 | Christian Serre | Universitè de Versailles Saint-Quentin-en-Yvelines, France | From synthesis to applications of stable MOFs |
KN-17 | Hirotomo Nishihara | Tohoku University, Japan | Zeolite-templated carbons and their applications |