Jeff Kenvin
Jeff KenvinGroup Leader, Scientific Services Group
肯文博士获得了学士学位宾夕法尼亚州费城德雷克塞尔大学化学工程学士学位。他获得了博士学位。佐治亚州亚特兰大佐治亚理工学院的化学工程学位。他的专业领域是使用物理和化学吸附以及汞毛孔法的多孔材料和催化剂的表征。
While employed by the Mobil Research and Development Company as a member of the Mobil Lubes – Process and Products Research Division, Dr. Kenvin managed research and development projects involving the commercialization of new hydrotreated base oils. He was the innovator of the use of chemometrics to define base oil quality standards. These chemometric models subsequently led to the development and implementation of novel techniques for characterizing composition and optimizing refinery lube operations, and the technology was successfully implemented in all Mobil lube refineries.In1994, Dr. Kenvin received the Products Division – Technology Award for his contribution to the Mobil Corporation.
后来，肯文博士是北美下一代过程组合小组的Hoechst A.G. A.G. A.G.北美下一代过程组合集团的成员，在佐治亚理工学院指导了杠杆研究。他的研究涉及鉴定新技术，用于改善PET（聚酯二苯二甲酸酯）的低成本三脑酸和新型单体，包括将超酸催化应用于甲苯的羰基化。
Dr. Kenvin has been invited to present scientific lectures at more than 100 seminars and regularly participates in short courses on particle technology. He also serves on international advisory boards and is an officer of the ASTM D-32 committee on catalysis.
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Other Publications:
分层结构：量化分层faujasite沸石的复杂孔结构以及对扩散的影响–Advanced Functional Materials，Jeffrey Kenvin，Sharon Mitchell，Michael Sterling，Robbie Warringham，Tobias C. Keller，Paolo Crivelli，Jacek Jagiello，JavierPérez-Ramírez（2016）（2016年），（Adv。Funct。Mater。Mater。Mater。31/2016）。ADV。功能。Mater。，26：5768。Doi：10.1002/adfm.201670203
分层组织的沸石的结构分析–OPEN SOURCE
Sharon Mitchell，Ana B. Pinar，Jeffrey Kenvin，Paolo Crivelli，JörgKärger和JavierPérez-Ramírez
Nature Communications6, Article number: 8633 doi:10.1038/ncomms9633
Unified Method to the Total Pore Volume and Pore Size Distribution of Hierarchical Zeolites from Argon Adsorption and Mercury Intrusion
Jeffrey Kenvin, Jacek Jagiello, Sharon Mitchell, and Javier Perez-Ramirez, 20 January 2015
”High oxygen nanocomposite barrier films based on xylan and nanocrystalline cellulose“,Nano-Micro Lett.2, 235-241 (2010) with Amit Saxena, Thomas J. Elter, and Arthur J. Ragauskas.
”The Oxidative Coupling of Methyl Benzoate”,Journal of Catalysis，第193卷，2000年，第49-57页，与A. V. Iretski，S.C。Sherman，D。A。Schiraldi和Mark G. White。
”The Formylation of Toluene in Trifluoromethanesulfonic Acid”,Journal of Catalysis, Volume 199, 2001, Pages 149-153,与Dhiraj S. Sood，Sheldon C. Sherman，Alexei V.Iretskii，David A. Schiraldi和Mark G. White。
”支持ed Catalysts Prepared from Mononuclear Copper Complexes: Catalytic Properties”,Journal of Catalysis, Volume 135, 1992, Pages 447–458,with Mark G. White.
”由铜（II）乙酰乙酸酯制备的支持的氧化铜催化剂的选择性化学吸附和氧化/还原动力学”,Journal of Catalysis，第130卷，1991年，第447页–458,with Mark G. White.
”Preparation and Characterization of Supported Mononuclear Metal Complexes as Model Catalysts”,Langmuir，第7卷，1991年，第1198页–1205,with Mark G. White and Mark B. Mitchell.
”Discrete-event Simulation of Large-Scale Poliomyelitis Vaccine Production”,过程生物化学，第22卷，第3期，1987年，第74 - 77页，with Jude T. Sommerfeld.
