561 Novel Nanoparticles and Nanostructured Materials for Catalysis - Influence of the Support


Description:
Catalysis is a crucial technology for a wide range of applications: it can be considered as one of the most successful applications of nanoscience. Most catalysts, developed predominantly by trail-and-error method, consist of materials with nano-sized features dispersed on a high–surface area support. The current progress in nanoscience could lead to substantially more efficient catalyst development. This session invites theoretical and experimental reports on the development of nanostructured particles for catalysis using chemical reaction engineering, particle technology, surface science or thin-film chemistry. Both papers on gas phase and liquid phase methods are encouraged. Note: After the close of abstract submission, this session may be combined with the corresponding session in 20A.

Sponsor:
Nanoparticles
Co-Sponsor(s):
Catalysis and Reaction Engineering Division (20)


Chair:
Bin Liu
Assistant Professor
Kansas State University
Chemical Engineering
1005 Durland
Manhattan, KS
66506
Fax Number: (785) 532-7372
Email: binliu@ksu.edu

Co-chairs:
Shu Hu
Assistant Professor
Yale University
Chemical and Environmental Engineering
9 Hillhouse Ave
New Haven, CT
06520
Email: shu.hu@yale.edu

Yu Lei
Assistant Professor
University of Alabama in Huntsville
Department of Chemical and Materials Engineering
301 Sparkman Drive
Huntsville, AL
35899
Email: yu.lei@uah.edu


Papers:
Break
561b
Computational Study of a MOF-Supported Single Site Ni Catalyst for Ethylene Dimerization
Jingyun Ye, University of Minnesota Twin Cities; Aaron League, University of Minnesota; Donald G. Truhlar, University of Minnesota; Christopher Cramer, University of Minnesota; Laura Gagliardi, University of Minnesota; Varinia Bernales, University of Minnesota; Omar K. Farha, Northwestern University; Joseph T. Hupp, Northwestern University; Zhanyong Li, Northwestern University; Ana E. Platero Prats, Argonne National Laboratory; Karena W. Chapman, Argonne National Laboratory; Donald M. Camaioni, Pacific Northwest National Laboratory; John L. Fulton, Pacific Northwest National Laboratory; Johannes A. Lercher, Pacific Northwest National Laboratory
561c
Two-Dimensional Nanomaterials As Supports for Heterogenous Catalysis
Zhe Li, Iowa State University; Yanran Cui, Purdue University; Zhenwei Wu, Purdue University; Jeffrey T. Miller, Purdue University; Fabio H. Ribeiro, Purdue University; Yue Wu, Iowa State University
561d
Mitigating the Oxidative Deactivation on a Multi-Faceted Fe Catalyst: A Multi-Scale Model from First Principles
Jacob Bray, Washington State University; Alyssa Hensley, Washington State University; Greg Collinge, Washington State University; Yong Wang, Pacific Northwest National Laboratory; Fanglin Che, University of Toronto; Jean-Sabin McEwen, Washington State University
561e
Heterogeneous Dephosphorylation Using Ceria Nanocatalysts: Identifying the Active Site and the Rate-Determining Step
Michael J. Manto, Johns Hopkins University; Pengfei Xie, Johns Hopkins University; Chao Wang, Johns Hopkins University
561f
Surface Reconstruction of Pd Concave Icosahedra: Atomic-Scale Mechanisms from First-Principles and Experiments
Ahmed Elnabawy, University of Wisconsin-Madison; Luke Roling, Stanford University; Kyle D. Gilroy, Georgia Institute of Technology; Tung-Han Yang, Georgia Institute of Technology; Jane Howe, Hitachi High-Technologies Canada; Younan Xia, Georgia Institute of Technology; Manos Mavrikakis, University of Wisconsin-Madison
561g
Enhanced Catalysis By Optical Nanoantenna Reduced on Monolayer Transition Metal Dichalcogenide
D. Keith Roper, University of Arkansas; Jeremy Dunklin, National Renewable Energy Laboratory; Gregory T. Forcherio, U.S. Army Research Laboratory; Alexander O'Brien, University of Arkansas
Abstract Submissions Closed
See more of this Group/Topical: Particle Technology Forum
<< Previous Session | Next Session >>