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Author(s):
Harding, C. J.; Kunz, S.; Habibpour, V.; Heiz, U. 
Title:
Dual reverse spill-over: Microkinetic simulations of the CO oxidation on Pd nanocatalysts 
Abstract:
Simulations of cluster-based catalytic oxidn. of CO were performed using a dual reverse spill-over microkinetic model (DRSO-MK simulations) in order to improve the description and understand the underlying physics of the exptl. turn-over data. The description of mass-selected Pd13 TOF profiles as a function of mole fraction was reproduced to an excellent level at a range of temps. The DRSO-MK model was extended to produce predictions of reactants which are both mobile on the support, illustratin...    »
 
Keywords:
Nanoparticles Oxidation catalysts Simulation and Modeling Waste gases (dual reverse spill-over: microkinetic simulations of carbon monoxide oxidn. on palladium nanocatalysts) dual reverse spill over microkinetic simulation carbon monoxide oxidn microkinetic simulation carbon monoxide oxidn palladium nanocatalyst 
Congress title:
CAN 149:453895 59-4 Air Pollution and Industrial Hygiene Lehrstuhl fuer Physikalische Chemie, Technische Universitaet Muenchen, Lichtenbergstr. 4, Garching, Germany. Journal 0009-2614 7440-05-3 (Palladium) Role: CAT (Catalyst use), USES (Uses) (dual reverse spill-over: microkinetic simulations of carbon monoxide oxidn. on palladium nanocatalysts); 630-08-0 (Carbon monoxide) Role: REM (Removal or disposal), PROC (Process) (dual reverse spill-over: microkinetic simulations of carbon monoxide oxid...    »
 
Journal title:
Chem. Phys. Lett. 
Year:
2008 
Journal volume:
461 
Journal issue:
4-6 
Pages contribution:
235-237 
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