Strontium-Substituted Perovskites for NO Oxidation

Gaudet, Jason R.

Wednesday, June 5, 2013: 2:10 PM

Combs Chandler (Galt House Hotel)

Jason R. Gaudet¹, Sang Ok Choi¹, Michael Penninger², Chang H. Kim³, William F. Schneider² and Levi T. Thompson¹, (1)University of Michigan, USA, (2)University of Notre Dame, USA, (3)General Motors Research and Development Center, USA.

LaCoO₃ is capable of low-temperature NO oxidation, and Sr substitution improves the NO oxidation rate while reducing NO₂ inhibition. A combination of experimental and computational techniques were used to explore how Sr improves the performance of LaCoO₃.

Extended Abstracts:

2013 NACS Abstract JGaudet Corr March2013.pdf (278.7KB) - Extended Abstract

O-W-Com-10 Strontium-Substituted Perovskites for NO Oxidation