The reaction mechanism of NCO + NO was studied using density functional theory (DFT) method at 6-31G* level. Geometry optimization, vibrational frequency analysis, and kinetic and thermodynamic properties calculation were performed for reactants, transition state and products. These results indicate that the reaction branch NCO + NO rightwards arrow N2 + CO2 is a major path way of the reaction of NCO + NO on the potential energy surface.
Density functional theory (DFT) calculations were performed to study the configuration and electronic states of N2O and H2O adsorbed on the ion-ex changed ZSM-5 using the Gaussian98 program. We also calculated the adsorption energy of NO2 species and H2O ad sorbed on various ion exchanged ZSM-5. The calculated results indicated that Cu+, Co2+ and Ti3+ sites on ZSM-5 have strong affinity to N2O and these metal cations are stable against water poisoning.
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