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This study examined the individual and simultaneous adsorption of NO (NO-NO ) and SO on activated carbon x 2 2 impregnated with KOH (KOH-IAC). For individual component adsorption, KOH-IAC showed a higher adsorption capacity in NO-NO rich air than in SO -air. In the simultaneous adsorption of NO-NO -
Density functional theory was used to investigate the chemical reactivity of oxygen vacancies on the MgO surface towards CO 2 , NO 2 and metal atoms. The oxygen vacancies induce changes in the electronic structure of the MgO compared to that of the regular surface. The most common surface defects ca
The reaction of the NH, radical with NO, NH2 +NO+k, products, was investigated using intracavity laser spectroscopy. The temperature dependence of k, [T) over the range 295-620 K is well approximated by the expression k, ( T) = (2,0? 0.4) X 1 O-'I x (T/298)-"' cm3 s-l. The branching ratios for the