Surface-Generated Gas-Phase Radicals: Formation, Detection, and Role in Catalysis
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Elsevier
Reference158 articles.
1. Present State of Ideas on the Mechanism of Catalytic Hydrocarbon Oxidation
2. Selective Oxidation of Propylene
3. “Chemistry of Catalytic Processes.”;Gates,1979
4. The catalytic oxidation of propylene I. Evidence for surface initiated homogeneous reactions
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