The Catalytic Chemistry of Nitrogen Oxides

SESSION I - Fundamental Studies of Nitrogen Oxide/Surface Interactions.- EPR and IR Studies of Surface Nitrosyl Complexes.- References.- Discussion.- Chemisorption and Reactivity of NO on (1010).- References.- Discussion.- Fundamental Approaches to the Decomposition of Nitric Oxide: The Transition Metal Dinitrosyl Model.- References.- Discussion..- Use of NO Chemisorption for the Study of Catalyst-Support Interactions.- References.- Discussion.- SESSION II - Related Catalytic Chemistry.- Current Status of the Catalytic Decomposition of NO.- References.- Discussion.- Catalytic Synthesis and Decomposition of Ammonia.- References.- Discussion.- Catalytic Activation of Nitrogen over Transition Metals.- References.- Discussion.- Micro and Macro Changes in a Stainless Steel Catalyst during Reduction of NO.- References.- Discussion.- Kinetics of NO Reduction by NH3 over Supported Pt and the Effect of SO2.- References.- Discussion. ..- SESSION III - Selectivity, Kinetics and Poisoning.- Simultaneous NO and CO Conversion over Rhodium.- References.- Discussion.- The Catalytic Reduction of Nitric Oxide over Supported Rhodium and Copper Nickel Catalysts.- References.- Discussion ...- Nitric Oxide and Perovskite-Type Catalysts: Solid State and Catalytic Chemistry.- References.- Discussion.- The Ammonia Route to NOx Conversion in Auto Exhaust Catalysis.- References.- Discussion.- SESSION IV - Catalytic Applications.- Iron-Catalyzed Reduction of NO by CO and H2 in Simulated Flue Gas.- References.- Discussion.- NOx Catalyst Degradation by Contaminant Poisoning.- References.- Discussion.- Application of Metallic Catalysts for Automotive NOx Control.- References.- Discussion.- Studies on NOx Reduction and Three-Component Catalysts.- References.- Discussion.- Approaches to Catalytic Control of Automotive NOx Emissions.- References.- Discussion.- Participants.- Sources Cited.