An Overview of Ammonia SCR on Cu-Supported Zeolites
The Evidence of Complex Effects of SO2 on the Performance and Durability of Lean NOx Traps
Effect of Hydrothermal Aging on Various Catalytic Functions of a Small-Pore Cu-Zeolite Catalyst with CHA-type Structure
Experimental Evidence for the Mechanism Behind the Unusual NH3 Overconsumption During SCR over Fe-zeolites
New Insights Into the Unique Operation of Small Pore Cu-Zeolite SCR Catalyst: Overlapping NH3 Desorption and Oxidation Characteristics for Minimizing Undesired Products
Determination of the Active Cu Environment in SSZ-13 under Standard SCR Conditions with Operando X-ray Absorption
NO Oxidation : A Probe Reaction on Cu – SSZ13
Diagnostic of Zeolite-based SCR Catalyst Deactivation Modes Using NO Oxidation as a Probe Reaction
Copper Dimers Are the Active Sites for NO Oxidation on Cu/ZSM-5
Impact of Ion Exchanged Transition Metal Ion on the Hydrothermal Stability of Zeolite Structure in SCR Catalysts
Effect of Transition Metal Ion on the Catalytic Functions of Zeolite-based SCR Catalysts and SOx Storage / Removal
The Evidence of Complex Effects of SO2 on the Performance and Durability of Lean NOx Traps
Effect of Hydrothermal Aging on Various Catalytic Functions of a Small-Pore Cu-Zeolite Catalyst with CHA-type Structure
Experimental Evidence for the Mechanism Behind the Unusual NH3 Overconsumption During SCR over Fe-zeolites
New Insights Into the Unique Operation of Small Pore Cu-Zeolite SCR Catalyst: Overlapping NH3 Desorption and Oxidation Characteristics for Minimizing Undesired Products
Determination of the Active Cu Environment in SSZ-13 under Standard SCR Conditions with Operando X-ray Absorption
NO Oxidation : A Probe Reaction on Cu – SSZ13
Diagnostic of Zeolite-based SCR Catalyst Deactivation Modes Using NO Oxidation as a Probe Reaction
Copper Dimers Are the Active Sites for NO Oxidation on Cu/ZSM-5
Impact of Ion Exchanged Transition Metal Ion on the Hydrothermal Stability of Zeolite Structure in SCR Catalysts
Effect of Transition Metal Ion on the Catalytic Functions of Zeolite-based SCR Catalysts and SOx Storage / Removal
Evolution of the Oxidation State and Morphology of Subnanometer to Nanometer Size Cobalt Catalysts: Detailed Insights from Combined in situ and ex situ Studies
Tuning Performance in Selective Oxidative Reactions via Catalyst Size, Composition, Support, Additives, and by Controlling the Oxidation State of the Catalyst under Reaction Conditions
Tuning Performance in Selective Oxidative Reactions via Catalyst Size, Composition, Support, Additives, and by Controlling the Oxidation State of the Catalyst under Reaction Conditions
Density Functional Theory Investigation of the Mechanism of Propane Ammoxidation over Mo-V-Te-Nb-O M1 Catalyst
Ta and Nb Locations in Mo-V-Te-(Ta, Nb)-O M1 Phases and Their Role in Selective Propane Ammoxidation to Acrylonitrile
Mechanism of Propane Ammoxidation over Mo-V-Te-Nb-O M1 Catalyst Investigated Using Density Functional Theory
Ta and Nb Locations in Mo-V-Te-(Ta, Nb)-O M1 Phases and Their Role in Selective Propane Ammoxidation to Acrylonitrile
Mechanism of Propane Ammoxidation over Mo-V-Te-Nb-O M1 Catalyst Investigated Using Density Functional Theory