Index of ACERC Publications by Author

2-00-P02 - Modeling High Pressure Char Oxidation Using Langmuir Kinetics with an Effectiveness Factor

4-00-J01 - Improving the Accuracy of Predicting Effectiveness Factors for m-th Order and Langmuir Rate Equations in Spherical Coordinates

4-00-P04 - Modeling Condensed Phase Kinetics and Physical Properties in Nitramines: Effect on Burning Rate Temperature Sensitivity

1-99-P01 - Kinetics of NO Reduction by Char: Effects of Coal Rank

1-99-P02 - Kinetics of High-Pressure Char Oxidation

1-98-S01 - Kinteics of NO Reduction by Char: Effects of Coal Rank

1-97-J04 - NO Reduction by Char: Effects of Coal Rank, Burnout Level, and Burnout Conditions

1-97-J05 - Catalyst Characterization by Quantitative FTIR: Determination of Rh-CO Extinction Coefficients for Rh/ZMS-5

1-97-P02 - The Kinetics of NO Reduction by Char: The Effects of Coal Rank, Burnout Level, and Burnout Conditions

1-97-P04 - Survey Results of Outcome Assessment at Brigham Young University

1-97-S02 - NO Reduction by Coal Char: Kinetics and Modeling

1-96-J07 - The Effects of CaO and Burnout on the Kinetics of NO Reduction by Beulah Zap Char

1-96-P02 - Modeling High Temperature Char Oxidation

1-96-P03 - Nitric Oxide Reduction by CaO-Containing Coal Char: Correlation of Kinetics with CaO Surface Area

1-96-P05 - Effects of CaO Catalysis on the Kinetics of NO Reduction by Beulah Zap Char

1-96-P06 - NO Reduction by CH4 Over ZSM5-Supported Rhodium and Palladium Catalysts

1-96-S02 - Effects of CaO and Burnout on the Kinetics of NO Reduction by Beulah Zap Char

1-96-S03 - Effects of Burnout Level and CaO Catalysis on the Kinetics of Nitric Oxide Reduction by Beulah Zap Char

1-94-I01 - Catalytics Reactor Design: Keeping the Catalyst in Mind From the Beginning

1-94-J02 - Effects of CaO Surface Area on Intrinsic Char Oxidation Rates for Beulah Zap Chars

1-94-S03 - Modeling the Effects of Burnout on High-Temperature Char Oxidation

3-94-S01 - Catalysts for Cleanup of NH3, NOx and CO from a Nuclear Waste Processing Facility

6-94-P01 - Improved Diameter, Velocity, and Temperature Measurements for Char Particles in Drop-Tube Reactors

1-93-J19 - Catalyst Characterization Using Quantitative FTIR: Co on Supported Rh

1-93-P10 - Mineral Matter Catalysis During High- and Low-Temperature Char Oxidation of Lignite Chars

3-93-J10 - Selective Catalytic Reduction of Nitric Oxide by Propane in Oxidizing Atmosphere over Copper-Exchanged Zeolites

1-92-J03 - Catalyst Characterization Using Quantitative FTIR: CO on Supported Rh

1-92-J08 - Low-Temperature Char Oxidation Kinetics: Effect of Preparation Method

1-92-S01 - Molybdena, Ceria, and Niobia Addition to Supported Rh Catalysts: Effects on NO Reduction by CO

1-92-S02 - Effects of Burnout on Char Oxidation Kinetics

3-92-J01 - Selective Catalytic Reduction of Nitric Oxide by Propane in Oxidizing Atmosphere over Copper-Exchanged Zeolites

1-91-J01 - Low-Temperature Char Oxidation Kinetics: Effect of Preparation Method

1-91-P03 - Effects of Burnout on Char Oxidation Rates

1-91-P05 - Improved Temperature, Velocity and Diameter Measurements for Char Particles in Drop-Tube Reactors

1-91-P06 - Effects of Burnout on Intrinsic Char Oxidation Kinetics

1-91-P07 - Effects of Burnout on Char Oxidation Kinetics

2-91-J03 - Changes in Surface Area, Pore Structure and Density During Formation of High-Temperature Chars from Representative U.S. Coals

1-90-J09 - NO Reduction Activity and FTIR Characterization of Rhodium on Niobia-Modified SiO2

1-90-P08 - Low Temperature Kinetics of Coal Char Oxidation

2-90-J02 - Changes in Surface Area, Pore Structure and Density During Formation of High-Temperature Chars from Representative U.S. Coals

1-89-S01 - Effects of Preparation Variables on Reactivity and Surface Properties of ACERC Coal Chars

1-89-P10 - The Effects of Rank and Preparation Method on Coal Char Oxidation Rates

1-89-P11 - Effects of Char Preparation Variables on Reactivity and Surface Properties of Chars Derived from ANL Coals

1-89-S02 - Oxidation Rate Measurements of Coals and Derived Chars

1-89-S03 - Surface Properties and Pore Structure of ACERC Coals and Chars

1-89-S04 - Pore Structure Characterization of Coals & Chars Via NMR

2-89-P04 - Surface Areas and Pore Structures of ANL and PETC Coals and Derived Chars

1-88-P05 - Surface and Pore Properties of ANL and PETC Coals

3-88-P01 - The Effects of Nitric Oxide Reduction Activity of Molybdena and Ceria Addition to Rh/Silica Catalysts

1-87-P06 - Fuel Characteristics and Reaction Mechanisms

1-87-R02 - Char Preparation Facility

3-87-J07 - The Effect of Weight Loading and Reduction Temperature on Rh/Silica Catalysts for NO Reduction by CO