Index of ACERC Publications by Author

1-00-B01 - Fossil Fuel Power Stations-Coal Utilization

4-00-B01 - PCGC-3

4-00-J02 - Prediction of Nitric Oxide Destruction by Advanced Reburning

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

2-99-J03 - PDF Modeling of Lean Premixed Combustion Using In Situ Tabulated Chemistry

2-99-J04 - Computational Model for NOx Reduction by Advanced Reburning

4-99-J02 - Computational Model for NOx Reduction by Advanced Reburning

4-99-J05 - Components, Formulations, Solutions, Evaluation, and Application of Comprehensive Combustion Mode

2-98-J02 - NOx Control Through Reburning

2-98-J05 - Stochastic Modeling of CO and NO in Premixed Methane Combustion

4-98-J01 - A Reduced Kinetic Model for NOx Reduction by Advanced Reburning

3-97-J02 - NOx Control Through Reburning (A Review)

3-97-P01 - A Reduced Kinetic Model for NOx Reduction by Advanced Reburning

5-97-J03 - Stochastic Modeling of CO and NO in Premixed Methane Combustion

5-97-P01 - Comprehensive Model for Lean Premixed Combustion in Industrial Gas Turbines - Part I. Validation

5-97-P02 - Comprehensive Model for Lean Premixed Combustion in Industrial Gas Turbines - Part II. Application

7-97-J01 - A Decade of Combustion Research

1-96-J10 - Devolatilization of Large Coal Particles at High Pressure

3-96-J05 - Model Comparisons with Drop Tube Combustion Data for Various Devolatilization Submodels

5-96-J03 - Global Rate Expression for Nitric Oxide Reburning. Part 2

5-96-J06 - A Computational Method for Determining Global Fuel-NO Rate Expressions. Part 1

5-96-P02 - Application of Comprehensive Combustion Modeling to Practical Combustion Systems

5-96-P03 - Modeling of Industrial Gas Turbine Combustors

5-96-P04 - Prediction of CO and NOx in Lean Premixed Turbulent Combustion

5-95-J01 - An Improved Model for Fixed-Bed Coal Combustion and Gasification: Sensitivity Analysis and Applications

1-94-B03 - The Structure and Reaction Process of Coal

1-94-J03 - Rates of Oxidation of Millimeter-Sized Char Particles: Simple Experiments

1-94-J06 - Effect of Pressure on Oxidation Rates of MM-Sized Char

1-94-J11 - A Facility for High-Pressure Measurement of Reaction Rates of MM-Sized Coal

5-94-J01 - Combustion and Gasification of Coals in Fixed-Beds

5-94-J02 - An Improved Model for Fixed-Bed Coal Combustion and Gasification

5-94-P03 - Fossil-Fuel Conversion - Measurement and Modeling

1-93-B01 - Coal Characteristics, Structure, and Reaction Rates

1-93-B02 - The Structure and Reaction Processes of Coal

1-93-B03 - The Structure and Reaction Processes of Coal

1-93-J13 - Rates of Millimeter-Sized Char Particle Oxidation: Simple Experiments

2-93-B01 - Ash Formation and Deposition

3-93-B01 - Pollutant Formation and Control

3-93-J02 - Development and Application of an Acid Rain Precursor Model for Practical Furnaces

3-93-P07 - Comparison of Measurements and Predictions of Flame Structure and Thermal NOx, in a Swirling, Natural Gas Diffusion Flame

4-93-B01 - Turbulent Reacting Flows

4-93-B02 - Radiative Heat Transfer

5-93-B01 - Comprehensive Modeling

5-93-B02 - Coal Processes and Technologies

5-93-J05 - Structure of a Near-Laminar Coal Jet Flame

5-93-J06 - A Comprehensive Three-Dimensional Model for Simulation of Combustion Systems: PCGC-3

5-93-J08 - Modeling of Coal Conversion Processes in Fixed Beds

5-93-R01 - User's Manual for 93-PCGC-2:Pulverized Coal Gasification and Combustion Model (2-Dimensional) with Generalized Coal Reactions Submodel FG-DVC

5-93-R02 - Measurement and Modeling of Advanced Coal Conversion Processes

5-93-R03 - User's Manual for FBED-1: Fixed Bed Coal Combustion and Gasification Model with a Generalized Coal Devolatilization Submodel (FG-DVC)

6-93-B01 - Process Data and Strategies

7-93-J01 - Role of Combustion Research in the Fossil Fuel Industry

3-92-P07 - Comparison of Measurements and Predictions of Flame Structure and Thermal NOx, in a Swirling, Natural Gas Diffusion Flame

5-92-J01 - Modeling Fixed-Bed Coal Gasifiers

5-92-J03 - Modeling Sorbent Injection and Sulfur Capture in Pulverized Coal Combustion

5-92-J04 - Prediction of Effluent Compositions for Fixed-Bed Coal Gasifiers

5-92-P04 - Measurements and Predictions of Coal Combustion in a Utility Furnace

5-92-R01 - Comprehensive Fixed-Bed Modeling, Review, Development, Evaluation, and Implementation

6-92-J01 - The Sensitivity of Entrained-Flow Coal Gasification Diffusion Burners to Changes in Geometry

6-92-P01 - Char Oxidation at Elevated Pressures

1-91-J10 - Relation Between Reactivity and Structure for Coals and Chars

3-91-P07 - Comparison of Measurements and Predictions of Flame Structure and Thermal NOx, in a Swirling, Natural Gas Diffusion Flame

5-91-B01 - Fossil Fuel Combustion: A Source Book

5-91-P01 - Measurements and Modeling of Advanced Coal Conversion Processes: Fixed-Bed Coal Gasification Modeling

5-91-R01 - Measurement and Modeling of Advanced Coal Conversion Processes

5-91-R02 - Detailed Model for Practical Pulverized Coal Furnaces and Gasifiers, Volume II, User Manual for 1990 Version Pulverized Coal Gasification and Combustion 3-Dimensional (90-PCGC-3), Final Report

5-91-S01 - Modeling and Experimental Research in the Advanced Combustion Engineering Research Center

1-90-J10 - Relation Between Reactivity and Structure for Coals and Chars

1-90-J18 - Characteristics of Commonly-Used U.S.Coals: Towards a Set of Standard Research Coals

5-90-P04 - Structure of a Near-Laminar Coal Jet Flame

5-90-S02 - Fixed-Bed Coal Gasification Modeling

1-89-J08 - Characteristics of Commonly-Used U.S. Coals--Towards a Set of Standard Research 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

3-89-P01 - Measurement and Prediction of Thermal and Fuel NOx

5-89-B01 - Coal and Char Combustion

5-89-P03 - Detailed Model for Practical Pulverized Coal Furnaces and Gasifiers

6-89-J02 - Effects of Pressure and Coal Rank on Carbon Conversion in an Entrained-Coal Gasifier

6-89-P04 - Measurement and Interpretation of Explosion Bomb Tests for Low Rank Coal

1-88-J09 - Treatment of Coal Devolatilization in Comprehensive Combustion Modeling

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

2-88-J04 - Sulfur Pollutant Formation During Coal Combustion

3-88-P02 - Lignite Slurry Spray Characterization and Combustion Studies

4-88-P01 - Predicted Effects of Coal Volatiles Composition in Turbulent Flames

5-88-J01 - Measurement and Prediction of Entrained-Flow Gasification Processes

5-88-P02 - Numerical Model of a Moving-Bed Coal Reactor

5-88-R01 - Revised User's Manual

6-88-J02 - The Sensitivity of Entrained-Flow Coal Gasification Burners to Changers in Inlet Boundary Conditions

6-88-J03 - Effects of Pressure and Coal Rank on Carbon Conversion in an Entrained-Coal Gasifier

6-88-J04 - Low Rank Coal-Water Fuel Combustion in a Laboratory Scale Furnace

6-88-P01 - The Impact of Diffusion Flame Injectors on Entrained Coal Gasification

6-88-P02 - A Comparison of Combustion Characteristics Between Lignite-Water Slurry and Pulverized Lignite

7-88-P01 - Explosion Limits and Flame Speed For a Low-Rank Coal

1-87-J02 - Particle Size Dependence of Coal Char Reactivity

1-87-R01 - Selection and Characteristics of ACERC Coals

3-87-J01 - Prediction of Nitric Oxide in Advanced Combustion Systems

3-87-J03 - Release and Reaction of Fuel-Nitrogen in a High-Pressure Entrained-Coal Gasifier

3-87-P01 - Further Evaluation of a Nitric Oxide Model

3-87-P02 - Sulfur Species Formation in a High-Pressure Entrained-Coal Gasifier

5-87-P01 - Comprehensive Modeling of Combustion Systems

6-87-J01 - Controlling Mechanisms in Gasification of Pulverized Coal

6-87-P01 - The Sensitivity of Entrained-Flow Coal Gasification Diffusion Burners to Changes in Geometry

2-86-P02 - The Behavior of Chlorine in Kentucky and Illinois Coals During Combustion and Its Effects on Ash Deposits

3-86-J01 - Effects of Swirling Flow on Nitrogen Oxide Concentration in Pulverized Coal Combustors

3-86-P01 - Release and Reaction of Fuel-Nitrogen in a High-Pressure Entrained-Coal Gasifier

4-86-J01 - Modeling of Swirl in Turbulent Flow Systems

5-86-J01 - Prediction of High Intensity Pulverized Coal Combustion

5-86-P01 - Optimization of Coal Devolatilization Model Parameters for Comprehensive Gasification and Combustion Models

6-86-J01 - Effects of Flame Type and Pressure on Entrained Coal Gasification

6-86-J02 - Laboratory-Scale Combustion of Coal-Water Mixtures

6-86-J03 - Effect of Coal Type of Entrained Gasification

6-86-J04 - Carbon Conversion in an Atmospheric-Pressure Entrained Coal Gasifier

6-86-S01 - Lignite Coal Water Slurry Combustion Characteristics in a Laboratory-Scale Furnace

6-86-S02 - Lignite Slurry Atomizer Spray Distribution and Characterization Studies