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Harb, J.N. |
2-97-J01 - Modeling of Ash Deposition in Large-Scale Combustion Facilities Buring Pulverized Coal
2-97-P01 - Modeling of Ash Deposit Growth and Sintering in PC-Fired Boilers
2-94-B02 - A Mathematical Model for the Build-Up of Furnace Wall Deposits
2-94-B03 - Characterization of Minerals and Coal/Mineral Associations in Pulverized Coal
2-94-S01 - Radiative Heat Transfer in Pulverized-Coal Fired Boilers - Development of the Absorptive/Reflective Character of Initial Ash Deposit
2-93-B01 - Ash Formation and Deposition
2-93-J01 - Fuel Minerals, Fouling, and Slagging
2-93-J02 - The Effect of Particle Composition and Temperature on the Deposition of Two Western U.S. Coals in a Laminar Drop-Tube Furnace
2-93-J03 - Use of Equilibrium Calculations to Predict the Behavior of Coal Ash in Combustion Systems
2-93-J04 - Simulation of Ash Deposit Growth in a Pulverized Coal-Fired Pilot Scale Reactor
2-93-J07 - In Situ, Real-Time Characterization of Coal Ash Deposits Using Fourier Transform Infrared Emission Spectroscopy
2-93-P01 - Ash Deposits, Coal Blends and the Thermal Performance of Furnaces
2-92-P01 - Characterization of Included and Excluded Minerals in Pulverized Coal
2-91-P02 - The Effect of Variations in Particle-to-Particle Composition on the Formation of Ash Deposits
2-90-I01 - Fireside Corrosion in PC-Fired Boilers
2-90-P02 - Theoretical Investigation of Ash Transport in a Laminar Drop-Tube Furnace Including Temperature and Compositional Effects
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