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Maswadeh, W. |
1-94-D02 - Devolatilization Studies of Single Coal Properties at High Heating Rates
1-93-J09 - Development of a Laser Devolatilization Gas Chromatography/Mass Spectrometry Technique for Single Coal Particles
1-93-J10 - High Speed, Two-Wavelength Radiation Thermometry of Single Micro Particles During CO2 Laser Heating
1-93-P06 - Investigation of Physical Control Mechanisms in the Thermal Decomposition of Coal by Means of On-Line Mass Spectrometric Techniques
3-93-S03 - Development of Field-Portable Mass Spectrometric Techniques for Particulate Organic Matter in PM-10
1-92-P04 - Structure/Reactivity Studies of Single Coal Particles at Very High Heating Rates by Laser Pyrolysis GC/MS
1-91-P01 - Laser Pyrolysis Gas Chromatography/Mass Spectrometry of Single Spherocarb Particles Impregnated with Bituminous and Polymeric Substances
1-91-P12 - Laser Pyrolysis GC/MS of Single Coal and Coal Model Particles
1-90-P02 - Laser Pyrolysis-Transfer Line Chromatography/Mass Spectrometry of Single, Levitated Coal Particles
2-90-P01 - Effect of Mineral Matter on Coal Devolatilization Kinetics
2-90-P07 - Mineral Matter Effects in Coal Pyrolysis
1-89-P06 - Estimation of Coal Devolatilization Modeling Parameters from Thermogravimetric and Time-Resolved Soft Ionization Mass Spectrometric Data
1-89-P08 - Laser Pyrolysis Mass Spectrometry of Single Levitated Coal Particles
3-89-P02 - Development of a Mobile Ion Trap Mass Spectrometer for Environmental Monitoring
3-89-P04 - A Mobile, Tandem Ion Trap Mass Spectrometer System for Environmental Monitoring of Vapors
3-89-P07 - Development and Testing of a Mobile Tandem Mass Spectrometer for Monitoring Gases, Vapors, and Aerosols
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