1. Evaluation of quantitation of fatty acids in food samples using thermally assisted hydrolysis and methylation GC
2. Quantitative analysis of trace calcium stearate in polyethylene using thermally assisted hydrolysis and methylation GC/MS
3. Simultaneous analysis of high-boiling trace additives in polyethylene using thermal desorption and thermally assisted hydrolysis and methylation GC/MS
4. Quantitative analysis of low-boiling phthalate esters in polymers using thermal desorption GC/MS
5. Effect of hydrogenation in pyrolysis-GC/MS with hydrogen as a carrier gas

1. Rapid Evaluation of Photo, Thermal and Oxidative Degradation of EPDM by Online UV Irradiation Py-GC/MS

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1. Optimizing Precision and Accuracy: The Quantitative Analysis of Additives in Polymeric Materials
2. Design Aspects of a Multi-Mode, Tandem Micro-Reactor GC/MS System for Catalyst Testing
3. New Capabilities and Applications with a Tandem Micro-Reactor GC/MS System for Catalysis Research
4. Alternatives to Helium Carrier Gas for Analytical Pyrolysis GC/MS
5. Thermal Characterization of Polymeric Materials: Comparing the Information Obtained Using Evolved Gas Analysis – MS and Thermal Gravimetric Analysis – MS

1. Online GC/MS analysis of nylon by chemical decomposition in a closed system

1. Development of versatile high temperature micro-furnace pyrolyzer applicable to advanced material characterization
2. Development of quartz bonded on glass sample cup for Py-GC application
3. Development of rapid screening reactor having tandem furnace for catalysis selection
4. Development of squeezed GC metal capillary column

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1. Study of basic performance of Pyrex sample cups whose surface was deactivated by quartz
2. Improvement and Study of basic performance of micro reaction sampler for a pyrolyzer with a vertical furnace, useful for characterization of condensation polymers
3. Development of squeezed metal capillary column and its basic study in polymer analysis
4. Evolved gas analysis of carbon fiber precursor made from polyacrylonitrile in high temperature region
5. Feasibility study of additive MS library constructed based on data obtained by thermal desorption GC/MS
6. Development of a GC/MS system for catalyst search equipped with a tandem micro reactor for instantaneous evaluation of catalysts

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1. Frontier Lab Pyrolyzer User’s Workshop
2. Pyrolysis for GC and GC/MS Demystified
3. A Micro-reactor system for rapid screening of catalysts and chemical processes
4. Techniques for Preparing Calibration Standards When Quantitating Additives in Polymeric Matrices

1. Development of a tandem micro reactor directly coupled with a GC/MS system and attempts at instantaneous evaluation of catalysts