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Tuesday, Sep. 15

【Oral Presentation】

• Effect of glass fiber filters in an underwater microplastic collector on pyrolysis behavior of polymers
  (15:00~15:15 / D1101)
• Improved pyrolysis-GC/MS method for simultaneous quantification of multiple polymers
  (15:15~15:30 / D1102)
• Py-GC/MS analysis of atmospheric microplastics using a Fine/Coarse fractionating aerosol sampler
  (15:30~15:45 / D1103)
• Rapid analysis of fluoropolymers using pyrolysis-GC/MS
  (15:45~16:00 / D1104)
• Effects of GC inlet pressure and total carrier gas flow rate on polymer pyrograms
  (16:00~16:15 / H1104)
• Suppression of abnormal peaks in the medium-boiling range during pyrolysis capillary GC: Effects of GC insert packing material
  (16:15~16:30 / H1105)

Wednesday, Sep. 16

【Oral Presentation】

• Development of an online GC/MS system for analyzing polymer combustion gases in air using a pyrolyzer and corona discharge ignition
  (9:30~9:45 / B2002)
• Development of a thermal desorption GC/MS method for additive analysis using fine silica-assisted solid-phase transfer
  (9:45~10:00 / B2003)
• Elucidation of the causes of abnormal peaks in GC analysis of polymer pyrolysis: Solving a 40-year-old mystery
  (10:00~10:30 / B2004T)

【Poster Presentation】 ※All poster presentations are joint presentations.

• Quantitative analysis of micro/nanoplastics by pyrolysis-GC/MS: Evaluation of internal standards
  (11:00~12:30 / Y2020)
• Quantitative analysis of micro/nanoplastics by pyrolysis-GC/MS: Evaluation of the effects of extraction solvents and diluents
  (11:00~12:30 / Y2021)
• Measurement of atmospheric micro and nanoplastic mass concentrrations by TD/Py-GC/MS (2): Comparison with particle number concentrations in tropical regions
  (11:00~12:30 / Y2025)