技术资料

会议&展会

Material Life Society, Japan 23th annual meeting

2012年7月5-6日，大田，群马，日本

  1. Evaluation of photo, thermal and oxidative degradation of exterior house paints using online UV irradiation Py-GC/MS and metal halide weather meter techniques. Part 2.

Pyrolysis 2012

2012年5月21日至25日，奥地利林茨

  1. Development of a new versatile high temperature micro-furnace pyrolyzer for pyrolysis-GC incorporating a cylindrical tube heater for the advanced characterization of polymeric materials
  2. Pyrolysis-GC/MS: Optimize reproducibility and improve polymer identification using evolved gas analysis (EGA)-MS and Double-Shot analysis
  3. Using Py-GC/MS to determine residual silicone defoamers on pulp fibres and in mill deposits
  4. Reactive pyrolysis gas chromatography (RxPy-GC) applied for the quantitative analysis of omega-3 fatty acids (DHA, EPA) in edible marine oils
  5. F-Search: An integrated MS search engine with multiple MS libraries improves laboratory productivity
  6. Rapid evaluation of photo, thermal and oxidative degradation of high impact polystyrene by micro-Ultra Violet Irradiator-pyrolysis GC/MS system
  7. Rapid processing followed by material characterization by on-line Tandem Pyrolyzer – application in hydrogenation, oxygenation of pyrolyzates of polymers and transformation of ethanol to propyrene
  8. Newly developed micro reaction sampler applied for on-line GC analysis of intractable condensation polymers
  9. Simple quantitative analysis of stearic acid in styrene butadiene rubber utilizing reactive pyrolysis GC/MS method with tetramethylammonium hydroxide
  10. How to guarantee the highly excellent data quality of a vertical micro-furnace pyrolyzer
  11. Determination of alkylphenol components in Ginkgo biloba sarcotesta by thermochemolysis-gas chromatography/mass spectrometry in the presence of trimethylsulfonium hydroxide
  12. Identification of oil from an ancient object by thermally assisted hydrolysis and methylation-gas chromatography/mass spectrometry

PittCon 2012

2012年3月11-15日，美国奥兰多

  1. A Simple, One-step, Quantitative Analytical Method for the Analysis of Omega 3 and Other Important Fatty Acids in Natural Products
  2. Quantitative Analysis of Stearic Acid in Rubber Using Reactive Pyrolysis GC/MS
  3. Fast, Easy and “Green” Thermal Desorption-GC/MS Method for the Analysis of Phthalate Esters in PVC: Effect of Calibration Technique on Accuracy and Precision
  4. Quantitative analysis of stearic acid in rubber using reaction pyrolysis GC/MS
  5. Development of a New GC-MS Library for the Identification of Condensation Polymers
  6. Rapid Evaluation of Photo, Thermal, and Oxidative Degradation of EPDM Rubber by Online Ultraviolet Irradiation Py-GC/MS

Japanese Association of Forensic Science and Technology

2011年11月17-18日，日本东京

  1. Differentiating polyamide resin by EGA-MS

16th Symposium on Polymer Analysis and Characterization

2011年10月26-27日，日本东京

  1. Library search for condensation polymers using a reactive pyrolysis GC/MS library
  2. Rapid evaluation of photo, thermal, and oxidative degradation of EPDM rubber by on-line UV irradiation Py-GC/MS technique
  3. Development of organic polymer monolith having a zwitterion functionality and study of fundamental characteristics as an extraction element for use with multi-functional pyrolyzer
  4. Quantitative analysis of phthalates in polyvinylchloride under influence of strong matrix effects using thermal desorption GC/MS
  5. Quantitative analysis of stearic acid in rubber using reactive pyrolysis GC/MS
  6. Inhibition of isomerization reactions of unsaturated fatty acids in analysis using reactive pyrolysis GC technique

Conference of the Society for Chromatographic Science

2011年10月20日至22日，日本仙台

  1. Micro reaction sampler userful for on-line GC analysis of intractable polymer samples
  2. Development of a new solid phase extraction element based on an argaminc polymeric monolith
  3. Development of a new vertical type of micro-furname pyrolyzer for pyrolysis-GC incorporationg a tube type of ceramic heater with highter temperature applicability
  4. Quantitative analysis of stearic acid in rubber using reaction pyrolysis GC/MS

Gulf Coast Conference

2011年10月11-12日，美国德克萨斯州加尔维斯通

  1. The characterization of polymeric materials using MS pattern recognision software and EGA, polymer and pyrolyzates libraries
  2. Thermal Desorption – A “Green” alternative to solvent vased extraction regimes
  3. Frontier Laboratories’ pyrolysis workshop & user’s meeting

Japan Society for Analytical Chemistry 60th annual meeting

2011年9月14-16日，日本名古屋

  1. Study of fundamental characteristics of organic polymer monolith having zwitterion functionalities.
  2. Evaluation of Photo, thermal, and oxidative degradation of EPDM rubber by online ultraviolet irradiation Py-GC/MS technique.
  3. Study of isomerization reactions of various reagents in quantitative analysis of unsaturated fatty acids by reactive pyrolysis technique.
  4. Development of a reactive pyrolysis GC/MS library for searching condensation polymers
  5. Quantitative analysis of stearic acid in rubber using reactive pyrolysis GC/MS

Material Life Society, Japan 22th annual meeting

2011年7月7-8日，日本东京

  1. Rapid evaluation of photo, thermal, and oxidative degradation of EPDM rubber by on-line UV irradiation Py-GC/MS technique

ICAS 2011

2011年5月22-26日，日本京都

  1. Development of a New Solid Phase Extraction Element Based on an Organic Polymeric Monolith
  2. A Simple Analytical Method for the Deformulation of Rubber used in various types of Vehicle Tires
  3. Effect of Co-existing Plasticizers for Quantitative Analysis of Regulated Phthalates in Poly(vinyl chloride) by Thermal Desorption GC/MS
  4. GC/MS Analysis of the Volatiles Formed during UV Irradiation and GC/MS Characterization of the Residual Polymer after UV Irradiation:Polycarbonate, High Impact Polystyrene and Ethylene Vinyl Acetate
  5. Development of a New Vertical Type of Micro-furnace Pyrolyzer for Pyrolysis-GC Incorporating a Tube Type of Ceramic Heater with Higher Temperature Applicability
  6. Micro Reaction Sampler Useful for On-Line GC Analysis of Intractable Polymer Samples

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