This free workshop covers in-depth Dynamic Vapor Sorption (DVS) technique and iGC-SEA (Inverse Gas Chromatography – Surface Energy Analyzer), the most-advanced scientific instrument in determining surface energy. Individual whose works are in line with studying materials wood and composites will gain better understanding on the uses and benefits of DVS and iGC-SEA.
Speakers from industry and academia will discuss DVS and iGC-SEA, from theory to common applications and present real case studies. In addition, an instrument demonstrations will also be taken place at the end of all presentations.
Date: Thursday, 10th March 2016
Time: 10am – 4pm (GMT)
Venue: University Göttingen Campus Nord Büsgenweg 4, Room 4.1, 37077 Göttingen, Germany
Presentation topics:
- Water Sorption in Cellulose Based Materials: Role of the Amorphous Component (Dr Daryl Williams, Imperial College London)
- Water Vapour Sorption of Modified Wood (Reza Hosseinpourpia, University of Göttingen)
- Surface characterization of wood materials by iGC for composite development (Dr Anett Kondor Surface Measurement Systems)
- Factors influencing the sorption properties of thermally modified wood (Michael Altgen, University of Göttingen)
For more details, please email Zen Limuco at zlimuco@surfacemeasurementsystems.com
Speakers from industry and academia will discuss DVS and iGC-SEA, from theory to common applications and present real case studies. In addition, an instrument demonstrations will also be taken place at the end of all presentations.
Date: Thursday, 10th March 2016
Time: 10am – 4pm (GMT)
Venue: University Göttingen Campus Nord Büsgenweg 4, Room 4.1, 37077 Göttingen, Germany
Presentation topics:
- Water Sorption in Cellulose Based Materials: Role of the Amorphous Component (Dr Daryl Williams, Imperial College London)
- Water Vapour Sorption of Modified Wood (Reza Hosseinpourpia, University of Göttingen)
- Surface characterization of wood materials by iGC for composite development (Dr Anett Kondor Surface Measurement Systems)
- Factors influencing the sorption properties of thermally modified wood (Michael Altgen, University of Göttingen)
For more details, please email Zen Limuco at zlimuco@surfacemeasurementsystems.com
