KTH Opponent: Docent Leif Robertsen, Åbo Akademi Supervisors: Professor Monica Ek and Professor Lennart Salmén The seminar will be available for streaming via Zoom webinar https://kth-se.zoom.us/j/66667478550 Follow the defense here Abstract Although the pulp and paper mill processes have been operational for long time there is still a need to understand the unit operations in paper …
KTH Opponent: Docent Merima Hasani, Chalmers University of Technology, Department of Chemistry and Chemical Engineering Supervisor: Professor Monica Ek, Fiber- och polymerteknologi The seminar will be on Zoom. Link to zoom: https://kth-se.zoom.us/j/63868851719 Abstract As a main structural component of plants, cellulose is naturally abundant and widely distributed on earth. Although the chemical formula of …
KTH / WWSC Opponent: Doctor Davide Beneventi, Centre national de la recherche scientifique Supervisor: Professor Ann M. Cornell, Kemiteknik, Tillämpad elektrokemi, Wallenberg Wood Science Center The presentation will be streamed on this page Abstract Lithium ion batteries contain diverse functional polymeric materials, e.g. binders and separators. Naturally self-assembled wood cellulose can be disintegrated to nanosized …
Phase separation and remixing of aqueous responsive polymers Welcome to a seminar with Professor Heikki Tenhu on phase separation and remixing of aqueous responsive polymers. Heikki Tenhu is Professor in polymer chemistry and Head of the Department of Chemistry at University of Helsinki. CV Prof Heikki Tenhu >> The seminar is open for you who are Treesearch associated, by …
KTH / WWSC Opponent: Professor Heikki Tenhu, University of Helsinki Supervisor: Professor Mats Johansson, Fiber- och polymerteknologi, Polymerteknologi, Fiber- och polymerteknologi The presentation will be streamed on this page Abstract The need to find sustainable paths for our society is imminent to tackle environmental concerns of today. The majority of all plastic materials are produced …
KTH, WWSC Supervisor: Prof. Mikael Lindström, KTHOpponent:Prof. Maija Tenkanen, Helsingfors universitet, Finland “Hemicelluloses make up about 30% of wood, a renewable resource that can be used as a raw material replacing fossil based products. However, the hemicellulose fraction in wood has a large potential to be used in a better way. One global sustainability goal is …
KTH Supervisor: Professor Mikael Lindströn, KTH
KTH Opponent: Dr Stefan Spirk, Graz University of Technology Supervisor: Professor Monica Ek, KTH Co-supervisor: Josefin Illergård, KTH The seminar will be streamed on this page Abstract The layer-by-layer (LbL) technique is becoming a powerful tool that has been applied in many surface coatings and functionalizations in recent years. It has many advantages including a …
Cellulose Thin Film Technology Welcome to a seminar with Dr Stefan Spirk from Institute of Paper, Pulp and Fiber Technology at Graz University of Technology. Dr. Spirk’s research interests deal with biobased materials with a focus on cellulose and how these can be implemented in advanced technologies such as optoelectronics, energy and medical applications. In this seminar …
Scientific Session: Associate Professor Stefan Spirk Läs mer »
Forskare vid KTH och Wallenberg Wood Science Center (WWSC) har använt nanocellulosa i en ny typ av starkare och billigare elektroder, som kan användas t ex för energilagring. De nya elektroderna kan möjliggöra nya typer av flexibel och bärbar elektronik. Läs mer på kth.se >> Läs publikationen på Advanced Materials >> Tian, W., VahidMohammadi, A., Reid, M. …
KTH Opponent: Dr Stefan Spirk, Graz University of Technology Supervisor: Professor Monica Ek, KTHCo-supervisor: Josefin Illergård, KTH The seminar will be streamed on this page Abstract The layer-by-layer (LbL) technique is becoming a powerful tool that has been applied in many surface coatings and functionalizations in recent years. It has many advantages including a fast …
KTH / WWSC Opponent: Associate professor Eero Kontturi, Aalto University, Helsinki, Finland Supervisor: Lars Berglund KTH The seminar will be streamed on this page Abstract Cellulosic materials can be sustainable replacements for fossil-based plastics; yet for some applications improvements are needed for mechanical properties, optical transmittance and eco-friendly characteristics. In this thesis, holocellulose materials are …
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