13. Nanoscale characterization of cellulosic materials by infrared nanospectroscopy TREESEARCH 13. Nanoscale characterization of cellulosic materials by infrared nanospectroscopy Läs mer »
15. Enzymatic Transglycosylation for Synthesis of Novel Glycosides from Renewable Galacto- and Glucomannan TREESEARCH 15. Enzymatic Transglycosylation for Synthesis of Novel Glycosides from Renewable Galacto- and Glucomannan Läs mer »
16. Bio-based smart materials for water treatment TREESEARCH 16. Bio-based smart materials for water treatment Läs mer »
17. Switchable Optical Nano-antennas from Conducting Polymers TREESEARCH 17. Switchable Optical Nano-antennas from Conducting Polymers Läs mer »
18. Up-scaling hot-pressing systems to manufacture strong and water-resistant products from biobased raw material TREESEARCH 18. Up-scaling hot-pressing systems to manufacture strong and water-resistant products from biobased raw material Läs mer »
19. Novel sustainable polyester from a bio-based monomer TREESEARCH 19. Novel sustainable polyester from a bio-based monomer Läs mer »
20. Optimisation of Spinnability and Mechanical Properties of Bio-based Filaments by Dispersion Characterisation and Processing Conditions TREESEARCH 20. Optimisation of Spinnability and Mechanical Properties of Bio-based Filaments by Dispersion Characterisation and Processing Conditions Läs mer »
1.1 Development of improved CTMP with even sulphonate distribution at fiber level using new ED-XRF analysis TREESEARCH 1.1 Development of improved CTMP with even sulphonate distribution at fiber level using new ED-XRF analysis Läs mer »
1.2 The impact of cellulose ester side chain length on water interaction TREESEARCH 1.2 The impact of cellulose ester side chain length on water interaction Läs mer »
1.3 Synchrotron measurements of sulphonation homogenity on single fiber level form Chemical Thermo Mechanical Pulp (CTMP) TREESEARCH 1.3 Synchrotron measurements of sulphonation homogenity on single fiber level form Chemical Thermo Mechanical Pulp (CTMP) Läs mer »
1.6 Ability of non-cellulose plant polysaccharides to adapt to cellulose conformation TREESEARCH 1.6 Ability of non-cellulose plant polysaccharides to adapt to cellulose conformation Läs mer »