Fundamental Research Communications (Posters)

Abstracts for the posters were published separately from the symposium proceedings. Titles of posters are given below.

P1. Structure-process-yield inter-relations in nanocrystalline cellulose extraction.

W.Y. Hamad, T.Q. Hu, FPInnovations, Canada.

P2. Strength properties of the paper added with polyacylamide-based dry strength resin－ the effect of z-directional distribution.

T. Sakaemura, T. Yamauchi, Kyoto University, Japan.

P3. Understanding of the strength of cotton fibre: CED viscosity, zero span tensile and beatability.

T.Y. Kim, Y.J. Jung, Y.D. Heo, KOMSCO, Korea.

P4. Effects of branch degree of cationic acrylamide copolymers on the flocculation properties of micro pulp.

D.J. Son, BY. Kim, Kyungpook National University, Korea.

P5. Cavitation jet refining: a new technology for low consistency refining.

K. Ono, T. Noda, H. Tsuji, I. Onodera, M. Ogimoto, S. Goto, Nippon Paper Industries Co., Ltd., Japan.

P6. Quantifying press felt effects on the print uniformity of paper.

I. Vadeiko, L.M. Cormier, J. Aspler, FPInnovations, Canada.

P7. Non-invasive detection of flow patterns on a Fourdrinier paper machine.

P. Achatz, G. Beyrer, A. Kornherr, G. Drexler, G. Schaffar, Mondi, Austria.

P8. Fibre deformation during creep experiments.

J. Koivisto, J. Rosti, M. Alava, Helsinki University of Technology, Finland; L. Salminen, KCL Science and Consulting, Finland.

P9. Representative analysis of fibre cross section properties using automated microtomy.

J. Kritzinger, M. Donoser, W. Bauer, Graz University of Technology, Austria.

P10. Impingement drying of heavy grades of paper with drying fluids air or superheated steam: internal sheet conditions and paper quality.

J.F. Bond, W.J.M. Douglas, McGill University, Canada; S.J. Hashemi, Tehran University, Iran.

P11. Experimental study on mixing of high-consistency pulp suspension in stirred tank and in pipe mixer using 3D-UDV and RFID.

S. Haavisto, A. Koponen, V.-M. Luukkainen, J. Salmela, VTT, Finland.

P12. Modelling paper tensile strength from the stress distribution along fibres in a loaded network.

W.J. Batchelor, Monash University, Australia.

P13. Compressibility effects in the consolidation of pulp suspensions with filler particles.

          S. Lavrykov, R. Singh, B.V. Ramarao, SUNY, USA.