Christian Doppler Laboratoryof Surface Chemical and Physical Fundamentalsof Paper Strength
Ganser C., Hirn U., Rohm S., Schennach R. and Teichert C. AFM nanoindentation of pulp fibers and thin cellulose films at varying relative humidity
Fischer WJ., Zankel A., Ganser C., Schmied FJ., Schröttner H., Hirn U., Teichert C., Bauer W. and Schennach R. Imaging of the formerly bonded area of individual fiber to fiber joints with SEM and AFM
Rohm S., Hirn U., Ganser C., Teichert C. and Schennach R. Thin cellulose films as a model system for paper fiber bonds
Weber F., Koller G., Schennach R., Bernt I. and Eckhart R. The surface charge of regenerated cellulose fibers
Gregorova A., Lahti J., Schennach R. and Stelzer F. Humidity response of kraft papers determined by dynamic mechanical analysis
Schmied FJ., Teichert C., Kappel L., Hirn U., Bauer W. and Schennach R. What holds paper together: Nanometer scale exploration of bonding between paper fibers
Miletzky A., Punu M., Weber H., Wollboldt P., Krasser R., Bauer W. and Schennach R. Improvement of paper strength by increasing the xylan content
Hirn U., Schennach R., Ganser C., Magnusson M., Teichert C. and Östlund S. The area of molecular contact in fiber - fiber bonds
Lahti J., Schmied FJ. and Bauer W. A method for preparing extensible paper on the laboratory scale
Leitner J. , Zuckerstätter G., Schmied FJ. and Kandelbauer A. Modifications in the bulk and the surface of unbleached lignocellulosic fibers induced by heat treatment without water removal: effects on tensile properties of unrefined kraft pulp
Persson BNJ., Ganser C., Schmied FJ., Teichert C., Schennach R., Gilli E. and Hirn U. Adhesion of cellulose fibers in paper
Schmied FJ., Teichert C., Kappel L., Hirn U. and Schennach R. Joint strength measurements of individual fiber-fiber bonds - an atomic force microscopy based method
Fischer WJ., Hirn U., Bauer W. and Schennach R. Testing of individual fiber-fiber joints under biaxial load and simultaneous analysis of deformation
Schmied FJ., Teichert C., Kappel L., Hirn U. and Schennach R . Analysis of precipitated lignin on kraft pulp fibers using atomic force microscopy
Gilli E., Kornschober M. and Schennach R. Optical Arrangement and Proof of Concept Prototype for Mid Infrared Variable Angle Spectroscopic Ellipsometry
Gilli E., Schmied F.J., Diebald S., Horvath AT, Teichert C. and Schennach R. Analysis of lignin precipitates on ozone treated kraft pulp by FTIR and AFM
Gilli E. and Schennach R. Imaging ellipsometry based method and algorithm for the analysis of fiber-fiber bonds in a paper network
Djak M., Gilli E., Kontturi E. and Schennach R. Thickness dependence of reflection absorption infrared spectra of supported thin polymer films
Kappel L., Hirn U., Bauer W. and Schennach R. Comparison of two different methods for fiber-fiber bonded area measurement Editors: P. Ander, W. Bauer, S. Heinemann, P. Kallio, R. Passas, A. Treimanis, Fine Structure of Papermaking Fibers, Uppsala (Sweden), COST Office (2011)
Schennach R. and Arpa L. Faser - Faser Bindung PAPIER AUS ÖSTERREICH 2 26 (2010)
Kappel L., Hirn U., Gilli E., Bauer W. and Schennach R. Revisiting polarized light microscopy for fiber-fiber bond area measurement - Part I: Theoretical fundamentals NORDIC PULP AND PAPER RESEARCH JOURNAL 25 (1) 65 (2010)
Kappel L., Hirn U., Gilli E., Bauer W. and Schennach R. Revisiting polarized light microscopy for fiber-fiber bond area measurement - Part II: Proving the applicability NORDIC PULP AND PAPER RESEARCH JOURNAL 25 (1) 71 (2010)
Gilli E. and Schennach R. Determination of noise-free optical constants in the infrared by Kramers-Kronig transformation of the reflectance ratio in s- and p-polarizationAPPLIED SPECTROSCOPY 64 (6) 669 (2010)
Gilli E. and Schennach R. Detection of coatings on paper using infra red spectroscopy LENZINGER BERICHTE 87 162 (2009)
Kappel L., Hirn U., Bauer W. and Schennach R. A Novel Method for the Determination of Bonded Area of Individual Fiber-Fiber Bonds NORDIC PULP AND PAPER RESEARCH JOURNAL, 24 (2) 199 (2009)
Gilli E., Horvath AE., Horvath AT., Hirn U. and Schennach R. Analysis of CMC attachment onto cellulosic fibers by infrared spectroscopy CELLULOSE, 16 (5) 825 (2009)
Schennach R., Hirschmugl C., Gilli E. and Tysoe WT. A New Method for Performing Polarization-Modulation Infrared Reflection-Adsorption Spectroscopy of Surfaces APPLIED SPECTROSCOPY, 63 (3) 369 (2009)
Gilli E., Kappel L., Hirn U. and Schennach R. An optical model for polarization microscopy analysis of pulp fibre-to-fibre bonds COMPOSITE INTERFACES, 16 901 (2009)
Kappel L., Hirn U., Bauer W. and Schennach R. Measuring the bonded area of individual fiber-to-fiber bonds PAP Í RIPAR, LII (6) 246 (2008)
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