Doctoral Dissertations

  • P. Bogner, Topographical distribution of carboxyl groups in heterogeneously carboxymethylated cellulosic fibers, 2024
  • J. Lamberikx, Characterization of photoresist adhesion to copper for wet chemical etching applications, 2024
  • C. Gleissner, Activation of polyamide 66 surfaces towards adhesion improvement in multi-phase systems, 2023
  • C. Biermaier, Investigation of the influence of initial catalyst seeding and functional aging on conductive percolation in electroless copper plating of textiles, 2023
  • J. Landsiedel, Surface activation, modification and functionalization of natural and synthetic textiles, 2022
  • F. Wurm, Implementation of biopolymeric gels for the temporary occlusion of vessels in medicine, 2020
  • W. Root, Integration of electrical functionalities in textile structures through electroless metal deposition, 2020
  • P. Schroeder, Development of iron-based redox flow batteries, 2020
  • J.R. Buettler, Investigation of Polyamide-Polypropylene Interphases, 2019
  • B. Rietzler, Modification of polyamide fibres, 2019
  • H.-T. Ngo, Surface Modification of Textile Fibers with Silk Protein Based Polymer, 2016
  • L. Pighinelli, Preparation of Microcrystalline Chitosan (MCCh)/Tricalcium Phosphate Complex in Sponge and Fibre Form for Hard Tissue Regeneration, 2012 (in cooperation with the Institute of Biopolymers and Chemical Fibres, Lodz, Poland)
  • H.E.E. Soliman, Interaction of Cellulose with Metal Ions: Mechanism, Characterization, and Application of Products, 2012
  • U.C. Paul, Adsorption of Polysaccharides on Cellulose in Presence of Multivalent Ions, 2012
  • H. Vu-Manh, Modification of Regenerated Cellulosic Fibers by Alkali-Iron-Tartaric Acid Complexes, 2011
  • L.T.T. Vo, Cellulose Carbamate: Synthesis and Shaping Process, 2011
  • K. Varga, Structure of textile fibres from cellulose and impact on resulting textile properties, 2009 (in cooperation with Lenzing AG, Austria)
  • S. Komboonchoo, Dyeing characteristics of natural dyes on wool, silk and hair, including assessment of relevant fastness properties, 2009
  • H.B. Öztürk, Effect of alkali treatment on regenerated cellulosic fibres, 2008
  • H.M. Bui, Investigation of Chemical and Physical Properties of Cellulose Fibre Defining Textile Performance, 2008
  • R. Mussak, Lichtechtheitsstudie am Modellsystem Berberin im Hinblick auf die Verwendung nachwachsender Rohstoffe in der Textilfärberei, 2007
  • A. Jaturapiree, Porosity and Transport Properties in the System Cellulose Fibre/Aqueous Medium – Determination and Modification of Porosity, 2007
  • M. Abu-Rous, Characterisation of the Wet-State Pore Structure of Lyocell and other Man-made Cellulosic Fibres by Fluorescence and Electron Microscopy, 2006 (in cooperation with Lenzing AG, Austria)
  • W. Zhang, Fibrillation of Cellullosic Fibres, 2004
  • A. Kongdee, Characterisation of Cellulosic Fibres: Identification and Characterisation of Sites responsible for the Uptake of Chemicals and Dyes during Cellulose Processing, 2004
  • A. Stolz, Spezielle Aspekte der Polyurethan-Chemie – Rohstoffanalytik, anwendungs, technische Eigenschaften, Entaminierungsmittel, 1999
  • S. Mohr, Physikalische Charakterisierung von elektrochemischen Zellen – Mehr-kathodenzellen, 1999
  • E. Jeliaskova, Elektrochemische Untersuchungen der Oxidationseigenschaften von Fe(II)-Polypyridin-Komplexen, 1994
  • M. Grünwald, Flüssigchromatographie mit textilen Faserstoffen zur Ermittllung von Kenngrößen für Textilveredlungsprozesse, 1991

Diploma / Master Theses

  • O. Boeck, Untersuchung der chemischen Beständigkeit von PA1101, PA2200 und TPU1301, 2023
  • L. Vonbrül, Separation of elastane from multi-component textiles towards closed-loop recycling, 2023
  • D. Kautz, Verbesserung der Haft- und Klebeeigenschaften bei der Verklebung von Textilien, 2021
  • M. Buchacher, Untersuchungen zum Einfluss von pH, Temperatur und Zeit auf die Hydrolyse von Polyamid 6,6, 2018
  • D. Witwer, Synthese und Charakterisierung von Quasi-Prepolymeren für Polyurethan-Elastomere, 2018
  • J. Landsiedel, Aufbau und Charakterisierung faserbasierter Drucksensoren, 2018
  • M. Kusian, Quantifizierung der Wiederbelüftung von mikroporösen ePTFE Membranen nach mehrmaligem Kontakt mit
    chemischen Testflüssigkeiten, 2018
  • A. Bernhard, Characterization of the Ultraviolet Protection of Wearable Textiles, 2017
  • B. Paul, Untersuchungen zu alternativen Strategien in der Hydrophobausrüstung von Textilien, 2017
  • C. Schallert, Chemical mechanism and central parameters in the electrochemical of coating from hard metal substrates, Diploma Thesis, 2006
  • C. Martinez, Utilisation de nouveaux agents reducteurs pour la creation d’un effet de delavage, Diploma Thesis, 1997 (in cooperation with ENSAIT, Roubaix)
  • S. Maier, Analytik von Aminopolycarbonsäuren, Diploma Thesis, 1993 (in cooperation with FH Albstadt-Sigmaringen, Germany)

Bachelor Theses

  • F. Norzel, The influence of carbon fiber density on the performance of vanadium redox flow batteries, 2024
  • M. Hilger, Separation of Polyamide 6 and Polyamide 6.6. Investigation of the dissolving behavior of dyed and undyed polyamide in CEW solution, 2024
  • M. Drechsel, Staining behavior of bifunctional viscose fibres by reactive and acid dyes, 2023
  • S. Müller, Examination of the potential of recycling indigo during the viscose process, 2022
  • T.A. Ebert, Carbon embroidered electrodes for electrochemical energy storage, 2022
  • F. Krägeloh, Untersuchung des Lösungsverhaltens einer Polyamid 6.6/Zellulose Fasermischung in Calciumchlorid/Ethanol für eine Aufbereitung der beiden Polymere, 2022
  • D. Kautz, Untersuchung von Polyamid 6 / Polypropylen-Polyblends, 2019
  • A. Wust, Methodenentwicklung für die quantitative Analyse von Zinnkomplexen in PUR - Katalysatoren, 2019
  • S. Groner, Analysis of swelling treatments on cellulosic fibres, Bachelors Thesis, 2007 (in cooperation with FH Reutlingen, Germany)
  • E. Fuchs, Enzymatic treatment of alkali treated cellulose fibres, Bachelors Thesis, 2007 (in cooperation with the University for Natural Resources and Applied Life Sciences, Vienna)


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