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No.   Citation


30 Ferrer Juan Andres, 2017, Macroporous Polymer Beads by Polymerisation of Multiple Emulsion Templates

29 Fortea Verdejo Marta, 2016, Nanocellulose Enhanced Nonwovens and Hierarchical Natural Fibre Composites

28 Brunkau Markus, 2016, Energieeffiziente Verarbeitung von zellulosefaserverstärkten Polymeren

27 Sun Rui, 2013, Development of a Method to Produce Janus Particles from Renewable Materials: Bacterial Cellulose Nano-whiskers as Potential Tools for Composite Material Self-assembly

26 Yin Lei, 2012, The Development of Janus Partices from Renewable Resources: Turning Highly Crystalline Bacterial Cellulose Nanocrystals into Janus Particles

25 Le Brun Niccolo, 2012, Polymer Drag Reduction and Polymer Degradation in Rough Pipes

24 Yue Chuntong, 2011, Carbon Aerogel Coated Carbon Fibre Fabrics as Electrode Materials for Multifunctional Supercapacitors

23 Tu Juan, 2011, Multifunctional Composites for Structural Power Storage Devices

22 Ma Ying, 2011, Development of New Poly-Pickering-M/HIPEs Prepared via Particle Stabilised Emulsion Templates

21 Ren Gaoyuan, 2011, The Development of Janus Partices from Renewable Resources: Turning Highly Crystalline Bacterial Cellulose Nanocrystals into Janus Particles

20 Zhao Jie, 2010, Ultra-Inert Fibre Reinforced Composites

19 Njoku Michael God’spower, 2010, Towards Fabrication of Green Janus Particles; via the Grafting of Hydrophobic Polylactide onto Hydrophilic Bacterial Cellulose Nonowhiskers

18 Zhang Zili, 2009, Modification of Carbon Fibre for Multifunctional Composite

17 Tirasvashichai Varaporn, 2009, Towards Bacteria Cellulose/PLA Nano Composites with Improved Interface and Assessing the Effect of Crystallinity on their Properties

16 Samphawamontri Patscharin, 2009, Polymer-Cement Hybrid Composite Materials

15 Zhou Xiwen, 2009, Preparation and Characterisation of Macroporous Polymers

14 Zhu Bo Nan, 2009, Processing and Characterisation of Environmentally Friendly Truly Green Hierarchial Nanocomposites

13 Jiang Qixiang, 2008, Processing of Hierarchial Nanocomposite

12 Li Xinxin, 2008, Preparation and Characterisation of Novel Porous Polymer Foams from Green materials

11 Yang Wei, 2007, Hierarchial Thermoset Composite via Emulsion Impregnation Route

10 Kolliopoulos Alexandros, 2007, Manufacturing of Short Fibre Reinforced Fluoropolymer Composites

9 Pental Jerzy, 2007, Nano-Structured and Reinforced Composite Materials

8 Ismail Amer Nabil, 2007, Environmentally Friendly Truly Green Fibre Re-Inforced Nano-Composites for a Fuel Cell/Electric Hybrid Race Car

7 Salgueiro Mariely, 2006, Preparation and Characterisation of Novel Open Porus Polymer Foams: PolyHIPEs

6 Igboanusi Udennaka Paul, 2006, Characterisation of Liquid/Liquid and Liquid/Liquid/Solid Interfaces under Conditions Relevant to Oilfield Reservoirs

5 Tridech Charnwit, 2006, A Process Thermal Cutting and Modification of Carbon Nanotubes

4 Khumthukthit Eak, 2005, Processing of Nanofibre-Reinforced Polymer Fibres

3 Juntaro Julasak, 2004, Characterisation of Liquid/Liquid and Liquid/Liquid/Solid Interfaces under Conditions Relevant to Oilfield Reservoirs

2 Adenusi Adefolarin A., 2004, Measurement of the Interfacial Tension of 1-n-Butyl-3-Methylimidazolium Hexafluorophosphate, [BMIM][PF6] in Contact with Carbon Dioxide

1 Aoshan Mohamed, 2003, Characterization of Reaction Bounded Polymer Composites (Glass Polyalkenoate Cements) By ζ–Potential and DMA Measurements


28 Bumbaris Elias Konstantin, 2017, The Effect of Bacterial Cellulose on Flax Fibre Thermoplastic Composites

27 von Baeckmann Cornelia, 2016, The role of high-pressure crystallization on the strength of gamma-Polypropylene

26 Barkan Öztürk Hande, 2016, Printed Macroporous Polymers with Complex Shapes & Structures

25 Gürth Matthias, 2015, Thermoelectric Half Heusler Alloys

24 Wong Ling Ching, 2013, Hierarchial Macroporous Polymers: Synthesis and Characterisation

23 Jiang Qixiang, 2013, Functionalised Macroporous Films via Emulsion Templating: Preparation, Processing and Applications

22 Lam Edyta, 2013, The Synthesis of Water-soluble Polymer with Drag Reducing Properties

21 Lee Koon Yang, 2012, Nanocellulose as Building Block for Novel Materials

20 Atif Javaid, 2012, Structural Polymer Composites for Energy Storage Devices

19 Anthony David Benbow, 2012, Improved Synthesis of Carbon Nanotube Grafted Carbon Fibre: Towards Continuous Production

18 Riaz Sheema, 2012, Carbon Fibre Reinforced PCDF and PEEK Nanocomposites

17 Georgiadis Apostolos, 2011, Interfacial Tension of Aqueous and Hydrocarbon Systems in the Presence of Carbon Dioxide at Elevated Pressures and Temperatures

16 Kot Emilia Malgorzata, 2011, Water Soluble Polymers Containing Weak Links

15 Tridech Charnwit, 2011, Smart Fibre Coatings: Stiffness Control in Composite Structures

14 Menzel Robert, 2009, Developing Gas-Phase Methodologies for the Modification and Characterisation of Carbon Nanotube Surfaces

13 Lamoriniere Steven, 2009, High Performance Polyetheretherketone Nanocomposites and Hierarchical Composites

12 Loh Xun Xin, 2009, Polyaniline Membranes for Use in Organic Solvent Nanofiltration

11 Lin Yuan-Min, 2009, Stem Cell Differentiation and Biomaterial Processing for the Engineering of Pulmonary Epithelial Tissue

10 Hui Qian, 2009, Carbon Nanotube Grafted Fibres: A Route to Advanced Hierarchical Composites

9 Juntaro Julasak, 2009, Environmentally Friendly Hierarchical Composites

8 Ho Kingsley Kin Chee, 2008, High Performance Fibre Reinforced Fluoropolymers

7 Vukicevic Uros, 2008, TiO2 Nanorod Polymer Composite Materials

6 Tran Michael Quoc-Binh Tan, 2008, Ultra-Inert Hierarchical Fibre-Reinforced Nanocomposites

5 Griffin James Martin, 2007, Novel Microgel Suspensions: Rheological, Mechanical and Adhesion Properties and their Filtration Behaviour

4 Maeda Katsumi, 2007, Effect of Bulk Deformation on Rubber Adhesion and Wear

3 Baltazar-Y-Jimenez Alexis, 2007, Development of Renewable Composites

2 Heng Jerry Yong Yew, 2006, Anisotropic Surface Properties of Crystelline Pharmaceutical Solids

1 Safinia Laleh, 2006, Surface Modification and Characterisation of Polymer Constructs for Tissue Engineering Applications 

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