dr Joanna Ryszkowska

e-mail:
phone: +48-22-6281983
fax: +48-22-6281983
web:
interest(s):

Affiliation:

Warsaw University of Technology, Faculty of Materials Science and Engineering

address: Wołoska 141, Warszawa, 02-507, Poland
phone: (+48-22)6608529
fax: (+48-22)6608514
web: http://www.inmat.pw.edu.pl

Participant:

E-MRS Fall Meeting 2006

began: 2006-09-04
ended: 2006-09-08
Presented:
E-MRS Fall Meeting 2006
Applications of quantitative image analysis to the description of the morphology of polyurethane/carbon nanotubes composites

Publications:
  1. An influence of boehmite modification on the dispersion in the polyurethane matrix
  2. Applications of quantitative image analysis to the description of the morphology of polyurethane/carbon nanotubes composites
  3. Bone tissue engineered product based on human bone derived cells and polyurethane scaffold
  4. Effect of diisocyanate chemical structure on biocompatibility of segmented polyurethanes
  5. Optimization of polyurethane structure as the potential materials for bone tissue engineering applications

  6. Applications of quantitative image analysis to the description of the morphology of hybrid polyurea-nitryle-urethanes

  7. Applications of quantitative image analysis to the description of the morphology of hybrid polyurethane with modified boehmite

  8. Polyurethane-boehmite nanocomposite
  9. Polyurethane nano-composites with luminescence properties for optics and optoelectronics applications.

  10. Polyurethane coating for protecting concrete floors using parquetry with fillers originating from recycling

  11. Properties of hybrid polyurea-nitryle-urethanes

  12. Thermal stability of hybrid polyurethane and modified boehmite

  13. Structure and properties of polyurethane/YAG:Tb3+ nano-composites with luminescence properties
  14. Structure and thermal properties of epoxy resins nano-composites with flame retardants
  15. The influence of ZrO2 containing 10% Eu 3+ on the polyurethane hard domain structure of nano-composites with luminescence properties
  16. Thermal and mechanical properties of polyurethane nanocomposites with modified nanosilica



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