Directions in development of biodegradable starch – polyurethane materials
Journal Title: CHEMIK nauka-technika-rynek - Year 2010, Vol 64, Issue 7
Abstract
This article contains review of the newest research results in the starch–polyurethane polymers. It includes description of the selected starch modification processes and manufacture of starch-polyurethane materials, performed in the last decade. Moreover, methods of evaluation and potential applications of these polymers have been described.
Authors and Affiliations
Szymon Kugler
Keywords
Related Articles
- EP ID EP102645
- DOI -
- Views 108
- Downloads 0
Nature inspired dyes for the sensitization of titanium dioxide photocatalyst
Three polymethine dyes with indoline end groups were studied. Based on electrochemical and spectroscopic data it was shown that their LUMO energy is higher in energy than the conductance band edge of anatase TiO2 and hen...
Identyfikacja i ocena aspektów środowiskowych wg normy ISO 14001
W artykule przedstawiono zasady identyfikacji i oceny aspektów środowiskowych obowiązujące w systemie zarządzania środowiskiem bazującym na normie ISO 14001. Omówiono tok opracowania procedury identyfikacji i oceny aspek...
The principles of project: Inorganic waste of chemical industry – technology foresight
“Technology Foresight”, a special procedure for predictive using different analysis methods, is widely used in developed countries. Consortium consisting of: Institute of Fertilizers Department of Inorganic Chemistry II...
Wpływ molibdenianu(VI) sodu na korozję stali węglowej
Zbadano wpływ stężenia molibdenianu(VI) sodu na korozję elek- trochemiczną stali węglowej S235 w kwaśnych roztworach zawierają- cych jony chlorków i azotanowe(V). Na podstawie przeprowadzonych badań wyznaczono p...
Application of cyanobacteria as biocatalysts for the reduction of diethy-l2-oxopropylphosphonate
The aim of the study was applying of autotrophic microorganisms as a biocatalyst in the reduction of oxoalkylphosphonates. Cyanobacteria strains Arthrospira maxima CCALA 027 and Nodularia sphaerocarpa CCALA 114 are cap...