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Results: 1-4 |
Results: 4
Morphology, dielectric relaxation and conductivity of the novel polyurethane ionomers based on poly(thetramethylene oxide)
Authors: Shilov, VV Shevchenko, VV Pissis, P Kyritsis, A Georgoussis, G Gomza, YP Nesin, SD Klimenko, NS
Citation: Vv. Shilov et al., Morphology, dielectric relaxation and conductivity of the novel polyurethane ionomers based on poly(thetramethylene oxide), MOLEC CRYST, 361, 2001, pp. 269-274
Structure and electrical conductivity in novel polyurethane ionomers
Authors: Polizos, G Georgoussis, G Kyritsis, A Shilov, VV Shevchenko, VV Gomza, YP Nesin, SD Klimenko, NS Wartewig, S Pissis, P
Citation: G. Polizos et al., Structure and electrical conductivity in novel polyurethane ionomers, POLYM INT, 49(9), 2000, pp. 987-992
Morphology, dielectric relaxation and conductivity of the novel polyurethanes with acid and ionic groups in the polyether segments
Authors: Shilov, VV Shevchenko, VV Pissis, P Kyritsis, A Georgoussis, G Gomza, YP Nesin, SD Klimenko, NS
Citation: Vv. Shilov et al., Morphology, dielectric relaxation and conductivity of the novel polyurethanes with acid and ionic groups in the polyether segments, J NON-CRYST, 275(1-2), 2000, pp. 116-136
Morphology and protonic conductivity of the polyurethanes with acid groupsin the flexible segment
Authors: Shilov, VV Shevchenko, VV Pissis, P Kyritsis, A Gomza, YP Nesin, SD Klimenko, NS
Citation: Vv. Shilov et al., Morphology and protonic conductivity of the polyurethanes with acid groupsin the flexible segment, SOL ST ION, 120(1-4), 1999, pp. 43-50
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