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Nonwovens (webs) copoly(urethane-imides) appreted by electrically conductive polypyrrole
Russian version
Didenko A. L.1, Shishov M. A.1, Kamalov A. M1, Sapurina I. Yu.1, Bursian A. E.1, Saprykina N. N.1, Ivanova A. S.1, Kraft V. E.1, Vaganov G. V.1, Yudin V. E1, Svetlichny V. M.1, Kudryavtsev V. V.1
1NRC «Kurchatov Institute» - PNPI - IMC, St. Petersburg, Russia
Email: vanilin72@yandex.ru
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Nonwoven permeable mats made of nanofibers were obtained by electrospinning on the basis of prepolymers of copoly(urethane-imides). The electrical conductivity of the initial matrix (10-10-10-12 S/cm), after dressing with polypyrrol, increased by 10 orders of magnitude and reached 1.5± 0.5 S/cm. The material has ohmic volt-ampere characteristics and high electrical stability in the range of ± 1.0 V in the presence of a constant electrical potential, as well as under conditions of long-term "cycling" of the potential. Composites have prospects for use as medical devices, as well as membranes with electrically controlled properties. Keywords: copoly(urethane-imide), electrospinning, polypyrrole.
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