Structuring and Conductivity of Polymer Composites
Nova Science Publ., Jan 1, 1998 - Technology & Engineering - 326 pages
Presents a systematic study of various effects of properties of electrically conducting polymer composites (ECPC), taking into account their composition, production technology, and structural features. Unique features of this work are treatment of the processes of charge transfer in heterogeneous polymer systems under effects of single or several fields of influences, and discussion of technological factors during and after ECPC structurization. Chapters cover theoretical models of charge transfer in ECPCs, display results of investigations of the effects of all main physical factors on conductivity of ECPCs, and discuss directions of experiments conducted for creation of ECPCs with assigned properties to be applied in various branches of technology and for domestic needs. Annotation copyrighted by Book News, Inc., Portland, OR
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60 mass additive vulcanization based on SCTV blobb carbon black particles carbon fibers characterized coefficient components composites based compression conductivity of ECPCs cross-linking curves decrease deformation density dielectric permeability displayed ECPCs based electric resistance electrically conducting properties electrically conducting rubbers electron elongation fibers filler concentration filler particles filling degree formation free radicals graphite growth heat treatment homogeneity increase induces intensity interaction interphase macromolecules magnetic field materials mechanical tension molecular obtained Ohmxm organosilicon P357E carbon black P803 carbon black paramagnetic parameters percolation theory percolation threshold peroxide vulcanization phase transition plastic polyacrylonitrile polymer composites polymer matrix polymer-filler polymerization polyvinyl alcohol possess processes properties of ECPCs pyrolized pyrolysis pyrolyzate radiation relaxation rubber mixture rubbers samples SCTN SCTV elastomer shown in Fig shunt significantly siloxane stretching structure surface temperature dependence temperature range tensosensitivity transition values voltage volumeric vulcanizates vulcanization network vulcanization technique