Lecture Note
University
Swansea UniversityCourse
EGA109 | Introductory Organic ChemistryPages
4
Academic year
2023
Sanjeev K Ganesh
Views
0
Thems 1. Addition 2. straight cham atternating single 4 double bunds conjugate pi- bond structures drow trigher conductivity when doped with conductive materials POOE much. strength Can only find good application in conductive polymers area bifunctional linker daped to increase conductivity of PANILLA conducting PCL (much strength) melt blending, sol" blending antistates, em shielday applications. trans-program polythis phene
undoped insulating doped conducting + A depart anion for change neutrality ICP egs prlyautyline, all polymiline plyporde H pyrolle H H 1 N aniline Nb unbility density - direction temperature that facilitate pilymer conduction in as. better way presence of doping materials (additives ICP low imisation potential cy high e affinity
low Ernisation potential high I officiting creating the fue charges incheir polymer bacth P -oxidation treatment of polyacelylone with Lewis and I2 leads to oxidation appre I2, Br2, ASFS, Fells, HCID4, PF5 (OH) + 2FeCl3 (CH)x T. FeclA + Fell 2((H) + 3I2 2 (CH) + I3 polaron delocalized radical ion 2nd oxidation of polaron an reduction (CH), + Li Li + (CH)) + GoHs (CH) + Na+ Na+(CH) + 2nd reduction potarous + radical recombination of forms empile -ve charge carniers called solition
nemoral of e / oxidation p-diping -e Flccy polaron -e/Flece kipslaron t + solition + donation of el reduction n-doping Na+ (Gotls) polarm bipolaron solition
Straight Line Equation
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