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Les matériaux nano-structurés possèdent des performances prometteuses pour les traversées haute tension. Les recherches sur la formation de charges d’espace et de son effet sur les mechanisms du viellissement et de defaillance des materiaux isolants se sont intensifiees en raison de l’importance de ce phenomena en ingenierie. Toutefois, la conductivite et/ou la modification de la conductivite de ces materiaux restent peu etudiees, malgre le fait que pour traversees HT en courant continu, le champ electrique est affecte par la conductivite du materiau. Ce projet a pour but d’etudier la gradation de la conductivite electrique en volume et en surface de materiaux dielectriques nanostructures pour des applications dans les traversees haute tension
Eric David
Christele Vanga Bouanga
Hydro-Québec
Engineering - mechanical
Energy
École de technologie supérieure
Accelerate
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