Composants céramiques 3D innovants pour des applications spatiales de télécommunications millimétriques en bandes Q et V

Composants céramiques 3D innovants pour des applications spatiales de télécommunications millimétriques en bandes Q et V

Ce mémoire est consacré au développement de technologies de filtrage novatrices qui apportent un gain en performance permettant de répondre aux besoins de filtrage pour télécommunications spatiales à moyen et long termes. Il s’inscrit dans le projet ANR ATOMIQ coordonné par Thales Alenia Space ayant...

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Bibliographic Details
Main Author:	Drissi, Mohamed Khalil
Other Authors:	Limoges
Language:	fr
Published:	2016
Subjects:	Stéréolithographie céramique 3D Moulage basse pression Usinage en cru Analyse électromagnétique 3D Cavités résonantes Alumine très faibles pertes et stable en température Filtre passe-bande 3D ceramic stereolithography Low pressure molding Machining 3D electromagnetic analysis Resonant cavities Very low loss and temperature stable alumina Bandpass filter 621.381
Online Access:	http://www.theses.fr/2016LIMO0124/document

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