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Welcome on
the home page of the NACER project.
The
project aims to bundle the complementary competences of three research
centres,
active in Belgium
in the processing, fabrication and characterization of nanoceramics and their composites via the powder route and to focus on particular
applications of potential interest to Belgian
industries,
who will be members of the follow-up committee.
This project is funded by
the Belgian Federal Public Planning
Service Science Policy (BELSPO) within
the programme to stimulate knowledge transfer in areas of strategic
importance.
 The
project started at the 1th of january 2007. The duration of the project
is 3 years.
Keywords: Electrical
discharge machining, Electro discharge machining, EDM, machining, EDM,
ceramics, ceramic, ceramic matrix composites, non-oxide ceramics, SHS,
ground, grinding ceramics, ZrO2, ZrO2-TiN, S3N4,S3N4-TiN, TiN, B4C,
SiC, conductive, electrical conductive ceramics, cermets, Electrical
discharge machining, Electro discharge machining, EDM, machining, EDM,
ceramics, ceramic, ceramic matrix composites, non-oxide ceramics, SHS,
ground, grinding ceramics, ZrO2, ZrO2-TiN, S3N4,S3N4-TiN, TiN, B4C,
SiC, conductive, electrical conductive ceramics, cermets, Electrical discharge
machining, Electro discharge machining, EDM, machining, EDM, ceramics,
ceramic, ceramic matrix composites, non-oxide ceramics, SHS, ground,
grinding ceramics, ZrO2, ZrO2-TiN, S3N4,S3N4-TiN, TiN, B4C, SiC,
conductive, electrical conductive ceramics, cermets
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