Materials Hub
Topic 1
Polymers and composites
Topic 2
Metallic and ceramic materials
Topic 3
Processing plastics
Topic 4
Materials for electronic components
Topic 5
Catalysis
     
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NEW METALLIC, CERAMIC, POLYMER, AND COMPOSITE MATERIALS: CHARACTERISATION, BEHAVIOUR AND PROCESSING

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Controlling materials has become a major challenge for the manufacture and processing of products. The Basse Normandie Scientific Teams have special skills and expertise in the following fields:
Polymers and composites
Metallic and ceramic materials
Processing plastics
Materials for electronic components
Catalysis
   
The Teams
They are broken down into:
One, a scientific team, headed by Professor Raveau, based mainly Caen and working at 5 laboratories with 200 people. All the scientists are organised within a 'Materials' Centre National de Recherche Technologique (CNRT Matériaux, national centre for technological research) boasting four areas of skills and expertise:
- Materials for electronics
- Catalytic materials
- Polymer materials
A technology centre at Alençon organised around the Institut Supérieur de Plasturgie d'Alençon (ISPA, the Alençon higher institute of plastic processing) with 12 people
   
Equipments
A complementary range of equipment for image acquisition in a small space enables a comprehensive approach to materials:
TEM, transmission electron microscopy (5 machines)
X-rays
MRI
y Camera
Positron emission tomographer
Scanning electron microscope (3 machines)
Atomic Force Microscope (AFM)
Confocal microscope
Contrast phase microscope (IDS 10000)
Photon emission microscope (Phemos 1000)
FIB (Focus Ion Bean)
And processing equipment:
Substrates for wafer deposit using cathode sputtering (3 machines)
Sintering furnaces (7 including 4 CA sintering furnaces)
Uniaxial pressurised sintering furnace
Mixing and grinding equipment (4 machines)
   
Methods
Activities focus on three fields:
Research and development of new materials with special magnetic and electric properties, and their processing. This research relies on three technologies:
- High temperature synthesis
- Ceramic sintering (standard sintering and microwave technology)
- Development of wafers (cathode sputtering, laser ablation, molecular beam epitaxy)
Study of nanostructures for nanotechnologies (with a focus on electronic nanotechnologies) using high-resolution electronic microscopy
Catalysis technologies
Study of polymers and applying the research to polymer processing
   
Contacts
For general technological or scientific information
Mr. Bernard RAVEAU
ISMRA - CRISMAT

Tél : 33 (0)2 31 45 26 16 - Fax : 33 (0)2 31 95 16 00
raveau@ismra.fr
   
For economic or industrial information
Normandie Développement
57 avenue de Bretagne - BP 1083
76173 Rouen Cedex 1 - France
Tel : 33 (0)2 35 03 06 04 - Fax : 33 (0)2 35 03 07 86
ndrouen@normandydev.com
   
For international information
AFII (French Agency for International Investments) - www.afii.fr