This extremely sensitive piece of equipment required extensive vibration, acoustic and thermal management, as well as the removal of all metal masses, particularly in the structure. To reconcile these various constraints, a 1.50 m thick anti-vibration slab made of polypropylene fibre concrete was laid in the spectrometer hall, along with 8 m high prefabricated walls to circumscribe its field of influence.
RMN in Villeneuve-d’ascq
- NORD FRANCE CONSTRUCTIONS
- Santé
This design-build project for the University of Lille involves the creation of a building to house a very high-field 1.2 GHz nuclear magnetic resonance spectrometer.