| Document Properties | |
|---|---|
| Feedback to: | Manuel Galiu |
| Published: | 23-05-2016 |
| Public Document | |
7th MNT: Session 9: CNT and Nanotechnology
- Improvement of Thermal Dissipation by Nanomaterial addition
- Perez B, Rodriguez R, Florez S, Jimenez C
- Tecnalia
- Carbon Nanotube Doped CFRP‘s - Challenge and Improvement for Space Structures?
- Klebor M, Hepp F, Pfeiffer E K, Lodereau P, Pambaguian L
- HPS
- CNT Doping of Resin for CFRP Thermal Conductivity Enhancement
- Lutz M.
- Thales Alenia Space
- Thermoplastic / Carbon NanoTubes nanocomposites for promoting conductivity in polymeric based structures
- Carponcin D, Dantras E, Cadièrgues L, Aridon G, Levallois F, Lacabanne C
- Institut Carnot CIRIMAT
- Carbon nanotubes and silver flakes filled epoxy resin for new conductive hybrid adhesives
- Marcq F, Demont P, Monfraix P, Peigney A, Laurent C, Courtade F, Jamin T
- Institut Carnot CIRIMAT
- Multi-wall carbon nanotubes/ cyanate ester composites towards the development of novel materials with tailored mechanical, electrical, thermal and RF properties for space antenna reflector applications
- Kostopoulos V*, Vavouliotis A*, Baltopoulos A*, Fiamegou E*, De Maagt P**, Rohr T**
- * AML-UoP, ** ESA
- Sensing Capabilities Of Multifunctional Composite Materials Using Carbon NanoTubes
- Baltopoulos A*/**, Polydorides N***, Vavouliotis A**, Kostopoulos V**, Pambaguian L*
- * ESA/ESTEC, ** AML-UoP, *** The Cyprus Institute
