• Chemistry - Materials
  • Complex systems and software engineering

HELIOS

Technological platform

Description

The EquipEx MATMECA (ANR-10-EQPX-37) is a response to the problems of elaboration and characterization of materials for the energy, transport, space, nanotechnology and biomaterials sectors. Within the Paris-Saclay Campus, the EquipEx MATMECA is based on three complementary and interactive platforms:

"Elaboration by powder metallurgy"
"In-situ micro-mechanical characterisation"
"Integrated calculation in an ultrafast network"

They constitute a unique ensemble capable of attracting the best researchers in the field and of constituting an important element of future training in the field of mechanics and materials.

Contacts

  • Mr Paul HAGHI-ASHTIANI
  • Mr Thomas REISS
  • Mrs Elsa VENNAT
  • Mrs Eva HERIPRE

http://matmeca.cnrs.fr/plateforme-caracterisation-micro-mecanique-in-situ/le-met-et-le-meb-fib-du-mssmat/principales-caracteristiques-de-lhelios-nanolab-660/

Innovation themes

Map and access

Salle M.S16, Laboratoire MSSMat, Bâtiment. Eiffel, CentraleSupélec
91190 GIF-SUR-YVETTE

Formations offers

Offres de formations

Ecosystem

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Thematics

Current thematics

  • Chemistry - Materials
    • Mineral (materials, nanomaterials)
    • Mineral (materials, nanomaterials)
  • Complex systems and software engineering
    • Photonics - optical materials, application nanotechnology
    • Photonics - optical materials, application nanotechnology
Title

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Typology

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Type

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Technological platform
Description

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The EquipEx MATMECA (ANR-10-EQPX-37) is a response to the problems of elaboration and characterization of materials for the energy, transport, space, nanotechnology and biomaterials sectors. Within the Paris-Saclay Campus, the EquipEx MATMECA is based on three complementary and interactive platforms: "Elaboration by powder metallurgy" "In-situ micro-mechanical characterisation" "Integrated calculation in an ultrafast network" They constitute a unique ensemble capable of attracting the best researchers in the field and of constituting an important element of future training in the field of mechanics and materials.
Contact informations
Contact

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Contact name Email phone number
Paul-HAGHI-ASHTIANI paul.haghi-ashtiani@centralesupelec.fr
Thomas-REISS thomas.reiss@centralesupelec.fr
Elsa-VENNAT elsa.vennat@centralesupelec.fr
Eva-HERIPRE eva.heripre@centralesupelec.fr
URL

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http://matmeca.cnrs.fr/plateforme-caracterisation-micro-mecanique-in-situ/le-met-et-le-meb-fib-du-mssmat/principales-caracteristiques-de-lhelios-nanolab-660/

Address

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Salle M.S16, Laboratoire MSSMat, Bâtiment. Eiffel, CentraleSupélec
91190 GIF-SUR-YVETTE
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Technologies and equipments
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/

Equipments link

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http://matmeca.cnrs.fr/plateforme-caracterisation-micro-mecanique-in-situ/le-met-et-le-meb-fib-du-mssmat/principales-caracteristiques-de-lhelios-nanolab-660/
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