Q3698120 (Q3698120): Difference between revisions
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(Changed an Item: Edited by the infer coords bot - inferring coordiantes from postal codes) |
(Created claim: summary (P836): the aim of the PRACORMat project is to study and develop, at the laboratory level, multifunction reactive surfaces with new properties in contradiction with the substrate material. The resulting reactive surfaces must incorporate the required switching of materials of the future such as conduction/insulation, adhesion/anti-adhesion, electromagnetic shielding, texturing. To develop its reactive surfaces, various innovative, clean and sustainable...) |
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the aim of the PRACORMat project is to study and develop, at the laboratory level, multifunction reactive surfaces with new properties in contradiction with the substrate material. The resulting reactive surfaces must incorporate the required switching of materials of the future such as conduction/insulation, adhesion/anti-adhesion, electromagnetic shielding, texturing. To develop its reactive surfaces, various innovative, clean and sustainable processes will be studied and implemented, namely cryogenic supercritical nitrogen/high pressure water jet, cold spray and laser/CLAD. The CRITT TJFU is the scientific and technical coordinator of PRACORMat. It will contribute to the development of reactive surfaces through its N2/H2O and Cold Spray processes. The CRITT CM2T will bring its expertise in Cold Spray process and metallurgical characterisation of modified surfaces. IREPA LASER will be involved in the development of laser/CLAD reactive surfaces. The Institute of Soudure will bring its expertise in characterising functionalised surfaces in relation to the needs of the lightening market in particular. While CERFAV will bring its expertise in the development of glass materials. The role of CIRTES, a Stratodesign specialist, will be to design and produce model test samples and to characterise surfaces from the point of view of assembly by Stratodesign. (English) | |||||||||||||||
| Property / summary: the aim of the PRACORMat project is to study and develop, at the laboratory level, multifunction reactive surfaces with new properties in contradiction with the substrate material. The resulting reactive surfaces must incorporate the required switching of materials of the future such as conduction/insulation, adhesion/anti-adhesion, electromagnetic shielding, texturing. To develop its reactive surfaces, various innovative, clean and sustainable processes will be studied and implemented, namely cryogenic supercritical nitrogen/high pressure water jet, cold spray and laser/CLAD. The CRITT TJFU is the scientific and technical coordinator of PRACORMat. It will contribute to the development of reactive surfaces through its N2/H2O and Cold Spray processes. The CRITT CM2T will bring its expertise in Cold Spray process and metallurgical characterisation of modified surfaces. IREPA LASER will be involved in the development of laser/CLAD reactive surfaces. The Institute of Soudure will bring its expertise in characterising functionalised surfaces in relation to the needs of the lightening market in particular. While CERFAV will bring its expertise in the development of glass materials. The role of CIRTES, a Stratodesign specialist, will be to design and produce model test samples and to characterise surfaces from the point of view of assembly by Stratodesign. (English) / rank | |||||||||||||||
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| Property / summary: the aim of the PRACORMat project is to study and develop, at the laboratory level, multifunction reactive surfaces with new properties in contradiction with the substrate material. The resulting reactive surfaces must incorporate the required switching of materials of the future such as conduction/insulation, adhesion/anti-adhesion, electromagnetic shielding, texturing. To develop its reactive surfaces, various innovative, clean and sustainable processes will be studied and implemented, namely cryogenic supercritical nitrogen/high pressure water jet, cold spray and laser/CLAD. The CRITT TJFU is the scientific and technical coordinator of PRACORMat. It will contribute to the development of reactive surfaces through its N2/H2O and Cold Spray processes. The CRITT CM2T will bring its expertise in Cold Spray process and metallurgical characterisation of modified surfaces. IREPA LASER will be involved in the development of laser/CLAD reactive surfaces. The Institute of Soudure will bring its expertise in characterising functionalised surfaces in relation to the needs of the lightening market in particular. While CERFAV will bring its expertise in the development of glass materials. The role of CIRTES, a Stratodesign specialist, will be to design and produce model test samples and to characterise surfaces from the point of view of assembly by Stratodesign. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 10:55, 22 November 2021
Project Q3698120 in France
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3698120 in France |
Statements
35,882.56 Euro
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78,660.0 Euro
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45.62 percent
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1 July 2017
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31 March 2020
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CIRTES
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48°17'8.59"N, 6°57'30.56"E
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88100
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le projet PRACORMat a pour objectif d'étudier et de développer, à l'échelle de laboratoire, des surfaces réactives multifonctions aux propriétés nouvelles en contradiction avec le matériau substrat. Les surfaces réactives obtenues doivent intégrer les commutations requises des matériaux du futur telles que la conduction / isolation, adhésion / anti adhésion, blindage électromagnétique, texturation. Pour élaborer ses surface réactives, différents procédés innovants propres et durables seront étudiés et mis en oeuvre, à savoir l'azote supercritique cryogénique / jet d'eau sous hautes pressions, le cold spray et la laser / CLAD. Le CRITT TJFU est coordinateur scientifique et technique de PRACORMat. Il apportera des contributions dans le développement de surfaces réactives par ses procédés N2 / H2O et Cold Spray. Le CRITT CM2T apportera son expertise en procédé Cold Spray et en caractérisation métallurgique des surfaces modifiées. IREPA LASER interviendra dans l'élaboration de surfaces réactives par laser / CLAD. L'Institut de Soudure apportera son expertise dans la caractérisation des surfaces fonctionnalisées en rapport avec les besoins du marché de l'allègement notamment. Tandis que le CERFAV apportera son expertise dans l'élaboration des matériaux verriers. Le CIRTES, spécialiste de la Stratoconception, aura pour rôle de concevoir et de produire des échantillons modèles de test et de caractériser les surfaces du point de vue assemblage par Stratoconception. (French)
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the aim of the PRACORMat project is to study and develop, at the laboratory level, multifunction reactive surfaces with new properties in contradiction with the substrate material. The resulting reactive surfaces must incorporate the required switching of materials of the future such as conduction/insulation, adhesion/anti-adhesion, electromagnetic shielding, texturing. To develop its reactive surfaces, various innovative, clean and sustainable processes will be studied and implemented, namely cryogenic supercritical nitrogen/high pressure water jet, cold spray and laser/CLAD. The CRITT TJFU is the scientific and technical coordinator of PRACORMat. It will contribute to the development of reactive surfaces through its N2/H2O and Cold Spray processes. The CRITT CM2T will bring its expertise in Cold Spray process and metallurgical characterisation of modified surfaces. IREPA LASER will be involved in the development of laser/CLAD reactive surfaces. The Institute of Soudure will bring its expertise in characterising functionalised surfaces in relation to the needs of the lightening market in particular. While CERFAV will bring its expertise in the development of glass materials. The role of CIRTES, a Stratodesign specialist, will be to design and produce model test samples and to characterise surfaces from the point of view of assembly by Stratodesign. (English)
22 November 2021
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Identifiers
LO0016571
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