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high gas barrier polymer-based nanocomposite design by combining experimental, modelling and machine learning approaches – BANCODEMM
BANCODEMM project aims to explore new routes in the quest of robust guidelines to design polymer-based nanocomposites displaying enhanced barrier properties from combined experimental, theoretical and numerical investigation. In this project, the whole chain from nanocomposite constituents to proces
Dissipative Evolutions and Convergence to Equilibrium – EVOL
Dissipative evolution equations are key tools for the modeling in Physics, Biology or Mathematics applied to Economics. The study of stationary solutions is not sufficient in most of the cases. As soon as complex dynamics enter into the game or if non-linearities are taken into account, one still ca
Nanoparticules pour le Traitement Photodynamique Vasculaire des Tumeurs Cérébrales guidé par l'Imagerie – Nano-VTP
Photodynamic therapy (PDT) is being assessed as a therapy for the treatment of malignant gliomas. Despite conventional treatments, local relapses remain higher than 80%. PDT relies on the light activation of a photosensitizer (PS) localized in the tumor site. The treatment involves two steps. In the
Exploration of the dynamics of Blood-Brain barrier regulation for optimized management of chemical exposure to OrganoPhosphates – B-BOP
Organophosphorus compounds (OP), initially developed as plant protection products, are used for military purposes as nerve agents (NA) (Sarin, VX or Novitchok). They pose a threat to military and civilian populations. They cause irreversible inhibition of peripheral and central cholinesterases, bloc
Sandwich for Intermediate Temperatures with Geopolymer Core – SANTIAG
Ceramic matrix composites are interesting materials due to their good mechanical properties and their good damage resistance, even at high temperature. Nevertheless, their fabrication requires usually expensive constituents, and processing routes with long duration and expensive too. Geopolymers off
High resolution flow measurement based on a bidirectionnal frequency shifting loop – MECHOUI
The consortium composed of Thales R&T (TRT), the Laboratoire Interdisciplinaire de Physique (LIPhy) end the Unité de Mécanique de l’ENSTA Paris introduces a novel architecture for optical fiber based distributed sensing with high spatial resolution and high bandwidth capability. This unique instrume
Microcrystalline SiC/Si3N4 matrix composites for high temperature applications thought a PIP-CVI hybrid process – MATRIX
To face the energy, environmental and economic challenges of air transportation, significant efforts are devoted to the next generation of aircraft turbojets, particularly in the field of advanced materials and their elaboration processes. The main objective is a decarbonisation of air transportatio
Manufacture and study of ultra-thin films of highly boron-doped single crystal diamond – DeltaDiam
Several groups, either industrial or academic, mainly in Europe, Japan and USA, have recognized and begun to use the huge potentialities of synthetic diamond for implementing electronic devices. If all the electronic, thermal and chemical inertness properties of diamond were simultaneously utilized,
Croissance des COuches Semipolaires de semiconducteurs NItrures de qualité optimale pour applications opto-électroniques – COSNI
Wurtzite III-nitride semiconductors (AlN, GaN, InN) exhibit a large spontaneous polarization along the conventional growth axis, c- . In nanostructured components, electric fields as high as 10 MV/cm are commonly present. This leads to poor recombination efficiency, broadening of luminescence peaks
Innovative Materials by MUlti-Nanolayer Extrusion – IMMUNE
The objective of the project proposal “IMMUNE” is to develop new multifunctional materials with highly improved barrier properties compared with conventional materials by using an innovative co-extrusion process giving access to multinanolayered structures. Transport properties of films with control
