Goal

To demonstrate the novelty and advances in the field of nanostructured materials and architectured coatings for dedicated functions.  Their properties and applications especially in the domain of materials for energy and sustainability will be illustrated.
The different aspects of the bottom-up strategy towards nano-objects will be discussed for the fabrication of nanostructured powders and coatings. Processes using a vapor phase such as Chemical Vapor deposition and Atomic Layer Deposition will be presented in details: principles, applications, technological aspects and modelling. Special attention is focused on multimaterials stability through thermodynamics considerations.

Content:

- Fabrication of powders, nanocrystalline ceramics and nanostructured thin films. Ddevelopment of innovating processes : Electrostatic Spray Deposition, Spray-Pyrolysis assisted by ultrasonic atomiser, mecanosynthesis, dynamic compaction techniques, HIP and SPS sintering.
- Specific properties/structure relations (thermodynamical, electrical, catalytic, mechanical properties) of inorganic materials or nanocomposites as powders, ceramics and nanostructured membranes.
- Applications in different high technology domains : energy storage and energy conversion (fuel cells, lithium-ion batteries), environment (catalysis), protection against corrosion, analysis (electrochemical sensors), microelectronics
-  Chemical Processing of thin films and 3D nanoobjects from a vapor phase: Chemical Vapor Deposition, Atomic Layer Deposition: technological and chemical aspects (precursors selection), applications
-  Modeling of vapor phase processes  (thermodynamics, kinetics, Computational Fluid Dynamics)