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Tomographic Atom Probe and Optical specTroscopy: a couplEd appRoach – TAPOTER
The main goal of this project is the development of a new instrument coupling the capabilities of Atom Probe Tomography (APT) and optical spectroscopy, in particular photoluminescence and absorption s
Confined fluids under time varying tribological conditions – Confluence
Nowadays, mechanical systems are optimized in steady-state conditions for which lubrication mechanisms are generally well known. However, most of friction losses and wear occur under time-varying operating conditions. The latter induce interfacial dynamic phenomena associated with the complex rheological behaviour of the confined lubricant or molecular reorganization that are not yet explained.
Grain boundaries effects on hydrogen diffusion and trapping in fcc materials – CRISTALHYD
Grain boundaries effects on hydrogen diffusion and trapping in fcc materials
Interface Stability Evaluation and Optimization for Organic Photovoltaic Devices – IN-STEP
In Organic Photovoltaic field, numerous laboratories are focuses on the first limiting point of the organic PV devices: the low power conversion efficiencies. To solve this issue, lots of efforts are
Slender structures: stability, optimisation, control – SLENDER
In this research, we will investigate and develop applications of multistable composite panels and shells as morphing surfaces capable of large shape changes under external loading and embedded actuat
Ultimate power multi-switching cells system integration in silicon multi-poles chip. – ConvPlUS
The project deals with the integration in the field of power electronics. It aims at developing new quasi-monolithic or monolithically integrated silicon power switching cells of higher performance an
Crystal Nucleation On a Chip – CNOC
In this project, we are aiming for a real breakthrough in our understanding of the crystallization process by looking at the nucleation kinetics, through the combination of modern experimental techniques (microfluidics), Small Angle X-Ray Scattering (SAXS) from a synchrotron source and a new and original Monte Carlo simulation back and forth until we hopefully set up a clear understanding of the nucleation process.
New generation of all fiber optical amplifiers with erbium and gold – AMPEROR
New generation of all fiber optical amplifiers with erbium and gold
Effects of climatic and mechanical variations on the durability of timber structures – CLIMBOIS
Design and durability of timber structures: Towards taking into account climatic variations