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Development of an eXtended Friction Energy –third body Wear approach to predict the fretting wear rate of metallic interfaces. – X-FEW
Fretting resulting from micro-displacement oscillatory motion is considered a serious problem for many industrial applications (bridge cables, turbojet engines, nuclear power plants, etc.). It leads to substantial expenses for the maintenance and replacement of equipment. On the other hand, before t
Inverse modelling of BLACK Carbon emissions using real time data from NETworked sensors – BLACKNET_Ukraine
Black carbon (BC) contributes to global warming by absorbing sunlight. Current global climate models systematically underpredict the atmospheric aerosol absorption by a factor of three when compared to observations, which is often attributed to the underestimation of BC emissions [Bond et al. 2004,
Intensity interferometry at Calern – I2C
We aim at demonstrating that: 1- The performances of intensity interferometry (I.I.) can reach a much higher level than at the time of Hanbury Brown & Twiss thanks to the technological progress already made and those to come; 2- I.I. can already be used for stellar physics measurements with state-
Light conversion by photoinduced-electrochemiluminescence – LiCORN
Electrochemiluminescence (ECL) is the emission of light caused by the excited state of a luminophore that is generated by an electrochemical reaction at an electrode surface. This physicochemical phenomenon has become a powerful tool for analytical chemistry as it provides outstanding benefits over
Visibility and invisibility of minorities on the public scene at the end of the Middle Ages – VISMIN
The VISMIN project proposed to approach the question of the visibility or «invisibilization« of the minority fact in the public space at the end of the Middle Ages, by examining the evolution of the Jewish quarters of some emblematic cities of the Iberian Peninsula. , against a background of growing
Ultra Low Power Wake-up Radio – U-WAKE
Several use-cases of a wake-up radio can be identified (ultra-low power but small sensitivity or more consumption but better sensitivity). From a general point of view, the interesting parameters are: • Consumption - in nW • Sensitivity (S/N detection threshold) • Frequency band and carrier frequ
Ordered Porous Inorganic Fluorides as efficient Heterogeneous Catalysts – OPIFCat
The OPIFCat project aims to develop ordered porous inorganic fluorides (FIPO) as active, selective and stable catalysts under catalyzed fluorination conditions of chlorinated organic reagents using anhydrous HF as fluorination agent in the gas phase. More specifically, the objective here is to synth
role of INterstitial Solutes and diffusive Processes In the plasticity of Refractory high entropy Alloys – INSPIRA
In this project, we aim to develop physically-based models to investigate quantitatively (i) the influence substitutional solutes on dislocation behavior and (ii) the role of interstitial solutes and the influence of their diffusion on the plastic behavior of RHEA. We will focus on refractory alloy
Chemical Engineering for the Synthesis of Highly Stable Perovskite Films Applied to Efficient Solar Cells – ChemSta
Photovoltaics (PV) still need improvement for cost-effectiveness, saving on raw material and cutting in pay-back energy consumption. Solid state perovskite solar cells (PSCs), the latest discovered PV technology, have made an unprecedented emergence as particularly promising high-performance devices
IoT gateway protection against software and communication threats – TrustGW
In the TrustGW project, only software attacks and attacks from communication links are taken into account. Since the gateway architecture includes processors and hardware accelerators to increase the performance of the various services present in the execution domains, the hypervisor must be able to
