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major challenge for environmental fluid mechanics, as the mechanisms at work in the generation of these waves are highly complex, with three interacting phases: solid grains, interstitial gas and water
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the properties of smectite, a swelling clay mineral that form the core of many of the fault zones and that is able to adsorb significant amounts of water in-between nanometric interlayers. Despite their potential
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continuum theory expectations, and many of the observed phenomena still defy explanation. In particular, while water dynamics are expected to remain largely classical under extreme confinement, several
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be characterized by SAXS, SALS, SEM and XRD. Mechanical characterizations by uni- or bi-axial tensile tests and micro-indentation will be carried out, and oxygen and water vapor barrier properties
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ultimate objective, we aim at investigate the catalytic properties of these supported catalysts in the context of water electrolysis occurring in an alkaline environment. The researcher (M/F), recruited
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metallic and organic micropollutants. They are also capable of retaining elements that are highly mobile in other environments, such as iodine. However, this water filtration function can be affected by
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-gel chemistry and renewable resources, i.e. cellulose or chitosan. This project will focus particularly on hydrophobic thin films, in order to limit the affinity for water and the phenomena of water
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applications. These data consist of magnetic resonance sounding and gravimetric measurements, respectively detecting spatially varying water storage and temporal dynamics of groundwater masses. Ensemble Kalman
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dissipation, fluid motion can induce electron currents. This type of effect, linked to the Coulomb and phonon drag phenomena, has been measured for water transport in carbon nanotubes, and in experiments
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the experimental results of flow tunneling to fluid mixtures, and in particular to water-glycerol mixtures as a model system. The aim will be to study fluid separation induced by a difference in the overlap