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Enhaced oil recovery : from control of the interfaces to nanofluidic flows – ENCORE
solid-polymer interfaces, and flow behavior of complex fluids down to nanometric confinements have joined forces
Dynamical and statistical properties of the large scales in turbulence – DYSTURB
gravity wave turbulence (GWT) on the surface of a fluid. We will develop two large scale experiments
Membrane for prOtein Separation with designed Architecture of bioInterface at nanosCale – MOSAIC-3D
transmission of growth factors. This requires that the fluid dynamics should be controlled all over the membrane
Impurity Dynamics in Tunable One-Dimensional Quantum Gases – IDTODQG
impurity resemble a classical particle in a viscous fluid? How does temperature affect the impurity's motion
Atypical schedules and cognitive aging – HAVCOG
will include several measures of episodic memory, fluid abilities, flexibility, speed of processing and
Interconnected in?nite-dimensional systems for heterogeneous media – INFIDHEM
we aim to study intensively are those describing fluid-structure-thermal interactions. The project aims
Uranium production by in situ recovery – ISR-U
better understanding of the phenomenon at stake (fluid flow between the wells, geochemical reactions) and
Characterization of the physiological role of CSF-contacting neurons in mammalian CNS. – MotAct-CSF
molecular and anatomical properties of cerebrospinal fluid-contacting neurons (CSF-cNs) in the mammalian central
Molecular and cellular characterization of nanobodies directed against Tau – ToNIC
supposes that Tau is secreted into the interstitial fluids. Molecular and cellular mechanisms behind these
image-based Town On-line Web Navigation and Searchengine – ITOWNS
goal is to navigate with a browser freely and fluidly within the image flow (without 3D models) in huge