2026-06-01T09:38:09Z
https://icatplus.esrf.fr/oaipmh/request
oai:icatplus.esrf.fr:inv/1710756361
2025-05-16T07:48:07.143Z
4.2
EI
10.15151/ESRF-ES-1710756361
Sam KREVOR
Sam
Krevor
0000-0001-6106-0734
Sam KREVOR
Sam
Krevor
0000-0001-6106-0734
Tanguy LE BORGNE
Tanguy
Le Borgne
0000-0001-9266-9139
Tanguy LE BORGNE
Tanguy
Le Borgne
0000-0001-9266-9139
Mohamed SALEH
Mohamed
Saleh
Mohamed SALEH
Mohamed
Saleh
Marc LAMBLIN
Marc
Lamblin
Marc LAMBLIN
Marc
Lamblin
Joris HEYMAN
Joris
Heyman
0000-0002-0327-7924
Joris HEYMAN
Joris
Heyman
0000-0002-0327-7924
Atefeh VAFAIE
Atefeh
Vafaie
0000-0003-0104-5377
Atefeh VAFAIE
Atefeh
Vafaie
0000-0003-0104-5377
Benoît CORDONNIER
Benoît
Cordonnier
0000-0001-8632-3844
Isabelle BIHANNIC
Isabelle
Bihannic
0000-0001-9780-2509
Isabelle BIHANNIC
Isabelle
Bihannic
0000-0001-9780-2509
Nihal DARRAJ
Nihal
Darraj
Iman RAHIMZADEH KIVI
Iman
Rahimzadeh Kivi
0000-0002-7150-0411
Nihal DARRAJ
Nihal
Darraj
Iman RAHIMZADEH KIVI
Iman
Rahimzadeh Kivi
0000-0002-7150-0411
Sojwal MANOORKAR
Sojwal
Manoorkar
Ludovic BROCHE
Ludovic
Broche
Sojwal MANOORKAR
Sojwal
Manoorkar
Maxime GROSLEGIAT
Maxime
Groslegiat
ROCKNMIX : TRACKING THE EXISTENCE OF CHAOTIC MIXING IN POROUS ROCKS
Example Institute
2027
Data from large facility measurement
2024-07-02T06:00:00Z/2024-07-05T06:00:00Z
2024-07-05T06:00:00Z
I
CC-BY-4.0
Fluid flow in porous media plays a central role in environmental and industrial systems, with important consequences for reactive transport processes. We have recently shown that steady laminar flows through transparent bead packs produce chaotic microscale trajectories, like turbulent flows but at low Reynolds numbers. This fundamentally changes the current paradigm of reactive transport modeling as chaos enhances microscale chemical gradients and controls mixing rates. Yet, proving the existence of chaotic mixing in rocks, key for reservoir and storage applications, is an outstanding challenge. This proposal seeks beamtime to conduct the first experiments to evidence chaotic mixing in rocks, for which ESRF-ID19 is the only beamline allowing the required acquisition of fast, highly- resolved, and low-noise microscale solute gradient images. This new dataset will be transformative in the current understanding of a broad range of reactive transport processes.