Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)

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Accueil > La Recherche > Axes & Equipes > Matière Molle & Verres > Equipe : Matière Molle > Thème : Matière molle pour l’agronomie et l’environnement

Thème : Matière molle pour l’agronomie et l’environnement

Presentation

This recent theme of the Soft Matter group arose from the intention to develop an interdisciplinary research based on strong competencies existing in Montpellier in agronomical and environmental sciences. Agronomical and environmental sciences are regularly facing physical phenomena relevant to soft matter. To reach a deeper understanding on these various physical phenomena, our scientific approach relies on identifying key-parameters in natural complex systems and designing relevant experimental models in the laboratory. The main objective is to derive general physical and physico-chemical mechanisms that are often hidden in the intrinsic complexity of agronomical, biological and environmental systems.
The various soft matter related topics addressed in this theme involve interfacial phenomena, polymer and colloid science and rheology and mechanical properties of complex systems. It is funded by companies (Solvay, La Compagnie Fruitière, …) as well as by public actors (ANR, Labex, …).

- STRUCTURE, RHEOLOGY AND FRACTURE OF BIO-POLYMERS, click !
- EMULSIONS, DROPLETS AND PARTICLES AT INTERFACES FOR FOOD AND ENVIRONMENTAL APPLICATIONS, click !
- BIODEGRADATION OF POLYMERS IN A MARINE ENVIRONMENT, click !

12 Membres

PERMANENTS NON PERMANENTS

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Dernières publications

+ Colonization of non-biodegradable and biodegradable plastics by marine microorganisms hal link

Auteur(s): Dussud Claire, Hudec Cindy, George M., Fabre P., Higgs Perry, Bruzaud Stéphane, Delort Anne-Marie, Eyheraguibel Boris, Meistertzheim Anne-Leïla, Jacquin Justine, Cheng Jingguang, Callac Nolwenn, Odobel Charlène, Rabouille Sophie, Ghiglione Jean-François

(Article) Publié: Frontiers In Microbiology, vol. 9 p.1571 (2018)

 
+ Evidence of niche partitioning among bacteria living on plastics, organic particles and surrounding seawaters doi link

Auteur(s): Dussud C., Meistertzheim A. L., Conan P., Pujo-Pay M., George M., Fabre P., Coudane J., Higgs P., Elineau A., Pedrotti M. l., Gorsky G., Ghiglione J. F.

(Article) Publié: Environmental Pollution, vol. 236 p.807-816 (2018)

 
+ Multistep building of a soft plant protein film at the air-water interface doi link

Auteur(s): Poirier A., Banc A., Stocco A., In M., Ramos L.

(Article) Publié: Journal Of Colloid And Interface Science, vol. 526 p.337 - 346 (2018)
Texte intégral en Openaccess : fichier pdf

 

Structure, rheology and fracture of bio-polymers

Structure, rheology and fracture of bio-polymers
We are investigating the structural and mechanical properties of natural products extracted from plants (wheat grain and proteins) or synthesized (...)

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Emulsions, droplets and particles at interfaces for food and environmental applications

Emulsions, droplets and particles at interfaces for food and environmental applications
We are investigating selected aspects of interfacial phenomena applied to enviromental and food (...)

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Biodegradation of polymers in a marine environment

Biodegradation of polymers in a marine environment People involved : M. George, T. Gaillard, P. Fabre Pollution of the ocean by plastic litter has become a major environmental problem in recent (...)

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