Propositions de thèses
PhD position : Greener thickener in cosmetic formulation : synthesis, properties and applications for topical uses – IMP, St-Etienne (23/02/2021)
Nowadays, soft colloids used in cosmetic formulation are often oil-based additives. A major challenge for cosmetics industry is to develop ingredients from bio-based resources as efficient as those obtained from oil derivatives, and which have improved...
lire plusThesis : Self-assembled flat chiral light sources – ICS, Strasbourg (23/03/2021)
The PhD thesis will focus on the optical properties of chiral hybrid assemblies of metallic nanowires/nanorods and molecular fluorescent emitters. We will make use of the high versatility of GIS combined to LbL to investigate the tight relationship between the thin...
lire plusDoctoral Position : Recycled Polyurethane Cross-Linked Architectures based on Waste Tires and Diels-Alder reaction – LCMT, Caen (16/02/2021)
The aim of this project is to develop PU in a sustainable way, through the involvement of a Diels-Alder/retro-Diels-Alder cycle and by combining two approaches : The first one consists in synthesizing PU networks from elastomer wastes such as tires wastes....
lire plusPhD Offer : Assessing the toxicity of plastic fragments on zooplankton ecology via video tracking and behavioral analysis – UCCS, Villeneuve d’Ascq (07/02/2021)
Calanoid copepods are small crustaceans that play pivotal roles in aquatic ecosystems. Located at the base of the food web, they channel nutrients and energy from the primary producers to higher trophic levels, support the development of larger organisms including...
lire plusOffre de thèse : Modélisation des contraintes résiduelles et déformations de verres ophtalmiques réalisés en matériaux thermodurcissables thermiquement polymérisés – CEMEF, Mines ParisTech, Sophia-Antipolis en collaboration avec la société Essilor (25/01/2021)
Le CEMEF et ESSILOR portent un projet commun sur la thématique de la modélisation des contraintes résiduelles et déformations de verres ophtalmiques réalisés en matériaux thermodurcissables thermiquement polymérisés. Les objectifs de l’étude seront : De caractériser...
lire plusPhD offer : Flame retardation of polylactide via reactive extrusion – UMET, Villeneuve d’Ascq (22/11/2020)
The goal of this project is to improve the flame retardancy of PLA by chemical modification conducted via reactive extrusion process which consist on the continuous polymerization of a monomer in an extruder. The objective is the incorporation of flame retardant (FR)...
lire plusPhD ANR Grant – Nano-structured smart hybrid polymeric composites with internal architecture towards improving ultra-high absorbance of Electro-Magnetic Radiation (NOEMR) – IMP, Lyon & Oyonnax (01/11/2020)
The main objective of the present thesis is to develop new films with a controlled nanostructure and enhanced performances such as an ultra-high absorption of electromagnetic radiation (EMR). By using innovative design to fabricate smart hybrid materials composed of...
lire plusPh.D. position : New methods for the synthesis of polyurethane mediated by light – LCPO, Bordeaux (01/11/2020)
This Ph.D. thesis is part of an ANR project, NCO-innov, whose objective is to develop new methods to access isocyanates and their derivatives, urethanes and polyurethanes (PU), from cheap and notably bio-sourced raw materials. PU is a widely used class of commodity...
lire plusPhD CIFRE : Innovative processing of multi-functional polymer materials: Design of multi-Micro-/Nanolayered polymers films with tailored transport and optical gradient properties – INSA Lyon, Villeurbanne (18/10/2020)
The main objective of the present thesis is to develop new films with controlled and enhanced performances such as highly transparent and improved transport/barrier properties. By using innovative design to fabricate a multi-functional materials composed of...
lire plusPhD offer : ANR project PLARE flame retardation of polylactide via reactive extrusion – Centrale Lille, Villeneuve d’Ascq (11/10/2020)
The goal of this project is to improve the flame retardancy of PLA by chemical modification conducted via reactive extrusion process which consist on the continuous polymerization of a monomer in an extruder. The objective is the incorporation of flame retardant (FR)...
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