CRISMAT/LCS – 13 Mars 2019
Transition énergétique
Relever ENSEMBLE les défis de demain.

We propose, for the beginning of the year 2019, a position for an engineer for a project concerning the NMR (Nuclear Magnetic Resonance) of Hyperpolarized Xenon-129  financed by the Carnot Institute ESP (http://www.carnot-esp.fr) Project: Instrumental and methodological developments in Xenon-129 hyperpolarized NMR: automation, low-temperature, polarization transfers. Application to the characterization of high surface area materials.

[heading_box_sc]Characterization of lamellar or nanostructured materials based on transition metal oxides for liquid phase catalysis.[/heading_box_sc][heading_box_sc]December 5th at 10 am in conference room CNRT[/heading_box_sc]Layered transition metal oxides have a potential as catalysts for biomass conversions, but their development necessitates a better understanding of their properties. Consequently, several layered materials such as HNbMoO6, HNbWO6, H2W2O7 and H2WO4

[heading_box_sc]Zeolite nanocrystals for biomedical applications[/heading_box_sc][heading_box_sc]November 16th at 10 am in theses room (campus – sciences III)[/heading_box_sc]The properties of nanozeolites, namely, large surface area, hydrothermal stability and nontoxic nature, enable their utilization in forward-looking applications, including biomedicine (sensors, drug and gas delivery) and  microbiology (antibacterial agents). Hence, a lot of research has been devoted to study

[heading_box_sc]Elimination par adsorption sélective du phénol pour la purification des biocarburants de 2ème génération. Approche par methodes adsorptives, spectroscopie infrarouge et calculs theoriques[/heading_box_sc][heading_box_sc]October 25th at 10 am in theses room (campus – sciences III)[/heading_box_sc]Our project focuses on the study of the purification of 2G biofuels derived from lignocellulosic biomass. After pyrolysis of the biomass and