15 composite PhD scholarships at CNRS

M/F PhD MULTI-SCALE MODELING OF HIGH-TEMPERATURE REACTIVE POROUS MEDIA USING THE BOLTZMANN LATTICE METHOD

4 May 2024 Job Information Organisation/Company CNRS Department Laboratoire des Composites ThermoStructuraux Research Field Physics Researcher Profile First Stage Researcher (R1) Country France

PhD in atmospharic chemistry (M/F)

chemistry in several reaction chambers: HELIOS (CNRS, Orléans) and CESAM (UPEC, Paris). Both of these chambers are uniquely well-equipped to understand atmospheric chemical composition in fine detail, which

PhD student (M/F): synthesis of ferroelectric thin films by pulsed laser deposition for the control of thermal conductivity

(combinatorial) pulsed laser deposition by varying the composition and growth conditions to control the ferroelectric response. The thermal conductivity of these films will then be measured, in collaboration with

PhD (M/F): Foam-bonding process for granular wastes

to glass, which is melted (calcined) into production lines, plastics, aggregates from deconstruction, composite materials, or rubber waste. Since the crushing/grinding stage is already energy-intensive

PhD thesis offer in geology/geochemistry - (M/F)

of geochemical fluids characterization of gas seepages along the rift (concentrations and isotopic compositions of main volatile species), particular emphasis of the PhD project will be placed within designated

PhD in Materials Science (M/F)

Python. Thermo-Calc software and commercial databases will be used. Composition optimization work will be based on criteria such as melting temperature, absence of solidification interval, heat stored

PhD Student (M/F) - Optical properties of multifunctional nanocomposite materials

based on nanocellulose Interesting functional properties of a material arise from its composition (i.e. the number and the chemical nature of its constituents) and/or from the complexity of its structure

Interdisciplinary PhD opportunity in geobiology (M/F)

questions: i) What is the composition of microbial communities associated to these stromatolites and what are the metabolic functions favoring the mineral precipitation and, accordingly, the formation

PhD (M/F) : bimetallic nanoparticles for reductive hydrogenation depolymerization

polyol method, mastered in the NanoCat team in which the PhD student will be integrated. They will be finely characterized in terms of composition, structure, microstructure, surface state in order to link

M/F PhD student to develop a chemical scheme to model the reactivity of heteroatomic gases (CHONS+P) at high temperatures, with application to exoplanet atmospheres.

to P and including its coupling to the chemistry of S, N and C will be compared with the experimental database to ensure the validity of the scheme over a wide range of temperatures, compositions and