-
validation of a CHONSP system for high-temperature combustion would have a major impact on the combustion community and industry. Objectives: During the first part of the thesis, the student will develop
-
. Today, the most challenging endeavor in this regard is to monitor the evolution of these interfaces during device operation, i.e. operando. Hence, we aim to develop a new strategy for coupled probes
-
Laser Ionization for Applications in the Environment and Health) aims to develop instrumentation based on the coupling of laser ionization to mass separation in order to quantify, separate and purify
-
emerged as a promising route for recycling waste plastics, as it enables them to be converted into value-added products and is applicable to a wide range of polymers. To develop this recycling route
-
, and can only be done by combining approaches from different disciplines (lithic technology, geometric morphometry, deep learning). Candidate's tasks The candidate will first develop a suitable
-
as well as during pregnancy. The main objective of the project is to develop deterministic and stochastic computational methods, to cope with the high complexity and variability of the exposure
-
pathology in well-characterized transgenic mice. The PhD student will use techniques of molecular biology to design and develop new biosensors, and cellular biology to express the sensors in a cellular
-
building blocks. In the consortium SIGSYNCELL, we want to develop synthetic cells as systems having the key characteristics function of living systems: their capacity to interact with their environment. In a
-
building blocks. In the consortium SIGSYNCELL, we want to develop synthetic cells as systems having the key characteristics function of living systems: their capacity to interact with their environment. In a
-
emitted by human activity is one of the solutions needed to limit climate change. The aim of this thesis is to develop new CO2 capture processes using Hollow Fiber Membrane Contactors (HFMC). We