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complex physico-chemical and biological processes for the transformation of matter and energy. The topics covered integrate the conventional skills of chemical engineering through the study of coupled
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technologies that aim to connect them. However, these technologies offer overlapping functionality, and this oversizing is very suboptimal from an energy perspective, with energy efficiency being a first step
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Description The thesis encompasses various activities, including the collection and analysis of historical data on extreme "dry" weather events and energy blackouts, the development of methodologies to identify
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, whose dominant transport mode is Brownian. The production or degradation of chemical compounds is generally accompanied by an energy input and an energy output. The input is associated with energy
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skills. Singlet fission (SF) is a spin-allowed process involving at least two organic chromophores in which a photo-generated singlet state (S1S0) can spontaneously down-convert to give two lower-energy
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in the global energy economy, interface phenomena in multi- phase fluids remain poorly understood and their understanding requires substantial theoretical developments. These developments are all
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neurons and in vitro. Specific activities include carrying out experiments and analysing data, in particular using : - Molecular biology (cloning, Q-PCR, etc) - Cell biology (primary culture of neurons
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guarantee the requested data rate while having the lowest possible energy footprint. This observation directly impacts the design of power amplifiers by imposing a compromise between the following 3 criteria
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water) and (ii) interfacial hydrophobicity (by means of density fluctuations and cavitation free energy analyses), as a function of salt concentration and applied voltage. This will also allow
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Polytechnique (Palaiseau). A part of the thesis will involve conducting experimental campaigns on the LULI2000 laser located at the same site. LULI2000 is an international high-energy laser facility