Dr Chloé Cherpin wins the ENS High Scientific Council PhD Award 2023
Dr Chloé Cherpin wins the ENS High Scientific Council PhD…
The ENS High Scientific Council values excellence, innovation, and originality in scientific research in the field of Nuclear Science and Engineering. In order to express this point of view and to encourage these traits among PhD students, the HSC selects an outstanding PhD student based on scientific merit, degree of innovation, and extent of originality of his/her dissertation.
For this award, each national society nominates one candidate. Since many national societies already offer PhD Awards (on a nation-wide level), the idea is to add value to those awards by allowing the winner to participate in a European-wide competition.
The candidates are evaluated by the HSC in a two-stage process. In the preliminary stage, candidates are evaluated based on their dissertation, papers, and recommendation letters according to the HSC evaluation criteria. Finalists are then invited for a personal presentation in front of the HSC, which entails a presentation, followed by a Q&A session. The winner is then selected based on both the preliminary evaluation and the presentation. The renowned scientists of the ENS High Scientific Council (HSC) will act as the Selection Committee for this prestigious award.
The winner of this prestigious award receives prize money of 2000€.
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Modelling the behaviour of colloidal corrosion products in the primary circuit of Pressurized Water Reactors
The properties of nuclear fuel cladding materials under normal operation and accident conditions
Characterization of main ion properties for the optimization of future fusion power plants
Characterization of main ion properties for the optimization of future fusion power plants
Contribution to the multiphysical analysis of fuel assembly bow
High Temperature Oxidation Studies of Ni-base Alloys: Understanding the Role of the “Precursor Events” during the Early Stages of Stress Corrosion Cracking
Safety Analyses with uncertainty quantification for fusion and fission nuclear power plants. Applications to EU DEMO fusion reactor and BWRs
Molten Salt Reactor Chemistry: Structure and Equilibria
Development of a high-fidelity multi-physics simulation tool for liquid-fuel fast nuclear reactors
Nanoscale study of ageing and irradiation induced precipitates in the DIN 1.4970 alloy
Uncertainty quantification of the fast flux calculation for a PWR vessel
Gas-phase chemistry, recoil source characterization and in-gas-cell resonance laser ionization of actinides at IGISOL
The development of high fraction zirconolite glass-ceramics for the immobilisation of actinides in plutonium residues for long-term geological disposal
On Coherent Structure, Flow-Induced Vibrations, and Migratory Flow In Liquid Metal Nuclear Reactors
Comprehension and modelling of toughness tests with pop in: Application to 6061-T6 aluminium and effect of neutron irradiation
Nuclear Data Analyses for Improving the Safety of Advanced Lead-cooled Reactors
Development of a separative microsystem for radionuclides analysis in nitric acid media on organic monolith
Feasibility Analysis of Representative Configurations of Core Degradation Situation During Severe Accidents in Nuclear Reactors
Cellular Response to Proton Radiation
Analysis of Reactor Pressure Vessel Steels Using Positron Annihilation Spectroscopy.
Neutron monitoring based on the higher order statistics of fission chamber signals Chalmers
University of Technology, Göteborg, Sweden
Theoretical explanations of I-mode impurity removal and H-mode poloidal edge asymmetries
Massachusetts Institute of Technology (MIT), Cambridge, MA 02139, USA
Nucleation and growth of lead oxide particles in liquid lead-bismuth eutectic
University of Ghent, Ghent, Belgium
Analysis and development of deterministic and stochastic neutron noise computing techniques with applications to thermal and fast reactors
CEA Saclay – DEN/DANS/DM2S/SERMA/LTSD, France