Sodium hydroxide (NaOH), (NaOH), does not exhibit any phase transition at low temperatures. By replacing hydrogen with deuterium (D), a transition appears at 153K between two distinct crystal structures, with a strong expansion (>5%)....
Doping of ZnO thin films: Study of Al insertion by X-ray absorption spectroscopy and Mg interaction with ultra-thin films epitaxial on Ag(111) PhD Student: Olivier Kerivel Year of the defense: 2023 Funding: Team(s): Low-dimensional...
Interplay between defects and band bending at TiO2 surfaces Supervisor : Anna Levy – levy@insp.jussieu.fr Keywords : Experimental and Internship M2 – Gratification : Oui
Experimental / Growth - Organization - Interfaces / Proposed thesis
by web-oxydes · Published 14 April 2023 · Last modified 15 June 2023
Synthesis of plasmonic nanostructures by magnetron sputtering deposition: understanding keys to control their morphology PhD Student: Year of the defense: 2026 Funding: CIFRE PhD thesis funded by Saint-Gobain Research Paris Team(s): Low-dimensional oxides ...
Excess electrons in reducible TiO2 polymorphs: trapped or free states? PhD Student: Year of the defense: 2026 Funding: Sorbonne Université Team(s): Low-dimensional oxides Teams’ Page of thesis : Low-dimensional oxides Link TEL:...
Selective oxidation of Fe-Al alloys beyond the pressure gap PhD Student: Year of the defense: 2026 Funding: Sorbonne Université Team(s): Low-dimensional oxides Teams’ Page of thesis : Low-dimensional oxides Link TEL: https://www.adum.fr/as/ed/voirproposition.pl?langue=&site=edpcm&matricule_prop=46015#version
by Cécile Duflot · Published 23 December 2022
Nanostructured oxide materials – ultra-thin films, nanoparticles and other nanometer-scale objects – play prominent roles in many aspects of our every-day life, in nature and in technological applications, among which is the all-oxide electronics...
Growth of metallic layers by sputtering: towards the control of the microstructure by the physical parameters of the process PhD Student: Ramiro Zapata Year of the defense: 2023 Funding: Team(s): Low-dimensional oxides Teams’...
