… UO2 nanoparticles. In the next sections we resume and discuss different methods to obtain
particles of uranium dioxide … particles or photons to induce UO2 particle formation. In addition, …

… XRD and TEM analysis confirmed the phase of the synthesised material as pure crystalline
uranium-di-oxide with face centred cubic structure. UV–Vis–NIR absorption spectra of the …

… In this paper we present a method for preparation of uranium oxide nanoparticles at … uranium
oxide as a catalyst is to control its size in the nanoparticle range on the supported material …

… Uranium dioxide nanoparticles were the focus of this study … to thorium dioxide nanoparticles,
a homoleptic material but … oxidation conditions in uranium dioxide nanoparticle morphology. …

… Herein, we describe the use of radiolysis for the RT synthesis of uranium oxide NPs in
acidic aqueous solutions, adjusting pH and spectroscopically tracking reactant and product …

… oxide (hematite, Fe 2 O 3 ) as a benchmark material to contrast the surface sorption of uranium.
… uranium in a single nanoparticle and, more importantly, illustrate distinctive patterns of …

… The reducing (or oxidizing) agents used in the nanoparticle production are formed by exposing
the solvent to ionizing radiation. The energy deposit in the solvent causes radiolysis and …

… of melted fuel and reactor materials, reflecting the complex … Thus, the Fe-oxide-containing
uraninite nanoparticle is … Fe-oxide nanoparticle with the embedded U-oxide nanoparticle …

… obtained a nanostructured uranium dioxide material at high yield (85 % based on U). …
individual nanoparticle is single crystalline in nature, and therefore the converted U 3 O 8 material …

… bulk material melting temperatures, D the nanoparticle average diameter and α a constant
representing the thermophysical properties of the material and depending on the model used. …