Scaling the existence state of hydrogen in metal binary oxides

Theoretical study on the hydrogen distribution and diffusion at the PuO2/α-Pu2O3 interface

“…The Pu 3+ ions in PuO 2 are more difficult to further reduce to lower valence states. 45–47 For PuO 2 , each OV produces the two nearest Pu 3+ ions, similar to the microscopic description of the two electrons left behind when forming OVs in CeO 2 . 48 At the interface, there are four OVs on the side of α-Pu 2 O 3 , which can generate eight Pu 3+ ions, of which four belong to the inside of the interface, and four belong to the outside of the interface.…”

Synthesis and Characterization of )CeO(x-) CuO(1-x Nanocomposite by Simple Aqueous Route for Solar Cell Application

“…Binary materials are of outstanding quality including high melting points, high hardness, low temperature coe cients, low density, high stability of chemicals, high thermal conductivity, high expansion, as well as better mechanical qualities such as increasing resistance to wear, high speci c resistance and special modulus. [9][10][11][12][13][14][15]. The intense interactions between the binary oxide systems and intimately packaged nanoparticles on the surface are widely recognized as not just an easy overlap of the properties of the individual components with the characteristics of the binary materials obtained.…”