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Amer Chemical Soc |
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Vanadium pentoxide (V_2O_5) nanorods and nanotips have been grown without a catalyst by a thermal deposition method using compacted V_2O_5 powder as the starting material. The tips, with diameters of about 50-100 nm, grow on the top of rods of l[...]texto impreso
Cortés Llanos, Belén ; Serrano, Aída ; Muñoz-Noval, Alvaro ; Urones-Garrote, Esteban ; Adolfo del Campo, José F. Marco ; Ayuso Sacido, Angel ; Pérez García, Lucas | Amer Chemical Soc | 2017-10-19Nowadays, iron oxide-based nanostructures are key materials in many technological areas. Their physical and chemical properties can be tailored by tuning the morphology. In particular, the possibility of increasing the specific surface area has [...]texto impreso
A major challenge for future spintronics is to develop suitable spin transport channels with long spin lifetime and propagation length. Graphene can meet these requirements, even at room temperature. On the other side, taking advantage of the fa[...]texto impreso
Khomenkova, L. ; Fernández Sánchez, Paloma ; Piqueras de Noriega, Javier | Amer Chemical Soc | 2007-04ZnO microspheres, with surfaces covered with nanowalls, as well as nano- and microrods, have been grown by thermal treatment of ZnS powder. The structures have been grown at temperatures in the range of 750-900 ºC in a catalyst-free process. Pre[...]