| 초록 |
Mesoporous magnetite nanorods are attractive in various research fields. Here, template-free synthesis of magnetic nanorods containing ordered mesocages is reported, which achieves using anisotropic nanomaterial precursors under a temperature and process time-dependent reducing protocol. It solved effectively the formation of nanorods and ordered mesocages concurrently. A plausible mechanism for the formation of unique ordered mesocages nanostructures was proposed, where the dissolution and recrystallization accompanied by water molecules evaporation and migration during the crystallization might be crucial factors. |
