I am trying to make a core-shell structure with V2O5 nanowire as the core and Mo-doped V2O5 as the shell. If I disperse the V2O5 nanowire in Mo-doped V2O5 precursor solution and do hydrothermal reaction, is there a chance it will form a shell-like structure over the nanowire?..or possibly stick to the nanowire in the form of microspheres?
I think it is Yes, there is a chance that a shell-like structure could form over the V2O5 nanowire if you disperse it in the Mo-doped V2O5 precursor solution and do a hydrothermal reaction. The formation of the shell-like structure will depend on various factors such as the concentration of the precursor solution, reaction temperature, and time. If the conditions are favorable, the Mo-doped V2O5 could nucleate and grow around the V2O5 nanowire, forming a shell-like structure.
The possibility is that the Mo-doped V2O5 could form microspheres and stick to the surface of the V2O5 nanowire instead of forming a shell-like structure will be potential. This could happen if the concentration of the precursor solution is too high, or if the reaction temperature and time are not optimized for the formation of the shell-like structure.
In summary, it is possible to form a core-shell structure with a V2O5 nanowire as the core and Mo-doped V2O5 as the shell by dispersing the V2O5 nanowire in the Mo-doped V2O5 precursor solution and doing a hydrothermal reaction. However, the conditions need to be optimized to ensure the formation of the desired shell-like structure.
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