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Controllable nanostructure evolution of Sn@SiO 2  from core–shell to yolk–shell and hollow has been achieved by the interaction between liquid-state Sn and SiO 2  shell, based on our  in situ  TEM observation results.

nanoscale advances

<i>In situ</i> TEM observation of liquid-state Sn nanoparticles vanishing in a SiO<sub>2</sub> structure: a potential synthetic tool for controllable morphology evolution from core–shell to yolk–shell and hollow structures

In situ TEM observation of liquid-state Sn nanoparticles vanishing in a SiO2 structure: a potential synthetic tool for controllable morphology evolution from core–shell to yolk–shell and hollow structures

In situ TEM observation of liquid-state Sn nanoparticles vanishing in a SiO₂ structure: a potential synthetic tool for controllable morphology evolution from core–shell to yolk–shell and hollow structures