In-situ transmission electron microscopic study of perovskite-type niobate nanosheets under electron- irradiation and heating

Article Abstract:

The effects of electron irradiation on the perovskite- type niobate nanosheet material via an in-situ transmission electron microscope (TEM) observation are presented. A radiation induced migration of vacancies at room temperature is observed, which eventually brought about the formation of loops and stacking fault pyramids.

Analysis, Spectra, Transmission electron microscopes, Perovskite, Atomic properties

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Directly rolling nanosheets into nanotubes

Article Abstract:

Using a simple procedure of an ion intercalation/deintercalation at ambient temperatures, 2D nanosheets get directly processed into 1D nanosheets. This is likely to be a universal process as it has tremendous potentials in customized synthesis of nanotubes ddg

Chemical synthesis

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Directly rolling nanosheets into nanotubes

Article Abstract:

Using a simple procedure of an ion intercalation/deintercalation at ambient temperatures, 2D nanosheets get directly processed into 1D nanosheets. This is likely to be a universal process as it has tremendous potentials in customized synthesis of nanotubes.

Structure, Nanotubes

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