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Hot Injection Synthesis of Ultrathin Bi2Se3 Nanosheets With Controllable Dimensions (Small Methods 15/2026)
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DOI：10.1002/smtd.70869.png)
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Abstract
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In article number e70738, Daniel Vanmaekelbergh and co-workers investigated the formation of ultra-thin Bi2Se3 nanoplatelets via a hot-injection synthesis. The resulting independent control over lateral size and thickness, down to a single quintuple layer, enables future studies on colloidal topological insulators. Image credit: background SEM image (Elke Nadler, University of Tübingen) of hexagonal platelets, overlaid with a HAADF-STEM image (Erik Betz-Güttner, University of Utrecht) showing three nanoplatelets edge-on.
Keywords:
bismuth selenide
hot-injection synthesis
moiré patterns
nanoplatelets
topological insulator
tunable dimensions
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