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Growth strategy for solution-phase growth of two-dimensional nanomaterials via a unified model

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2023

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Nature Synthesis. Springer. 2023, 2(7), pp. 670-677. eISSN 2731-0582. Available under: doi: 10.1038/s44160-023-00281-y

Zusammenfassung

Two-dimensional (2D) materials prepared by a solution-phase growth route exhibit many unique properties and are promising for use in various fields. However, simple, rational and green fabrication of target materials remains challenging due to the lack of guiding principles. Here we propose a universal qualitative model for 2D materials grown for layered and non-layered crystal structures by a solution-phase growth route; both theoretical simulation and experimental results confirm the model’s validity. This model demonstrates that 2D growth can be controlled by only tuning the reaction concentration and temperature, and has been applied to fabricate more than 30 different 2D nanomaterials in water at room temperature and in the absence of additives. Furthermore, the model shows promise for optimizing the experimental design of numerous other 2D nanomaterials.

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ISO 690CHEN, Zongkun, Ralf SCHMID, Xingkun WANG, Mengqi FU, Zhongkang HAN, Qiqi FAN, Elke SCHEER, Minghua HUANG, Peter NIELABA, Helmut CÖLFEN, 2023. Growth strategy for solution-phase growth of two-dimensional nanomaterials via a unified model. In: Nature Synthesis. Springer. 2023, 2(7), pp. 670-677. eISSN 2731-0582. Available under: doi: 10.1038/s44160-023-00281-y
BibTex
@article{Chen2023-03-30Growt-66564,
  year={2023},
  doi={10.1038/s44160-023-00281-y},
  title={Growth strategy for solution-phase growth of two-dimensional nanomaterials via a unified model},
  number={7},
  volume={2},
  journal={Nature Synthesis},
  pages={670--677},
  author={Chen, Zongkun and Schmid, Ralf and Wang, Xingkun and Fu, Mengqi and Han, Zhongkang and Fan, Qiqi and Scheer, Elke and Huang, Minghua and Nielaba, Peter and Cölfen, Helmut}
}
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