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This study investigates the size reduction of nanodiamonds through air oxidation and its effects on nitrogen-vacancy (NV) centers. The oxidation process at 600 °C resulted in an average height reduction of 10.6 nm/h and the smallest nanodiamond hosting a stable NV center was found to be 8 nm. The findings provide insights into the relationship between nanodiamond size, surface chemistry, and the stability of NV centers, which are crucial for applications in quantum technology and biomedical imaging.

Author

zhangyyping

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EN