Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample selected for low-energy Ar+ irradiation and measured before and after irradiation; transferred through a hybrid Quantifoil/SiN support onto a Si grid.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample selected for low-energy Ar+ irradiation and measured before and after irradiation; transferred through a hybrid Quantifoil/SiN support onto a Si grid.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample selected for low-energy Ar+ irradiation and measured before and after irradiation; transferred through a hybrid Quantifoil/SiN support onto a Si grid.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample pre-characterized by automated STEM-MAADF before irradiation.
2 preparations1 characterization2 figures
ExperimentalhBNStudied Material
Commercial monolayer hBN sample selected for low-energy Ar+ irradiation and measured before and after irradiation; transferred through a hybrid Quantifoil/SiN support onto a Si grid.
