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v<1kHz. The frequency was thus set low enough to allow the carriers in the accumulation layer of our low-mobility systems to follow the driving ac voltage but larger than the cutoff frequency of the topography feedback loop, which therefore averages over tip-height oscillations induced by the tip-bias modulation
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v<1kHz. The frequency was thus set low enough to allow the carriers in the accumulation layer of our low-mobility systems to follow the driving ac voltage but larger than the cutoff frequency of the topography feedback loop, which therefore averages over tip-height oscillations induced by the tip-bias modulation.
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r≈75kHz, cantilever spring constant ≈2.8 N/m
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r≈75kHz, cantilever spring constant ≈2.8 N/m.
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79958184228
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+-Si in channel) and was flat over each region even when applying voltage differences of uto 7 V. Deviations from an ideal response could only be observed in the vicinity (∼100 nm) of the edges
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+-Si in channel) and was flat over each region even when applying voltage differences of up to 7 V. Deviations from an ideal response could only be observed in the vicinity (∼100 nm) of the edges.
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