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1 article(s) from Chambers, Lily D.

Bidirectional biomimetic flow sensing with antiparallel and curved artificial hair sensors

Claudio Abels,
Antonio Qualtieri,
Toni Lober,
Alessandro Mariotti,
Lily D. Chambers,
Massimo De Vittorio,
William M. Megill and
Francesco Rizzi

Beilstein J. Nanotechnol. 2019, 10, 32–46, doi:10.3762/bjnano.10.4

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Figure 1: Opponent organization of lateral line neuromasts. (A) Hair cells on any given neuromast are oriente...

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Figure 2: Simplified 2D model of a neuromast hair cell bundle of fish: stereovilli increase in stepped length...

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Figure 3: CAD models of the single and antiparallel hair flow sensor with strain gauges bent out-of-plane. (A...

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Figure 4: SEM picture of the antiparallel artificial hair sensor (top view). Four adjoined resistors, two sta...

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Figure 5: SEM picture of the cantilever hinge. The U-shaped release pattern and the micro strain gauges inclu...

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Figure 6: (A) Schema and (B) implementation of a Wheatstone half-bridge circuit with two static and two varia...

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Figure 7: Calibration curve for the single and antiparallel artificial hair sensors. Dots indicate measuremen...

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Figure 8: (A) Influence of temperature changes on micro strain gauges as a function of time. The offset volta...

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Figure 9: Response behaviour of the (A) single and (B) antiparallel artificial hair sensor to multidirectiona...

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Figure 10: Average mean distribution of 30,000 measurement values for the single cantilever at rotation angles...

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Figure 11: Average mean distribution of 30,000 measurement values for the antiparallel artificial hair sensors...

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Published 03 Jan 2019

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