Influence of an External Air Flow on a System of High-Voltage Asymmetrical Electrodes

Malík, Michal; Primas, Jiří; Kotek, Michal; Jašíková, Darina; Kopecký, Václav

doi:10.1134/s0021894419010012

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“…In above content, the method of calculating thrust force is performed in ideal static environment [9] [10]. To further illustrate Equation 1, the details will be derived subsequently.…”

Section: Results Overviewmentioning

confidence: 99%

Theoretical Calculation of Lift Force for Ideal Electric Asymmetric Capacitor Loaded by High Voltage

Cheng¹,

Guang-li²,

Zhang³

et al. 2020

ENG

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Asymmetric capacitor like the so-called lifter can fly up from the ground. Some common characteristics exist in the asymmetric capacitor: high-voltage, capacitor, lift force. What are the accurate quantitative relations among them and how can we figure the lift force out? It's a thorny problem so far. In this article, we attempt to establish a model that can match the actual experimental data and theory derivation result. After checking, the calculation result is verified to be correct.

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“…In above content, the method of calculating thrust force is performed in ideal static environment [9] [10]. To further illustrate Equation 1, the details will be derived subsequently.…”

Section: Results Overviewmentioning

confidence: 99%