Electric field calculation for electrorotation electrodes
Расчёт электрического поля для электродов, используемых при электровращении
1993-12-14
SCID: 54.1/kqf9auxd
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electric field calculationelectrode shape optimizationelectrorotation electrodesthree-dimensional electric fieldstwo-dimensional electric fields
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Abstract (AI)
A simple method for the calculation of two-and three-dimensional electric field distributions of arbitrary electrode arrangements is presented, which can be applied to AC fields generated by an number of signals which may differ in amplitude, frequency and phase. Field configurations typical for electrorotation studies are calculated in order to optimize the electrode shape.
Key Findings
1
A simple method is presented for calculating two- and three-dimensional electric-field distributions in arbitrary electrode arrangements.
2
The method handles AC fields generated by multiple signals differing in amplitude, frequency, and phase.
3
Typical electrorotation field configurations are calculated to support optimization of electrode shape.
Research Object
Electric fields generated by electrode arrangements used in electrorotation studies
Research Subject
Two- and three-dimensional electric-field distributions and their dependence on electrode shape and multi-signal AC excitation parameters
Publication Details
Publication Date
1993-12-14
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