Dielectrophoretic motion of oblate spheroidal particles. Measurements of motion of red blood cells using the Stokes method
作者： J M Cruz , F J García-Diego
DOI: 10.1088/0022-3727/31/14/020
关键词:
摘要: A theoretical expression for the dielectrophoretic velocity of oblate spheroidal cells is presented in this paper. The cell has been measured using Stokes method and a V-shaped electrode chamber calculated as function cell's position. Human red blood (RBC) were used to verify model. Velocity measurements performed frequency range between 150 kHz 3 MHz suspending medium conductivity 2 mS . parameter that includes properties RBC, dimensions (the length long semiaxis axial ratio) electrical real component cell-medium Clausius-Mossotti factor, defined. values are corrected polarization effects take place at electrode-medium interface. good agreement experimental observations predictions we found validates theory. value can be very sensitive tool detect small differences size changes their shape properties.
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