Abstract
The electric field strength distribution in sample chambers commonly used in cell electrofusion has been calculated in order to enable determination of the optimal electric fields necessary for fusion. These chambers are equipped with parallel wires which serve as electrodes. For a chamber with two electrodes it is observed that the strength in the whole active volume of the chamber can be estimated by only one value (voltage/gap width between electrodes, V 0/ d) with an error of less than 10% under the condition that the gap between the electrodes is relatively narrow (diameter of the electrodes at least 3.27 times larger than the gap width between them). The results may also be helpful in studying dielectrophoresis.
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