Abstract
An electrochemical cell in which the electrolyte is a ferromagnetic suspension of a specific composition containing acidic electrolytic components was proposed for use as a transducer for the indication of magnetic fields. The voltage that forms at cell electrodes is due to changes of the suspension properties, which are induced by a magnetic field applied to the suspension. The dependence of the voltage on the electrolytic component percentage was studied and its increase was shown to increase the field sensitivity of the indicator; however, the sensitivity becomes nonlinear. The transducer can be used for the indication of both uniform and nonuniform magnetic fields produced by various sources. The absence of an individual power supply and simplicity are advantages of the transducer over previously used ones.
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