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The paper analyzes the problems, facilities and techniques for enhancing the accuracy of localization of a foreign ferromagnetic body. To tackle this problem is associated with further improvement of the parameters and characteristics of an electronic polarity detector unit, by using a new element base. In this connection, a PF-02 polarity detector model with its new construction of a ferroprobe transducer is presented.
View Article and Find Full Text PDFThe paper outlines the advantages and disadvantages of a ferroprobe inductance transducer used in the borderline localization of a foreign ferromagnetic body. To eliminate the ferroprobe transducer-inherent disadvantages, a whirl-current inductance transducer has been developed. The transducer localizes a foreign nonferromagnetic and ferromagnetic body in its borderline localization in the eye and in the whole body.
View Article and Find Full Text PDFThe versatile II phi-01 flux-gate magnetic pole locator is intended for detecting and locating ferromagnetic foreign bodies in human tissue. The sensitivity of the device to magnetic field gradient is 4 mOe/cm on a large scale. The device can be used to locate a hypodermic needle at a distance of 50-90 mm, a sewing needle at 60-122 mm, a routine 7.
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