A magnetometer is presented which allows the in situ determination of the magnetic susceptibility of samples produced by low temperature ion implantation. The operation principle is based on a superconducting quantum interference device (SQUID) detecting changes of the magnetisation as a function of the temperature of a sample positioned within a static magnetic field. The superconducting transition temperature of InMn samples and the ferromagnetic transition temperature of PdFe samples, both produced by low temperature (T<10K) ion implantation into corresponding In or Pd foils, are given as examples for the performance of the instrument.
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Hitzfeld et al. (1984) studied this question.
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