Abstract
Techniques of magnetization measurements in ultrahigh magnetic fields are discussed. A high rate of magnetic field growth and electromagnetic noises impose severe restriction on an experimental set-up. It is shown that a magnetization step (at a metamagnetic transition) and the conductivity can be estimated from magnetization data. Magnetic oscillations are also observable in ultrahigh magnetic fields. Experimental results on FeSi, high-temperature superconductors, rare-earth intermetallic compounds, and high-spin molecular clusters are briefly reviewed.
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