Abstract
AbstractThe NMR line shift contributions originating from demagnetizing fields due to classical macroscopic magnetic effects are discussed for ellipsoidal samples. It is shown that by measuring the line shifts along two main axes of the ellipsoid, the measured difference is sufficient to correct for demagnetizing effects in materials with homogeneous magnetization. It is also found that for special sample geometries even the demagnetizing factors are unnecessary for calculating the demagnetization correction term. Based on line shift and magnetization measurements, the measured and calculated differences of the NMR line positions are compared for sandwich‐type samples. Alloys with inhomogeneous magnetization are also briefly discussed.
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