Chapter 2 NMR of thin magnetic films and superlattices
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Elsevier
Reference243 articles.
1. Spin Echo Modulation Caused by the Quadrupole Interaction and Multiple Spin Echoes
2. Cu63NMR Study of Superconducting Cu/Nb Superlattice
3. 63Cu NMR Study of Superconducting Cu/Nb Multilayer-Film
4. Pulsed Magnetic Resonance,1992
5. Giant Magnetoresistance of (001)Fe/(001)Cr Magnetic Superlattices
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