Andreas Michels is Group Leader and Associate Professor in the Department of Physics and Materials Science at the University of Luxembourg.

• 1: Introduction 2: Basics of SANS 3: Basics of Static Micromagnetism 4: Magnetic SANS of Bulk Ferromagnets 5: Magnetic SANS of Nanoparticles and Complex Systems 6: Real-Space Analysis 7: Micromagnetic Simulations Appendices A: Caveat on the separation of nuclear and magnetic SANS from unpolarized SANS data B: Magnetic materials parameters C: Fourier-Hankel-Abel cycle D: Fourier transform of the local saturation magnetization in a material containing ferromagnetic spherical inclusions E: Three and two-dimensional Fourier transforms in polar coordinates F: Magnetic units G: Fundamental constants H: Glossary of symbols References Index

An excellent book, providing an in-depth account of the combination of magnetic SANS with micromagnetic theory and a comprehensive overview of the progress made in relevant topics of mesoscale magnetism.

Andreas Michels is Group Leader and Associate Professor in the Department of Physics and Materials Science at the University of Luxembourg.

• 1: Introduction 2: Basics of SANS 3: Basics of Static Micromagnetism 4: Magnetic SANS of Bulk Ferromagnets 5: Magnetic SANS of Nanoparticles and Complex Systems 6: Real-Space Analysis 7: Micromagnetic Simulations Appendices A: Caveat on the separation of nuclear and magnetic SANS from unpolarized SANS data B: Magnetic materials parameters C: Fourier-Hankel-Abel cycle D: Fourier transform of the local saturation magnetization in a material containing ferromagnetic spherical inclusions E: Three and two-dimensional Fourier transforms in polar coordinates F: Magnetic units G: Fundamental constants H: Glossary of symbols References Index

An excellent book, providing an in-depth account of the combination of magnetic SANS with micromagnetic theory and a comprehensive overview of the progress made in relevant topics of mesoscale magnetism.

Andreas Michels is Group Leader and Associate Professor in the Department of Physics and Materials Science at the University of Luxembourg.

• 1: Introduction 2: Basics of SANS 3: Basics of Static Micromagnetism 4: Magnetic SANS of Bulk Ferromagnets 5: Magnetic SANS of Nanoparticles and Complex Systems 6: Real-Space Analysis 7: Micromagnetic Simulations Appendices A: Caveat on the separation of nuclear and magnetic SANS from unpolarized SANS data B: Magnetic materials parameters C: Fourier-Hankel-Abel cycle D: Fourier transform of the local saturation magnetization in a material containing ferromagnetic spherical inclusions E: Three and two-dimensional Fourier transforms in polar coordinates F: Magnetic units G: Fundamental constants H: Glossary of symbols References Index

An excellent book, providing an in-depth account of the combination of magnetic SANS with micromagnetic theory and a comprehensive overview of the progress made in relevant topics of mesoscale magnetism.