The provided text is a table of contents and introductory information for the third enlarged and updated edition of "Principles of Magnetic Resonance" by Charles P. Slichter. The book, part of the Springer Series in Solid-State Sciences, covers a wide range of topics in magnetic resonance, including basic theory, magnetic dipolar broadening, magnetic interactions of nuclei with electrons, spin-lattice relaxation, spin temperature, double resonance, advanced concepts in pulsed magnetic resonance, multiple quantum coherence, electric quadrupole effects, and electron spin resonance. The author, Charles P. Slichter, emphasizes the book's focus on providing a rigorous yet accessible treatment of the subject, suitable for beginners and graduate students. The content is structured to help readers understand the essential concepts and methods in magnetic resonance, with detailed explanations and examples.The provided text is a table of contents and introductory information for the third enlarged and updated edition of "Principles of Magnetic Resonance" by Charles P. Slichter. The book, part of the Springer Series in Solid-State Sciences, covers a wide range of topics in magnetic resonance, including basic theory, magnetic dipolar broadening, magnetic interactions of nuclei with electrons, spin-lattice relaxation, spin temperature, double resonance, advanced concepts in pulsed magnetic resonance, multiple quantum coherence, electric quadrupole effects, and electron spin resonance. The author, Charles P. Slichter, emphasizes the book's focus on providing a rigorous yet accessible treatment of the subject, suitable for beginners and graduate students. The content is structured to help readers understand the essential concepts and methods in magnetic resonance, with detailed explanations and examples.