This text focuses on high-resolution NMR of liquid samples, specifically for spin-half nuclei like 1H and 13C. It targets those already familiar with routine NMR for structure determination, aiming to enhance their understanding of NMR experiments.
Focusing on the fundamental concepts of chemistry, this book equips readers with the essential tools to adopt a chemist's mindset. By integrating various branches of chemistry—physical, inorganic, and organic—it offers a cohesive understanding of chemical reactions and processes, enabling a comprehensive grasp of the subject.
This major revision of the leading textbook in physical chemistry retains its accessibility and authority while being thoroughly updated. The new author team has introduced innovations, including new or rewritten chapters on the solid state, molecular interactions, macromolecules, and electron transfer. Each chapter features a Box highlighting the relevance of the material to modern chemistry, and concludes with a checklist of definitions and key equations. Special attention has been given to the presentation of mathematical derivations and the physical interpretation of equations. The text is modular, allowing for flexible sequencing of topics. The art program has been enhanced, new Discussion questions added, and Further Information sections revised to provide essential background in mathematics and physics. The edition features a new co-author, Julio de Paula, enhancing coverage of biological applications. Margin notes assist with mathematics, and Boxes in each chapter cover various applications. Important equations and definitions are highlighted, and microprojects have been integrated into chapter exercises. The text includes more modern topics, such as computational chemistry
"Chemical Structure and Reactivity" offers a unified approach to chemistry, integrating organic, inorganic, and physical concepts. It features engaging writing, illustrations, and online resources for students and lecturers, promoting an interactive learning experience and mastery of chemical systems.