Nuclear Magnetic Resonance - MSc Chemistry

Master the principles and applications of Nuclear Magnetic Resonance spectroscopy through this comprehensive 8-hour chemistry course designed for MSc and BSc students. Explore the fundamental concept of nuclear magnetic moment and understand how nuclear spins interact with external magnetic fields. Learn about Larmor precession and the resonance phenomenon that forms the basis of NMR spectroscopy. Discover the critical concepts of shielding and deshielding effects that influence nuclear environments, and examine chemical shift phenomena in detail. Analyze the various factors that affect chemical shift values and their practical implications in structural determination. Delve into spin-spin splitting patterns and coupling effects that provide valuable information about molecular connectivity and neighboring atoms. Apply theoretical knowledge through practical spectrum interpretation, including a detailed analysis of ethanol's NMR spectrum as a representative example. Gain essential skills in reading and interpreting NMR data that are fundamental for organic chemistry, analytical chemistry, and structural elucidation in advanced chemistry studies.