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Fundamentals and Applications of Laser Induced Breakdown Spectroscopy
This note provides an overview of the principles and applications of Laser-Induced Breakdown Spectroscopy, a powerful technique for elemental analysis. Prof. Yalc discusses the physics that underlies LIBS, including the formation and evolution of laser plasmas, and shows the components of a LIBS system, including lasers, optics, and detection systems. The note explores further the use of laser plasma excitation for spectrochemical analysis, which is applicable to gases, liquids, solids, and particles. A special issue like double pulse LIBS, resonance-enhanced LIBS, and laser-induced fluorescence (LIF-LIBS) are also covered. The importance of this note lies in the recent advances and applications in the areas of materials science as well as environmental analysis.
Author(s): Prof. Dr. Serife H. Yalc
NA Pages 
This note aims to have a detailed explanation of Nuclear Magnetic Resonance (NMR) spectroscopy focusing on its applications in the study of molecular structure, especially proteins and other biomolecules. Key topics explored include the electromagnetic spectrum, the vector model of NMR, magnetization properties, and NMR excitation. The note further introduces advanced concepts like chemical shift, nuclear shielding, and spin-spin coupling as all forms necessary for interpreting NMR spectra. There have been introductions of multi-dimensional NMR techniques that use them in protein structure determination, and this book is very useful for researchers and students to understand the theoretical and applied aspects of NMR spectroscopy.
Author(s): David Case
124 Pages
Understanding NMR Spectroscopy
James Keeler's note on NMR spectroscopy is rather solid in presenting principles of NMR along with its application to chemical structure analysis. It covers key topics like energy levels involved in NMR, the vector model, Fourier transformation, and data processing. The note explains how NMR spectrometers work and introduces more advanced techniques like two-dimensional NMR, which permits the analysis of far more detailed complex molecular structures. Additional topics covered include relaxation processes, phase cycling, and gradient pulses to give a full understanding of NMR spectroscopy to students and researchers looking to master this powerful analytical tool.
Author(s): James Keeler
NA Pages