|
|
|
| Up One Level |
|
Topia!: Science: Chemistry: Nuclear Magnetic Resonance: Theory (70)
 2D NMR - Introduction to (high resolution) multidimensional solution NMR spectroscopy. Description of line-shapes, product operator formalism, phase-cycling and pulsed field gradients. By James Keeler.NMR Consultant IOC RAS - A topic wise list of books and reviews on NMR theory and applications. And a brief list of the people working in each field. Introduction to 1H NMR spectroscopy - HTML version of a textbook on one dimensional 1H NMR Problems and Answers for Basic and Advanced NMR Course - A set of NMR questions with answers. Spectra-structure problems as well as theoretical questions are included. NMR spectroscopy - Lecture notes from NMR course covering many concepts. Power point slides by Guillermo Moyna. NMR Spectroscopy - The EDISON course notes. NMR Course - Basic principles of 1, 2- and 3 dimensional NMR FT NMR spectroscopy: Nobel Lecture - Insightful discussion of many aspects of FTNMR, multi-dimensional NMR and MRI by Nobel laureate R.R.Ernst. Biomolecular structure determination by using solution NMR spectroscopy - Bibliography of G.M.Clore: Reviews and original papers on protein structure determination by solution NMR spectroscopy. Some of the reviews are introductory and the others are intended for experts. Biomolecular structure determination by using solid state NMR spectroscopy - Solid state NMR methodology for structure determination of uniformly labeled peptides. Also, a new algorithm for structure determination that uses distance and angle constraints obtainable from NMR data. (PDF file from bibliography of Prof. R.G.Griffin at MIT) Nuclear Magnetic Resonance Quantum Computing (NMRQC) - Applications and introduction to the principles of magnetic resonance based quantum computing Principles of nuclear induction - Nobel lecture by Felix Bloch. Electron-nucleus interactions and their biophysical consequences - Effects of unpaired electrons on proton spectra: Hyperfine shifts, pseudo contact shift (dipolar shift for anisotropic magnetic susceptibility), nuclear relaxation rate enhancements. Solvent relaxometry. Nuclear relaxation rates and hyperfine shifts in Magnetic coupled systems (e.g., dimetallic systems). Paramagnetic agents as probes(shift reagents, relaxation reagents, contrast agents in MRI). PDF file From BTOL/NMR by (Ivano Bertini and Claudio Luchinat) Composite pulses - An authoritative review of the theory of composite pulses by Malcolm Levitt. (PDF) Theory of Nuclear Magnetic Relaxation in liquids - Derivation of the master equation for relaxation in liquids (Redfield relaxation equation). Hamiltonians for dipolar, quadrupolar and CSA relaxation. Auto and cross correlations and relation to internal motion. PDF file by Nagarajan Murali. NMR Theory - The definitive NMR paper. Very strong with very good understandable analogies of important NMR concepts. This is a direct link to a PDF file. CIVM: Physics of MRM - Short description of theory of MRM magnetic resonance microscopy imaging.
Additional categories:
|
|
|||
| Theory | ||||
|
