- Magnetic Moments, Magnetization and Nuclear Shielding - Describes the efforts made in interpreting the high resolution Proton NMR studies in single crystalline solids. Simpler summation procedure for calculating induced fields within magnetized materials
- NMR Group at Warwick University - Solid state NMR research at Warwick, the research groups of Profs. Ray Dupree, Mark Smith and Steven Brown. Research topics include low gamma nuclei (e.g., 17O and 49Ti), alkali loaded zeolites, sol-gel materials and biomolecules.
- Quadrupole coupling in NMR - Pascal Man presents the most comprehensive collections of information on quadrupolar nuclei available on the web. Literature review of solid-state NMR of quadrupolar nuclei, as well as Java applets for calculating nutation NMR line intensities. A large number of Solid State NMR references, primarily Quadrapolar Nuclei.
- Solid state NMR Service - : Learning about Solid state NMR - Durham University
- Solid State NMR Technology - SS theory, basics, applications and technology. With a search function and references. From Emory University.
- Solid-State NMR at the University of Alberta - This site features Professor Rod Wasylishen's NMR research group, located in Edmonton, Alberta, Canada. The site has useful software for solid-state NMR simulations and links to many other useful sites.
- Solid-State NMR at the University of Glasgow - The Wimperis Solid-State NMR Group at the University of Glasgow focuses their research efforts upon quadrupolar nuclei in a variety of interesting materials, including microporous materials, synthetic and naturally-occurring minerals, glasses and novel oxide materials.
- Solid-State NMR at the University of Windsor - Solid-State NMR notes and the research group of Rob Schurko at the University of Windsor in Windsor, Ontario, Canada.
- Solid-State NMR Spectroscopy - SSNMR Spectroscopy from the Swiss Federal Institute for Technology (ETH) In Zurich
Last update: Apr 28, 2012 18:35:02. Phy.org is a private web site, powered by the Open Directory Project.
