Nuclear Magnetic Resonance Chemistry
Nuclear Magnetic Resonance Chemistry
Nuclear Magnetic Resonance
This category is concerned with NMR, EPR, MRI and NQR. There are categories for user guides, commercial vendors of NMR systems and supplies, NMR theory, magnet safety, shimming, in short nearly everything to do with the use, repair and operation of a NMR, EPR, MRI or NQR system.
07/23/00
Top: Science: Chemistry: Nuclear Magnetic Resonance
See Also:
- Autobiography. From the Nobel Prize Museum. Chemistry 1991
- A Collaborative Computing Project for the NMR Community
- A not-for-profit NMR center. These guys have some great publications.
- A non-java tool to calculate the pulse width or power level (dB) for 90 degree pulses. And a non-java tool for calculating the field strength of various pulses. Very useful, from Spectroscopy Now.
- Calculate power levels versus pulse widths, temperature versus chemical shift, calculate coupling constants versus time for various delays and pulse length versus field stregth.
- NUmerous links to NMR sites; educational as well as informative links are listed.
- Calculation of vicinal coupling constants according to the Karplus equations parametrized by different authors.
- Auditory presentation of Free Induction Decay (FID) signals generated by NMR spectrometers.
- Experiment wizards, tutorials and Bruker's manuals, eNMR encyclopedia, search tools, Bruker's library, literature references, pulse programs, theory, and information.
- NMR and MRI console electronics can test themselves to a large degree, and such a test has been implemented.
- SDBS an integrated Spectral Data Base System for organic compounds.
- Includes an introduction to chemistry, lecture notes and quizzes for students, data tables, and molecular images. With NMR tables and information for the beginner.
- The web site of a multi-user biomedical nuclear magnetic resonance facility in the UK.
- A long list of papers, links and articles dicussing NMR and Biochemistry.
- A web database for organic structures and their NMR spectra. It allows for spectrum prediction (13C, 15N, 31P) as well as for searching spectra, structures and other properties.
- NMR in solid state physics and mesoscopic physics at Laboratoire de Physique des Solides of Orsay University (Paris Sud)
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