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Nuclear Magnetic Resonance:     more books (100)

Nuclear Magnetic Resonance Imaging by C.Leon Partain, 1983-01 Fourier Transform Nuclear Magnetic Resonance Techniques: A Practical Approach by K. Mullen, P.S. Pregosin, 1977-01-10 Nuclear Magnetic Resonance (SPR Nuclear Magnetic Resonance) (Vol 29) Nuclear magnetic resonance spectroscopy of boron compounds (NMR) by Heinrich Noth, 1978 An Introduction to The Analysis of Spin - Spin Splitting in High - Resolution Nuclear Magnetic Resonance Spectra by J. D. Roberts, 1964 Nuclear Magnetic Resonance and Nucleic Acids, Volume 261 (Methods in Enzymology) Nuclear Magnetic Resonance for Organic Chemists Nuclear Magnetic Resonance of Paramagnetic Molecules: Principles and Applications Solid State Nuclear Magnetic Resonance of Fossil Fuels: An Experimental Approach by David E. Axelson, 1985-05 Nuclear Magnetic Resonance in Modern Technology (NATO Science Series C: (closed)) Nuclear Magnetic Resonance (SPR Nuclear Magnetic Resonance) Nuclear Magnetic Resonance: Applications to Organic Chemistry. by John D. Roberts, 1959 Nuclear Magnetic Resonance for Liquid Fossil Fuels (Analytical Spectroscopy Library) by Leonidas Petrakis, David Allen, 1986-12 Nuclear Magnetic Resonance and its Applications to Living Systems (Oxford science publications) by Gadian, 1982-04-29

lists with details

101. Organometallic HyperTextBook: Multinuclear NMR Spectroscopy
     How organometallic chemists can utilize multinuclear NMR. Part of an organometallic hypertext.  
     http://www.ilpi.com/organomet/multinuclearnmr.html
     
     Extractions: Visit our sponsor at www.chemglass.com Multinuclear NMR Multinuclear NMR Spectroscopy Presumably, all of us are familiar with NMR ( N uclear M agnetic R esonance) spectroscopy from our organic and analytical laboratory courses/experience. Such experience is generally limited to H and maybe C NMR. There are actually dozens of other nuclei that are also amenable to study using NMR. Part of the joy of Inorganic Chemistry is that we need not limit ourselves to C and H in either syntheses or spectroscopy! NMR spectra of nuclei with a spin quantum number, I, of 1/2 are easiest for us to understand because they obey the same kind of coupling behavior we see for the most common I = 1/2 nucleus, H. Spins with I = 1 to 9/2 are also amenable to study and their interpretation is not all that much more difficult. Just because a nucleus has a non-zero spin does not automatically mean that we can obtain an NMR spectrum of that nucleus. There are at least four other factors we must consider: Isotopic Abundance . You can't see it if it isn't there. Some spin active nuclei such as F are 100% abundant ( H is 99.985%), but others such as

102. Thermalphysics.org - Magnetic Resonance Imaging - Tutorials
     Tutorials and papers on MRI basics and some advanced theory.  
     http://www.thermalphysics.org/mri/mribasics.html

103. Varian, Inc. - Scientific Instruments And Vacuum Products
     Complete overview of upcoming meetings. From Varian.  
     http://www.varianinc.com/cgi-bin/nav?products/nmr/events/index&cid=KKNLKHFI

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