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Nuclear Magnetic Resonance:     more books (100)

Theory of Nuclear Magnetic Resonance Nuclear Magnetic Resonance Spectroscopy: An Introduction to Principles, Applications, and Experimental Methods by Joseph B. Lambert, Eugene P. Mazzola, 2003-03-23 Nuclear Magnetic Resonance: Concepts and Methods by Daniel Canet, 1996-06 Principles of Nuclear Magnetic Resonance in One and Two Dimensions (International Series of Monographs on Chemistry) by Richard R. Ernst, Geoffrey Bodenhausen, et all 1990-09-27 Nuclear Magnetic Resonance Probes of Molecular Dynamics (Understanding Chemical Reactivity) Spin Dynamics: Basics of Nuclear Magnetic Resonance by Malcolm H. Levitt, 2008-04-25 Fundamentals of Nuclear Magnetic Resonance by Jacek W. Hennel, Jacek Klinowski, 1993-04 Principles of Nuclear Magnetic Resonance Microscopy by Paul Callaghan, 1994-01-13 Two-Dimensional Nuclear Magnetic Resonance in Liquids by A. Bax, 1982-03-31 Practical Nuclear Magnetic Resonance Relaxation for Chemists by Vladimir I. Bakhmutov, 2005-01-18 Encyclopedia of Nuclear Magnetic Resonance, 9 Volume Set High Resolution Nuclear Magnetic Resonance (Advanced Chemistry) by J. A. Pople, W. G. Schneider, et all 1959-12 Fundamentals of Nuclear Magnetic Resonance Spectroscopy by Robert, A. Izydore, 2007-10-01 Nuclear Magnetic Resonance and Relaxation by Brian Cowan, 2005-08-22

lists with details

1. 4-2 Nuclear Magnetic Resonance--Espin
   nuclear magnetic resonance Spectroscopy (NMR) The nuclei of some atoms, but not all, behave as if they were rotating, or spinning, about an axis passed through them, much as a top spins about its central axis. of the RF radiation applied to the molecule, we obtain the nuclear magnetic resonance (NMR) spectrum of the molecule  
   http://www.wpi.edu/Academics/Depts/Chemistry/Courses/CH2670/nmr.html
   
   Extractions: The nuclei of some atoms, but not all, behave as if they were rotating, or spinning, about an axis passed through them, much as a top spins about its central axis. This is quite easily visualized in terms of the particle nature of the nucleus; it is less easily visualized in terms of the wave picture, which by now we know is another face of nature that is manifested in the atomic/molecular realm. Spin of nuclei is similar to electron spin. Examples of atoms whose nuclei spin are hydrogen, fluorine, the 13 isotope of carbon, and the 15 isotope of nitrogen. There are many others that will not be listed here. The focus in this chapter will be on the spin of the hydrogen nucleus, because hydrogen atoms occur very frequently in molecules and are therefore very useful in determination of structure. When placed in a strong magnetic field, the spinning motion of the hydrogen atom gives rise to two energy levels. These are shown in an energy level diagram in Figure 1 The spin can be promoted from the lower to the higher level by interacting with and absorbing energy from electromagnetic radiation in the radio frequency (RF) region of the spectrum. A typical radio photon has a frequency of 10

2. NMR
   BTOL Homepage. nuclear magnetic resonance (NMR). David Gorenstein, Volume Editor. University of Texas Sealy Center for Structural Biology david@nmr.utmb.edu.  
   http://www.biophysics.org/btol/NMR.html

3. WWW NMR SPECTROMETER
   Welcome to the Institute of Food and Agricultural Sciences nuclear magnetic resonance Facility home of  
   http://micro.ifas.ufl.edu/

4. Nuclear Magnetic Resonance
   nuclear magnetic resonance. 1/23/98 nuclear magnetic resonance. Proton NMR. Magnetic moment precess in a magnetic field  
   http://www.cns.uni.edu/~macmilla/mcmurry/mcmurry_chapter_13

5. Nuclear Magnetic Resonance Journals
   nuclear magnetic resonance JOURNALS. permanently updated. Progress in nuclear magnetic resonance Spectroscopy Prog. Nucl. Mag. Res. Sp., bimonthly  
   http://chemi.muni.cz/nmr/radek/nmrjour.html

6. SIUC NMR Facility
   nuclear magnetic resonance facility, a link list and a Varian operating manual.  
   http://opie.nmr.siu.edu/
   
   Extractions: The NMR Facility at Southern Illinois University is a university-wide facility, supported by the Office of Research Development and Administration , the School of Medicine , and the College of Science It has two high-field multinuclear spectrometers, a Varian VXR-300 (proton at 300 MHz)system with an Oxford wide-bore magnet, and a Varian Inova-500 (proton at 500 MHz) standard bore system. The VXR-300 is usually configured with a 5 mm broadband switchable probe tuned to H and C. Macro-driven software allows execution of routine proton, carbon, APT, DEPT, COSY, and heteronuclear correlation experiments after only minimal time investment in training. This instrument also can be configured with a sensitive 5 mm proton/fluorine probe or broadband probes for 10 mm and 16 mm sample tubes. The Inova-500 is generally set up for proton NMR of biological macromolecules but it can be set up for X-nuclei (10 mm) when there is a need for maximum sensitivity or resolution. These instruments are available for use by SIUC researchers at attractive rates with discount rates available for extended data collection periods. Facility personnel are available to serve as technicians for an additional $20.00 per hour - otherwise researchers who wish to operate the instruments themselves will be fully trained by the Facility. These rates are designed with the intent that all operating expenses, other than the Director's salary, are recovered.

7. Nuclear Magnetic Resonance Quantum Computing (NMRQC)
   nuclear magnetic resonance Quantum Computing (NMRQC). What is Quantum Computing? Quantum Computing is a fundamentally new paradigm  
   http://www.media.mit.edu/quanta/people/msteffen/nmrqc.htm
   
   Extractions: Nuclear Magnetic Resonance Quantum Computing (NMRQC) What is Quantum Computing? Quantum Computing is a fundamentally new paradigm for information processing, harnessing the power of quantum mechanics. How does it differ from classical computation? It differs from classical computation (your desktop) by being able to perform massive parallel computations. What can we do with a quantum computer? Secure communication Search unsorted data bases faster than classical computers Factor integer numbers faster Simulating quantum mechanical systems efficiently. Introduction to Classical Information Theory Let us quickly review some classical concepts of information theory. Information is real and physical and can thus be represented by physical systems: For example, in your computer, wires can be at or 5 Volts with respect to some reference, representing the binary numbers or 1. We can compute by taking many of these wires as inputs to some configuration of transistors, and in the end we measure the voltage on the output wires and translate it to an answer. This method of computing is very common but not unique! Note that your brain can multiply or add (small) numbers without paper and pen – Similarly, the abacus has been used extensively before our ‘electronic’ computers – or we could even use billiard balls! In fact, it does not matter how information is represented! If I were to give you a black box capable of computing, you would not be able to tell how exactly information is processed! This allows us to use the common notion of a

8. MRC Biomedical NMR Centre
   The web site of a multiuser biomedical nuclear magnetic resonance facility in the UK.  
   http://www.nmrcentre.mrc.ac.uk/
   
   Extractions: The Centre is a multi-user facility for biomedical nuclear magnetic resonance (NMR) which was set up by the MRC in 1980. It is located at the National Institute for Medical Research ( NIMR ) and has excellent and well-supported facilities for liquid-state NMR studies of biological macromolecules. The Centre's facilities include spectrometers operating at 800, 600 and 500 MHz. Funding has recently been awarded for a 600MHz cryogenically cooled probe and a replacement console. The users of the Centre come from NIMR and from universities, colleges and research institutes from all over the UK. The Centre plays an important role in training scientists and PhD students in advanced NMR methods. The location of the Centre within the multidisciplinary structural biology environment at NIMR results in significant and mutual benefits for all users of the Centre.

9. National Center For Nuclear Magnetic Resonance Of Macromolecules - English Versi
   NMR in Brazil, an extensive list of links.  
   http://cnrmn.bioqmed.ufrj.br/en/index.html

10. 45th ENC Conference
    The 45 th ENC. Experimental nuclear magnetic resonance Conference. April 18 – 23, 2004 l Asilomar Conference Center, Pacific Grove, CA.  
    http://www.enc-conference.org/

11. LipoScience, Inc.: NMR Emerging Medical Technology Company Nuclear Magnetic Reso
    Comprehensive website resource provides leading NMRnuclear magnetic resonance spectroscopy research studies as it relates to coronary heart disease.  
    http://www.liposcience.com

12. NMR Spectroscopy - Theory
    Theoretical principles. Introduction. nuclear magnetic resonance spectroscopy is a powerful and theoretically complex analytical tool.  
    http://www.shu.ac.uk/schools/sci/chem/tutorials/molspec/nmr1.htm
    
    Extractions: Nuclear Magnetic Resonance spectroscopy is a powerful and theoretically complex analytical tool. On this page, we will cover the basic theory behind the technique. It is important to remember that, with NMR, we are performing experiments on the nuclei of atoms, not the electrons. The chemical environment of specific nuclei is deduced from information obtained about the nuclei. Subatomic particles (electrons, protons and neutrons) can be imagined as spinning on their axes. In many atoms (such as C) these spins are paired against each other, such that the nucleus of the atom has no overall spin. However, in some atoms (such as H and C) the nucleus does possess an overall spin. The rules for determining the net spin of a nucleus are as follows; If the number of neutrons and the number of protons are both even, then the nucleus has NO spin. If the number of neutrons plus the number of protons is odd, then the nucleus has a half-integer spin (i.e. 1/2, 3/2, 5/2) If the number of neutrons and the number of protons are both odd, then the nucleus has an integer spin (i.e. 1, 2, 3)

13. Chazin Group HomePage
    Structure determination of calciumbinding proteins and nucleic acid fragments in solution by nuclear magnetic resonance. Home of the Calcium-Binding Proteins Data Library. From Vanderbilt University.  
    http://structbio.vanderbilt.edu/chazin/

14. Nuclear Magnetic Resonance - Wikipedia, The Free Encyclopedia
    nuclear magnetic resonance. From Wikipedia, the free encyclopedia. nuclear magnetic resonance ( NMR) is a physical phenomenon involving the interaction of  
    http://www.wikipedia.org/wiki/Nuclear_magnetic_resonance
    
    Extractions: Nuclear magnetic resonance NMR ) is a physical phenomenon involving the interaction of atomic nuclei placed in an external magnetic field with an applied electromagnetic field oscillating at a particular frequency . Magnetic conditions within the material are measured by monitoring the radiation absorbed and emitted by the atomic nuclei. NMR is used as a spectroscopy technique to obtain physical, chemical, and electronic properties of molecules . It is also the underlying principle of Magnetic Resonance Imaging . NMR is one of the techniques used to build quantum computers Table of contents 1 How NMR works 1.1 Nuclear precession 1.3 Relaxation ... edit In NMR, the sample to be tested is placed in a static external magnetic field. An antenna (usually a coil-shaped inductor with the sample inside) is used to irradiate the sample with radio waves. At certain frequencies, atomic nuclei within the sample will absorb the radiation and enter an excited state. After a time, the nuclei will re-emit the radiation, which can be detected by the antenna. Finally, a measurement is taken of how much radiation is re-emitted, and when. Only nuclei with non zero magnetic moment can undergo NMR. Such nuclei must have an odd number of

15. Ultrasound, Scanning Electron Microscopy And Nuclear Magnetic Resonance Spectros
    Comparison of results investigating the hydration process in cementitious materials. Methods used are ultrasound, scanning electron microscopy and nuclear magnetic resonance spectroscopy.  
    http://www.ndt.net/article/v06n05/reinhard/reinhard.htm

16. The Basics Of NMR
    The Basics of NMR This resource is an online textbook containing information about nuclear magnetic resonance (NMR). Information inlcudes mathhematics of NMR, spin physics, Spectroscopy, pulse  
    http://rdre1.inktomi.com/click?u=http://www.cis.rit.edu/htbooks/nmr/&y=028B5

17. The Analytical Chemistry Springboard - Nuclear Magnetic Resonance
    The Analytical Chemistry Springboard. nuclear magnetic resonance 1H Wizard The 1H Wizard is a little helper program. You can input  
    http://www.anachem.umu.se/cgi-bin/jumpstation.exe?NMR

18. Nuclear Magnetic Resonance - Wikipedia, The Free Encyclopedia
    Français Slovenina. nuclear magnetic resonance. ( Redirected from NMR) nuclear magnetic resonance ( NMR) is a physical phenomenon described  
    http://www.wikipedia.org/wiki/NMR
    
    Extractions: Nuclear magnetic resonance NMR ) is a physical phenomenon involving the interaction of atomic nuclei placed in an external magnetic field with an applied electromagnetic field oscillating at a particular frequency . Magnetic conditions within the material are measured by monitoring the radiation absorbed and emitted by the atomic nuclei. NMR is used as a spectroscopy technique to obtain physical, chemical, and electronic properties of molecules . It is also the underlying principle of Magnetic Resonance Imaging . NMR is one of the techniques used to build quantum computers Table of contents 1 How NMR works 1.1 Nuclear precession 1.3 Relaxation ... edit In NMR, the sample to be tested is placed in a static external magnetic field. An antenna (usually a coil-shaped inductor with the sample inside) is used to irradiate the sample with radio waves. At certain frequencies, atomic nuclei within the sample will absorb the radiation and enter an excited state. After a time, the nuclei will re-emit the radiation, which can be detected by the antenna. Finally, a measurement is taken of how much radiation is re-emitted, and when. Only nuclei with non zero magnetic moment can undergo NMR. Such nuclei must have an odd number of

19. CNR ICTP Home Page - Institute Of Chemistry And Technology Of Polymers
    Part of Italian national research programme. Composed of Synthetic Polymers Research Group; Natural Polymers Research Group; Mass Spectrometry Facility; nuclear magnetic resonance Facility.  
    http://www.ictmp.ct.cnr.it/
    
    Extractions: I talian N ational R esearch C ouncil (CNR) I nstitute of C hemistry and T echnology of P olymers ICTP - Section of Catania News Reserved Area JAVASCRIPT must be enabled to use this site!!! Click to view how to enable JAVASCRIPT... ICTP ... Search the site Address: Viale Andrea Doria, 6 -95125 Catania - Italy Phone: Fax:

20. Prospective Students - Petroleum Engineering
    Application of nonimaging and imaging nuclear magnetic resonance to formation evaluation and reservoir engineering. Associated with Texas Tech University.  
    http://www.pe.ttu.edu/research/mri-pac.htm
    
    Extractions: The combination of a low field tabletop and a high field imager make this facility unique in the oil industry and unique to all university engineering imaging facilities. The Center has a low field 2 MHz Resonance Instruments Maran 2 spectrometer with gradient capability along the z-axis. This is the standard apparatus used to support NMR wireline log interpretation with NMR relaxation measurements on one-inch diameter core plugs. We have added a non-proton heat exchanger system for measurements at elevated (reservoir) temperatures. We have a plastic NMR cell for live fluids at up to 4000 psig pressure. The ADC front-end on the Varian INOVA imager has a fast 0.5 MHz bandwidth that is 5x faster than the standard medical imager. Moreover, the machine has been upgraded with state-of-the-art quadrature birdcage rf coils and chemical-shift, diffusion, backplane reconstruction and other specialty pulse sequences. These modifications make the instrument ideal for advanced imaging of materials and the determination of cellular structures. Our lab has excellent supporting test and measurement electronics and computers and a Luxtron fluoroptic thermometer, which works without interference in strong rf and magnetic fields. The Center uses a Bartington MS-2 magnetic susceptibility instrument and an APS fluxgate magnetometer to characterize its core samples.

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