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Nuclear Magnetic Resonance:     more books (100)

Nuclear Magnetic Resonance (Cambridge Monographs on Physics) by E. R. Andrew, 2009-06-25 Nuclear Magnetic Resonance and the Periodic Table Nuclear Magnetic Resonance Spectroscopy by John H. Nelson, 2002-07-18 Nuclear Magnetic Resonance Spectroscopy: A Physiocochemical View by Robin K. Harris, 1986-11 Imaging Systems for Medical Diagnostics: Fundamentals, Technical Solutions and Applications for Systems Applying Ionizing Radiation, Nuclear Magnetic Resonance and Ultrasound Using broad-line nuclear magnetic resonance spectrometry to estimate potential oil yields of oil shales by A. W. Decora, 1971-01-01 Second International Symposium On Nuclear Magnetic Resonance Spectroscopy. Abstracts. by L H ; Randall, E W et al Sutcliffe, 1972 Imaging of Infections and Inflammations of the Central Nervous System: Computed Tomography Ultrasound and Nuclear Magnetic Resonance by Dieter R. Enzmann, 1984-02 An Introduction to Biomedical Nuclear Magnetic Resonance Nuclear Magnetic Resonance (Modern Methods of Plant Analysis, New Series, Vol 2) by H. F. Linskens, 1986-06 Nuclear Magnetic Resonance (SPR Nuclear Magnetic Resonance) Nuclear Magnetic Resonance of Aromatic Compounds by J.D. Memory, Nancy K. Wilson, 1982-12 Nuclear Magnetic Resonance: Webster's Timeline History, 1912 - 2001 by Icon Group International, 2009-05-01 Methods in Enzymology, Volume 177: Nuclear Magnetic Resonance, Part B, Structure and Mechanism

lists with details

21. Nuclear Magnetic Resonance Spectroscopy
    nuclear magnetic resonance Spectroscopy, or NMR as it is usually called, is the same as a medical technique you may have heard of, MRI or Magnetic Resonance  
    http://www.psrc.usm.edu/macrog/nmr.htm

22. Mountain Dew Page
    The Mountain of Dew, pictures, nuclear magnetic resonance scans, and ingredients.  
    http://www.acts.org/roland/mt.dew/
    
    Extractions: Contents: Carbonated water, high fructose corn syrup and/or sugar, concentrated orange juice and other natural flavors, citric acid, sodium benzoate (preserves freshness), caffeine , sodium citrate, gum arabic, erythorbic acid (preserves freshness), calcium disodium EDTA (to protect flavor), brominated vegetable oil and yellow 5.

23. Nuclear Magnetic Resonance
    nuclear magnetic resonance. Paul Young's Organic Chemistry OnLine NMR Tutorial from U. Illinois - Chicago. Paul's Integrated Spectra Practice Problems - IR, MS, and NMR problems. Patricia Shapely's  
    http://www.ndsu.nodak.edu/instruct/grcook/744/nmr.html
    
    Extractions: Chemistry 744 Paul Young's Organic Chemistry OnLine - NMR Tutorial from U. Illinois - Chicago Paul's Integrated Spectra Practice Problems - IR, MS, and NMR problems Patricia Shapely's Organic Lecture Notes - University of Illinois - Urbana-Champagne NMR Simulation Programs for Windows - APT, DEPT, etc. 2D NMR Analysis on the WEB - Imperial College, London This page prepared by Gregory R. Cook Last updated 2/20/97

24. The EF-Hand Calcium-Binding Proteins Data Library
    Home of the calciumbinding protein database. Structure determination of calcium-binding proteins and nucleic acid fragments in solution by nuclear magnetic resonance.  
    http://structbio.vanderbilt.edu/cabp_database/cabp.html
    
    Extractions: The EF-Hand Calcium-Binding Proteins Data Library is a growing collection of published sequence, structural, functional, and other information about EF-hand calcium-binding proteins and their roles in cellular signal transduction. It was developed by Melanie Nelson , in Walter Chazin's lab while at The Scripps Research Institute . Melanie has since joined the informatics group at Physiome Sciences, Inc. , Dr. Chazin is now Director of the Structural Biology Program at Vanderbilt University in Nashville, TN. Every effort has been made to ensure that all information in the data library is correct and up to date. However, no guarantee is given, either express or implied. If you find errors in the data library, or have questions, comments, or suggestions, please e-mail cabp_admin@structbio.vanderbilt.edu General Info Sequence Info Structural Info ... site stats

25. Micro.ifas.ufl.edu/nmr_s.html
    . Commercial Companies (102); Directories (24); Diversions (8); Education (25); Employment (5); Open Directory Science Chemistry nuclear magnetic resonanceTop Science Chemistry nuclear magnetic resonance (530),  
    http://micro.ifas.ufl.edu/nmr_s.html

26. Nuclear Magnetic Resonance Spectroscopy Page
    nuclear magnetic resonance Spectroscopy. Outline. NMR Basics and 1 H Resonance Nuclear Spin States. Chemical Shift. Instrumentation. Solvents for 1 H NMR.  
    http://www.chemistry.ccsu.edu/glagovich/teaching/472/nmr/nmr.html
    
    Extractions: NMR Basics and H Resonance Nuclear Spin States Chemical Shift Instrumentation Solvents for ... H NMR Information Obtained From NMR Spectroscopy Chemical Equivalence Integration Factors Influencing Chemical Shift H Correlation Chart ... Coupling Constants Problems Problem 1 Problem 2 Problem 3 Problem 4 ... Problem 6 C Resonance Background C Correlation Chart C Correlation Chart for Carbonyl Compounds Solvents for ... C NMR C NMR Spectroscopy Proton-Coupled C Spectra Proton-Decoupled C Spectra ... C Spectra Special Considerations in C NMR Spectroscopy Nuclear Overhauser Enhancement Problems With Integration of C Spectra Heteronuclear Coupling in ... C Spectra Problems Problem 1 Problem 2 Problem 3 Problem 4 ... Problem 6 Calculating Chemical Shift Values In H NMR Spectroscopy Disubstituted Methylenes Substituted Alkenes Substituted Benzene Rings In C NMR Spectroscopy Linear and Branched Alkanes Base Values for C Chemical Shift in Typical Hydrocarbons Substituted Alkanes and Cycloalkanes ... Substituted Benzene Rings Spin-Spin Coupling Basics of Coupling Constants Tables of Coupling Constants One-Bond Coupling Typical Proton Coupling Constants Alkanes Alkenes Aromatic Compounds All Others Coupling Patterns in NMR Simple Coupling (n+1) Complex Coupling (tree diagrams) Protons on Oxygen Protons on Nitrogen ... Homotopic, Enantiotopic, and Diastereotopic Systems

27. Nuclear Magnetic Resonance (nmr) Menu
    Understanding Chemistry. nuclear magnetic resonance MENU. Background . . . An explanation of how an NMR spectrum arises, and the meaning  
    http://www.chemguide.co.uk/analysis/nmrmenu.html

28. ASU NMR Facility
    Problems, questions, and comments about this page should be directed to Dr. Ron Nieman, nuclear magnetic resonance Facility Department of Chemistry and  
    http://asnmr4.la.asu.edu/nmr/

29. Varian, Inc. Scientific Instruments, Vacuum Products And EMS
    Develops, manufactures and sells a variety of scientific instruments and equipment, nuclear magnetic resonance spectrometers and high vacuum products which serve a wide range of industrial and scientific applications.  
    http://www.varianinc.com/

30. RSC [Books And Databases]
    Books Databases. nuclear magnetic resonance. Senior Reporter(s) GA Webb. This title provides a critical, annual review of literature published on this subject.  
    http://www.rsc.org/CFbooks/sprindex.cfm?BKC=NM

31. JEOL USA Nuclear Magnetic Resonance
    nuclear magnetic resonance NMR is an invaluable tool for determining the molecular structure of both large and small molecules. JEOL nuclear magnetic resonance.  
    http://www.jeol.com/nmr/nmr.html
    
    Extractions: ECA Delta Software NMR Application Notes ... Request Product Info Nuclear Magnetic Resonance (NMR), first discovered in 1945, has evolved into one of the premier techniques for molecular identification. NMR has found key uses in chemical research, biochemistry, pharmaceutical chemistry, polymer science, petroleum research, agricultural chemistry and medicine. JEOL offers NMR spectrometers ranging from 300MHz to 920MHz. Specifications ECX ECA Delta Magnet type Superconducting Superconducting a full-featured, multi-dimensional NMR data processing package Field Strength 300 to 500 MHz up to 920 MHz Observe Channel broadband broadband Decoupler Channel broadband broadband Maximum Total RF Amplifiers Maximum Total RF Sources The NMR signal is a natural physical property of the certain atomic nuclei but it can only be detected with an external magnetic field. Most modern NMR spectrometers utilize a magnet fabricated from superconducting materials and the magnet winding is cooled with liquid helium. The sample for NMR analysis remains at room temperature. Each isotope of each element in the Periodic Table has a different NMR signal frequency. The most commonly observed nucleus is hydrogen (1H) as found in water (H

32. BIChomepage
    The Biomedical Imaging Center provides facilities, equipment and training for research on nuclear magnetic resonance imaging and spectroscopy, for their applications in engineering, neuroscience, speech and hearing science, psychology, biology, medicine, and other fields.  
    http://bmrl.med.uiuc.edu:8080/
    
    Extractions: Prof. Gregory A. Miller The Center staff and how to contact them Details about the Center building and equipment Highlights of research projects in progress at the Center A listing of publication by Center researchers Related sites around the world and helpful local UIUC sites Access restricted to UIUC Beckman Institute for Advanced Science and Technology University of Illinois at Urbana-Champaign This site is maintained by the Center Webmaster

33. Nuclear Magnetic Resonance - Wikipedia, The Free Encyclopedia
    nuclear magnetic resonance. From Wikipedia, the free encyclopedia. nuclear magnetic resonance (NMR) is a physical phenomenon involving  
    http://en.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

34. Nuclear Magnetic Resonance - Wikipedia, The Free Encyclopedia
    nuclear magnetic resonance. (Redirected from NMR). nuclear magnetic resonance (NMR) is a physical phenomenon involving the interaction  
    http://en.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

35. NMR Facility Home Page
    University of Minnesota, Medical School Structural Biology nuclear magnetic resonance Facility.  
    http://www.umn.edu/nmr

36. NMR - Nuclear Magnetic Resonance
    NMR nuclear magnetic resonance. NMR-Informationen (Uni Potsdam) de; NMR-Monster-List (Uni Bayreuth) en; nuclear magnetic resonance (NMR) en; UXNMR FAQ en.  
    http://www.chemie.fu-berlin.de/chemistry/index/spectr/nmr/
    
    Extractions: Please note: Support for this service has been stopped. Use http://www.chemie.de/ instead. Analysing 2D NMR Spectra [en] Anleitung zum Messen und Bearbeiten von NMR-Spektren (Bruker AM, AC) [de] Automatic Prediction of H-1 NMR Chemical Shifts (Renate Buergin Schaller) [en] Compilation of Educational NMR Software [en] ... Chemie.DE Chemistry Internet Information Service (under construction) Searchable Chemistry Index Top Level of Hierarchical Chemistry Index

37. DRUSCH Principle Of Nuclear Magnetic Resonance
    Turning a measurement of the magnetic field strength into a frequency measurement (NMR gaussmeter)  
    http://www.drusch.com/help/qmpr.html
    
    Extractions: deutsch Principle of NMR Turning the measurement of a magnetic field into a measurement of the frequency The DRUSCH NMR Gaussmeter carries out measurements of the magnetic field strength following the principle of nuclear magnetic resonance. The method is based on the quantisation of the spin alignment in a magnetic field. For example the proton spin (spin 1/2) can be aligned parallel or anti-parallel to the magnetic field. According to the alignment of the spin there is an additional potential energy term Where denotes the magnetic field. As the alignment of the nuclear spin is quantised there is a discrete set of additional energy levels E i the nucleus can occupy for a certain magnetic field. Thus, the energy states of particles with spin 1/2, like the proton, which have opposed spin alignment differ by: The energy state of the nucleus can be altered by an external electromagnetic force, for example by an resonant circuit. The interaction between the nucleus and the source of the external force is mediated by the photon, the quantum of the electromagnetic interaction. As the energy level of the nucleus is quantised a nucleus with the initial energy E i can only absorb or emit photons of the energy: A proton for example can only emit or absorb photons of the energy: According to Planck this corresponds to an electromagnetic wave of the frequ ency: where h is Planck's constant. This frequency is called

38. The Nuclear Magnetic Resonance Laboratory
    The nuclear magnetic resonance Laboratory is responsible for maintaining the high field NMR spectrometers, training users, providing spectra on a service basis  
    http://www.msg.ku.edu/~msg/nmr2.html
    
    Extractions: The Nuclear Magnetic Resonance Laboratory is responsible for maintaining the high field NMR spectrometers, training users, providing spectra on a service basis, and assisting users with design, execution, and interpretation of NMR experiments. Our capabilities extend from small molecules to isotopically enriched proteins, solids, and flow samples. We are part of the Molecular Structures Group (MSG) at KU, a campuswide facility encompassing NMR, MS, X-ray Crystallography, Biochemical Service, and Molecular Graphics and Modeling Laboratories. Artist's rendition of the Structural Biology Center, scheduled to open in summer 2004 What the site looked like in late April 2004 The newest additions to the NMR Laboratory are on KU's West Campus and research park. We recently accepted delivery of a new Bruker Avance 400 in the Takeru Higuchi building at 21st and Iowa, adjacent to the Higuchi Biosciences Center and KU's Department of Pharmaceutical Chemistry. This instrument is now equipped with a flow injection automation system and probe (the Bruker BEST system) for autosampling from 96 well plates.We also now have a GE QE Plus system in the Life Sciences Research Laboratory at 15th and Wakarusa in western Lawrence. 800 MHz instrument acquisition.

39. Practical Applications Of NMR Spectroscopy In Biochemistry.
    This course provides a graduate level introduction to the use of modern multidimensional NMR techniques for study of biopolymers in solution. Both classical and quantum descriptions of nuclear magnetic resonance are described, followed by a discussion of the fundamentals of data processing and biopolymer structure determination.  
    http://stingray.bio.cmu.edu/~web/nmr/index_nmr.html
    
    Extractions: Course Description: This course provides a graduate level introduction to the use of modern multi-dimensional NMR techniques to the study of the structure and dynamics of biological polymers. The intent of this course is to give the student a working knowledge of the applications of modern multi-dimensional NMR in Biology and Chemistry. This course is divided into roughly three parts:

40. NMR Spectroscopy
    NMR Spectroscopy. nuclear magnetic resonance Spectroscopy. 1. Background. Over the past fifty years nuclear magnetic resonance spectroscopy  
    http://www.cem.msu.edu/~reusch/VirtualText/Spectrpy/nmr/nmr1.htm
    
    Extractions: Over the past fifty years nuclear magnetic resonance spectroscopy, commonly referred to as nmr, has become the preeminent technique for determining the structure of organic compounds. Of all the spectroscopic methods, it is the only one for which a complete analysis and interpretation of the entire spectrum is normally expected. Although larger amounts of sample are needed than for mass spectroscopy, nmr is non-destructive, and with modern instruments good data may be obtained from samples weighing less than a milligram. To be successful in using nmr as an analytical tool, it is necessary to understand the physical principles on which the methods are based The nuclei of many elemental isotopes have a characteristic spin ( I ). Some nuclei have integral spins (e.g. I = 1, 2, 3 ....), some have fractional spins (e.g. I = 1/2, 3/2, 5/2 ....), and a few have no spin, I = (e.g. C, O, S, ....). Isotopes of particular interest and use to organic chemists are H

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