Notes on NMR
HyperNotes on NMR
Related Resources on the World Wide Web
General Hypernotes
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- G. Brust, Department of Polymer Science, University of Southern Mississippi, Hattiesburg, offers an introduction to
Nuclear Magnetic Resonance Spectroscopy.
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In 1952
Felix Bloch and
Edward Mills Purcell shared the
Nobel Prize in Physics "for their development of new methods for nuclear magnetic precision measurements and discoveries in connection therewith." An introduction to NMR research and its history is presented in the
Nobel Foundation press release announcing the award of the
1991 Nobel Prize in Chemistry to
Richard Ernst "for his contributions to the development of the methodology of high resolution nuclear magnetic resonance (NMR) spectroscopy."
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H. Rzepa, Chemistry Department, Imperial College of Science, Technology, and Medicine, London, presents six lectures about
NMR spectroscopy.
- The
NMR Information Server at the University of Florida provides links to magnetic resonance information resources on the Internet.
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The Basics of NMR is a hypertext by J. Hornak, Department of Chemistry, Rochester Institute of Technology, NY.
- A visual introduction to
NMR is provided by the
Wilson Group at the University of California at San Diego.
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WebSpectra is a Web site established to provide chemistry students with a library of spectroscopy problems; it also offers instructional documents about NMR.
Numbered Hypernotes
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A history of the
early years of NMR is provided by
Varian Associates.
The
NMR-laboratory, Department of Chemistry, Oulu University, Finland, offers a brief
history of NMR.
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Historical notes on the concepts of nuclear angular momentum and nuclear magnetic moment are included in the introductory materials for a
NMR laboratory experiment at the
Caltech Senior Physics Laboratory.
D. Suter, Fachbereich Physik, Universität Dortmund, Germany, discusses
angular momentum as part of a presentation on the physics involved in laser-assisted magnetic resonance.
Dipole is defined in the
ScienceNet database.
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H. Rzepa presents a lecture on the
principles of NMR.
Solving spectral problems is one of the resource documents available on the
WebSpectra
site.
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The Wilson Group's visual introduction to NMR has a section on
nuclear spin and magnetic moments.
J. Hornak has a chapter on
spin physics in his
Basics of NMR.
GAMMA is a computer package designed to facilitate construction of programs that simulate magnetic resonance phenomena; the Web site offers tutorial information on
spin systems.
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The
Magnetic Resonance Center, in Aachen, Germany, presents information on
high-resolution NMR spectroscopy of
liquids and
solids.
J. Hornak's
Basics of NMR has a chapter on
2D NMR and one on
advanced spectroscopic techniques.
The
Frydman Group, Department of Chemistry, University of Illinois at Chicago, describes their
research using techniques such as
multidimensional solids NMR.
J. Blanton, Chemistry Department, The Citadal, Charleston, SC, offers
lecture notes on multidimensional NMR from a
course on spectroscopic identification of organic compounds.
M. Bria, University of Sciences and Technologies, Lille, France, offers an
introduction to 2D NMR spectrometry.
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The WWWebster Dictionary defines
statistical mechanics.
The
Wilson Group at the University of California at San Diego offers a visual introduction to
statistical mechanics.
P. Coddington,
Northeast Parallel Architectures Center at Syracuse University, NY, discusses
statistical mechanics in a
lecture series on Monte Carlo simulation for statistical physics.
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J. Hornak discusses
Boltzmann statistics in his NMR hypertextbook.
The Wilson Group's visual introduction to
statistical mechanics has a section on the
Boltzmann distribution function.
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A. Antonelli discusses the
density matrix and
density matrix derivation in a
senior honors thesis for Davidson College, NC.
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The WWWebster Dictionary defines
quantum mechanics.
C. D. Sherrill, Department of Chemistry, University of California, Berkeley, is the author of a
brief review of elementary quantum chemistry that is included in the
quantum chemistry lecture notes from the
Center for Computational Quantum Chemistry, University of Georgia, Athens.
M. Colvin, Computational Biochemistry Group, Lawrence Livermore National Laboratory, presents an introduction to
quantum chemistry.
S. Lower, Department of Chemistry, Simon Fraser University, Burnaby, BC, provides a
primer on the quantum theory of the atom.
The Wilson Group provides a
quantum mechanical description of NMR.
F. Senese, Department of Chemistry, Frostburg State University, MD, provides an introduction to
quantum theory for
General Chemistry Online!
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The
WWWebster Dictionary defines
Hamiltonian function.
Hamiltonian is defined in the
glossary of
Eric's Treasure Trove of Physics, as is
Hamilton's characteristic function.
A discussion of the
spin Hamiltonian is available from the Mössbauer Web at Carnegie-Mellon University, Pittsburgh, PA.
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A brief description of the role of
chemical shifts in NMR analysis is provided by the
Michigan Molecular Institute.
K. Berndt, Karolinska Institute, Stockholm, Sweden, discusses
chemical shifts in the section on
NMR spectroscopy of an
Internet course on
protein secondary structure.
J. Hornak discusses
chemical shift in his hypertextbook on NMR.
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The
WWWebster Dictionary defines
Hermitian matrix.
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Eric's Treasure Trove of Physics includes an entry for the
Schrödinger equation.
The
Visual Quantum Mechanics Project of the Kansas State University Physics Education Group includes a discussion of
Schrödinger's equation.
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M. Frank describes
unitary transformations in a
paper on the state of the field of quantum computation.
P. Shor includes a
section on building unitary transformations in a
paper on algorithms for quantum
computation available from the
Quantum Computation Archive, maintained by I. Chuang for the
Quantum Fluctuation Project at Stanford University.
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The
Stereochemistry and Molecular Interactions Laboratory of the École Normale Supérieure de Lyon, France, provides a summary of an
article by A. Lesage, S. Caldarelli, and L. Emsley titled "Long-Range Dipolar Couplings in Liquid Crystals Measured by Three-Dimensional NMR Spectroscopy" that appeared in the Journal of the American Chemical Society, vol. 118, p. 12224 (1996).
The
Frydman Group, Department of Chemistry, University of Illinois at Chicago, offers a description of a new NMR distance measurement approach called
DEAR (dipolar exchange-assisted recoupling).
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SRI International presents a case study of
magnetic resonance imaging (MRI), which includes a history of NMR and MRI, as part of a
project studying the National Science Foundation's role in technological innovation.
The
Basics of MRI is a hypertextbook by J. Hornak of the Department of Chemistry, Rochester Institute of Technology, NY.
An article about
ultrafast magnetic resonance in the March 1998 Tech.Sight section of Science includes links to Internet sources of MRI information.
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Erwin Schrödinger shared the 1933
Nobel Prize in Physics with Paul Adrien Maurice Dirac "for the discovery of new productive forms of atomic theory."
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Here is the home page of the
Warren Group at Princeton University, which includes a discussion of their
NMR spectroscopy research.