Description |
xvi, 390 p. : ill. ; 24 cm. |
Series |
ACS symposium series ; 969 |
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ACS symposium series ; 969.
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Note |
Eighteen papers from two symposia, "Evolution of Modern Magnetic Nuclear Resonance in Undergraduate Learning and Innovative Experiments" and "Approaches for Permanent Magnet NMR Spectrometers in High School and Undergraduate Courses", held in 2005 at the 230th National Meeting of the American Chemical Society in Washington, D.C. |
Bibliography |
Includes bibliographical references and indexes. |
Contents |
Modern NMR in undergraduate education : introduction / Gerhard Wagner -- Enhancing undergraduate pedagogy with NMR across curriculum / Matthew A. Fisher and Daryle H. Fish -- Toward the integration of liquid- and solid-state NMR across the undergraduate curriculum / Nancy M. Washton ... [et al.] -- Elective and capstone undergraduate experiences in NMR spectroscopy : a curriculum that prepares students for independent research in magnetic resonance / Daniel J. O'Leary and Wayne E. Steinmetz -- Teaching NMR spectroscopy in a general education course for nonmajors / Emma W. Goldman and Raymond N. Dominey -- 24/7 dynamic NMR spectroscopy : a new paradigm for undergraduate NMR use / Robert M. Hanson -- Inclusion of NMR spectroscopy in high school chemistry : two approaches / Brian Esselman and Donald E. Mencer -- C-MoR : computer modules that assist in teaching NMR theory and interpretation / Raymond N. Dominey ... [et al.] -- The ubiquitin NMR resource / Richard Harris and Paul C. Driscoll -- More than just a characterization tool : learning physical chemistry concepts using NMR / Alexander Grushow and John E. Sheats -- Gas Phase 1H NMR / Carly Drahus, Thomas N. Gallaher, and Thomas C. DeVore -- Measuring molecular motion : using NMR spectroscopy to study translational diffusion / Jennifer N. Maki and Nikolaus M. Loening -- |
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NMR exchange spectroscopy / Holly C. Gaede -- Dynamic NMR in an advanced laboratory / Fadwa Odeh and Yuzhou Li -- Angiotensin and oxytocin : 1D and 2D NMR of biologically active peptides in a first-semester biochemistry course / Toni A. Trumbo -- Experimentation with 15N enriched ubiquitin / David Rovnyak, Laura E. Thompson, and Katherine J. Selzler -- Probing the phase behavior of membrane bilayers using 31P NMR spectroscopy / Barry Zee and Kathleen Howard -- When nuclei cannot give 100% / Chip Nataro ... [et al.] -- Using 95Mo NMR spectroscopy in the synthesis and characterization of Mo(Co)6-n(CNR)n complexes / Martin Minelli -- 19F NMR spectroscopy as a characterization tool for substituted ferrocene / Eric J. Hawrelak -- NMR studies of polyamide macrocyclic tetradentate ligands and their complexes relevant to green chemistry (with other inorganic/organometallic experiments) / Erich S. Uffelman -- Annotated bibliography : permanent magnet fourier transform-NMR applications in the laboratory / Amy Abe and Frank B. Contratto -- Showcasing 2D NMR spectroscopy in an undergraduate setting : implementation of HOMO-2D J-resolved experiments on permanent magnet NMR systems / Brian K. Niece and Guillermo Moyna -- Fourier transform NMR in the chemistry curriculum : an integrated approach using a permanent magnet FT-NMR in conjunction with high field NMR data files and computational chemistry / Michael J. Collins and Ronald T. Amel. |
Subject |
Nuclear magnetic resonance -- Congresses.
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Chemistry -- Study and teaching (Secondary) -- Curricula -- Congresses.
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Chemistry -- Study and teaching (Higher) -- Curricula -- Congresses.
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Added Author |
Rovnyak, David. Editor.
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Stockland, Robert. Editor.
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American Chemical Society. Meeting (230th : 2005 : Washington, D.C.)
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Added Title |
Evolution of modern magnetic nuclear resonance in undergraduate learning and innovative experiments |
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Approaches for permanent magnet NMR spectrometers in high school and undergraduate courses |
ISBN |
9780841239951 (alk. paper) |
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0841239959 (alk. paper) |
Standard No. |
AU@ 000041602696 |
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NLGGC 309774888 |
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NZ1 11372630 |
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