Modern NMR spectroscopy in education /

This book will address the strong call for greater utilization of modern NMR in undergraduate education. There has yet been a book to note the numerous chemistry departments integrating NMR across their curricula. Researchers and educators are developing and implementing innovative experiments and p...

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Bibliographic Details
Corporate Author: American Chemical Society. Meeting
Other Authors: Rovnyak, David, Stockland, Robert, Jr., 1971-
Format: eBook
Language:English
Language Notes:English.
Published: Washington, DC : [New York] : American Chemical Society ; Distributed by Oxford University Press, ©2007.
Series:ACS symposium series ; 969.
Subjects:
Online Access:Connect to the full text of this electronic book
Table of 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 [and others]
  • 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 [and others]
  • 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.
  • 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 [and others]
  • 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.