Modern NMR Spectroscopy in Education
David Rovnyak, Robert Stockland
American Chemical Society, 2007 - Science - 390 pages
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 pedagogies that are NMR-enabled. The proposed symposium series book will be the first publication to assemble and present these efforts, and will be a comprehensive resource for educators who wish to update their curricula with modern NMR experimentation. Significant progress has been made by educators in recent years to better incorporate modern NMR as an interdisciplinary tool for problem solving into first and second year courses such as general and organic chemistry; this book will report on and review many of these recent advances in first and second year chemistry. Significantly, the proposed book is explicitly designed as a comprehensive resource to educators. The book will help inform the evolution of chemistry curricula to better incorporate NMR as a tool for supporting interdisciplinary, contextual learning.
24 pages matching rotation in this book
Results 1-3 of 24
What people are saying - Write a review
We haven't found any reviews in the usual places.
Enhancing Undergraduate Pedagogy with
Toward the Integration of Liquid and SolidState
Elective and Capstone Undergraduate Experiences in
1 other sections not shown
3C NMR AIBN American Chemical Society amide analysis Anasazi Anasazi Instruments animations ANSIG assignment atoms Biochemistry C-MoR carbon Chapter Chem chemical shift chemistry course chemistry laboratory complexes compounds correlation COSY coupling constants cross peaks Department of Chemistry determine diffusion coefficient discussion doublet dynamic Educ example experimental ferrocene frequency FT-ICR FT-NMR gradient pulses H NMR high school HSQC integration learning ligand lipid liquid magnetic field measured metallocenes methanol methods methyl micelle module molecular molecules motion NMR experiments NMR spectra NMR spectrometer NMR spectroscopy NMR theory NMR tube NMR Tutor nuclear magnetic resonance nuclei observed obtained organic chemistry peptide permanent magnet PFG-NMR phase physical chemistry probe problem sets protein proton NMR pulse sequence reaction relaxation residue rotation sample Schlenk flask Science semester shown in Figure signal solution solvent spectrum spin structure symmetry techniques temperature TOCSY ubiquitin Uffelman undergraduate vapor