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Article
Decomposition rates, synthesis, and spectral properties of a series of alkyl hyponitrites
Journal of Organic Chemistry (1983)
  • Craig A. Ogle, Michigan Technological University
  • Steve W. Martin, Michigan Technological University
  • Michael P. Dziobak, Michigan Technological University
  • Marek W. Urban, Michigan Technological University
  • G. David Mendenhall, Michigan Technological University
Abstract
A number of trans-alkyl hyponitrites (RON=NOR) were synthesized and characterized. At 66.1 f 0.1 "C in isooctane and with millimolar to micromolar concentrations first-order kinetics were observed with half-lives (min) of 12.8 f 0.2 (CHJ, 32.3 f 1.1 (2-C3H7), 15.0 1 0.3 (cyclohexyl), 25.2 i 1.2 (tert-butyl), 18.3 f 0.3 (tert-pentyl), 3.0 f 0.1 (benzyl), 11.2 f 0.5 (2-phenylethyl), and 5.5 f 0.3 (1-phenylethyl). The rate constants were concentration independent and showed little change with changes in solvent polarity or viscosity. Ultraviolet, magnetic resonance, infrared, and mass spectra for the new hyponitrites are reported. Most of the hyponitrites were highly crystalline solids that could be stored for long periods without change below 0 "C.
Disciplines
Publication Date
October, 1983
Publisher Statement
Reprinted with permission from Journal of Organic Chemistry 48 (1983): 3728, doi:10.1021/jo00169a023. Copyright 1983 American Chemical Society.
Citation Information
Craig A. Ogle, Steve W. Martin, Michael P. Dziobak, Marek W. Urban, et al.. "Decomposition rates, synthesis, and spectral properties of a series of alkyl hyponitrites" Journal of Organic Chemistry Vol. 48 Iss. 21 (1983)
Available at: http://works.bepress.com/steve_martin/45/