Ions, organic, charge density-NMR

Ionic dissociation of carbon-carbon a-bonds in hydrocarbons and the formation of authentic hydrocarbon salts, 30, 173 Ionization potentials, 4, 31 Ion-pairing effects in carbanion reactions, 15, 153 Ions, organic, charge density-NMR chemical shift correlations, 11,125 Isomerization, permutational, of pentavalent phosphorus compounds, 9, 25 Isotope effects, hydrogen, in aromatic substitution reactions, 2,163... [Pg.338]

Ions, organic, charge density-NMR chemical shift correlations, 11,... [Pg.359]

Chain processes, free radical, in aliphatic systems involving an electron transfer reaction, 23,271 Charge density-NMR chemical shift correlation in organic ions, 11,125 Chemically induced dynamic nuclear spin polarization and its applications, 10, 53 Chemiluminescence of organic compounds, 18,187... [Pg.336]

Charge density-NMR chemical shift correlation in organic ions, 11, 125... [Pg.300]

Charge Density-NMR Chemical Shift Correlations in Organic Ions... [Pg.123]

Charge Density-NMR Chemical Shift Correlations in Organic Ions D. G. Farnum, Adv. Phys. Org. Chem., 1975,11, 123-175. [Pg.78]

Five years ago a brief review focused on the applications of nuclear magnetic resonance (nmr) as a method for determining charge density in carbonium ions and pointed out some of the precautions required (Fraenkel and Famum, 1968). Since then, proton nmr (pnmr), which was emphasized in that review, has continued to attract primary attention as a probe into the structure and charge density of organic cations and anions (Olah and Schleyer, 1968,1970, 1972, 1973 Oth ef al., 1972 Takahashi et a/., 1973 van... [Pg.123]

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