Low-temperature carbon-13 magnetic resonance in solids. 3. Linear and pseudolinear molecules von Beeler, Alvin J, Orendt, Anita M, Grant, David M, Cutts, Peter W, Michl, Josef, Zilm, Kurt W, Downing, John W, Facelli, Julio C, Schindler, Michael S, Kutzelnigg, Werner

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Structural variations and evidence of segmental motion in the aliphatic region in coals observed with dipolar-dephasing NMR von Soderquist, Arlen, Burton, David J, Pugmire, Ronald J, Beeler, Alvin J, Grant, David M, Durand, B, Huk, A. Y

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Carbon-13 magnetic resonance dipolar spectroscopy. Orientation of the chemical shift tensor in cyclopropane von Zilm, Kurt W, Beeler, Alvin J, Grant, David M, Michl, Josef, Chou, Teh Chang, Allred, Evan L

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Low-temperature carbon-13 magnetic resonance. 8. Chemical shielding anisotropy of olefinic carbons von Orendt, Anita M, Facelli, Julio C, Beeler, Alvin J, Reuter, Karl, Horton, W. J, Cutts, Peter, Grant, David M, Michl, Josef

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Low-temperature carbon-13 magnetic resonance in solids. 2. Six .pi.-electron ring systems: tropylium cation (C7H7+), benzene (C6H6) and cyclopentadienide anion (C5H5-) von Strub, Henri, Beeler, Alvin J, Grant, David M, Michl, Josef, Cutts, Peter W, Zilm, Kurt W

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Low-temperature carbon-13 magnetic resonance in solids. 5. Chemical shielding anisotropy of the 13CH2 group von Facelli, Julio C, Orendt, Anita M, Beeler, Alvin J, Solum, Mark S, Depke, Gisbert, Malsch, Klaus D, Downing, John W, Murthy, Parvathi S, Grant, David M, Michl, Josef

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