Sign of JHF in CHFCl2

Keywords

Relaxation (psychology), Fluorine, Sign (mathematics), Chemistry, Dipole

References

• A Note on the Fluorine Resonance ShiftsA. Saika, Charles P. Slichter — 1954
• Theory of the Dependence of Nuclear Magnetic Relaxation on the Absolute Sign of Spin—Spin Coupling ConstantHiroshi Shimizu — 1964
• Nuclear Spin Relaxation in Liquid CHFCl2R. J. C. Brown, H. S. Gutowsky, Kenji Shimomura — 1963
• Nuclear Relaxation Processes in Systems of Two SpinsE. L. Mackor, C. MacLean — 1965
• Effect of Anisotropic Hyperfine Interactions on Paramagnetic Relaxation in LiquidsHarden M. McConnell — 1956
• High-Resolution Nuclear Magnetic Resonance Spectra of Orientated MoleculesA. Saupe, Gerhard Englert — 1963
• Analysis of the Fluorine NMR Spectrum of Hexafluorobenzene in a Nematic Liquid CrystalLawrence C. Snyder, E. W. Anderson — 1965
• Anisotropy of Chemical Shift for Some Fluorine CompoundsE.R. Andrew, D P Tunstall — 1963
• Nuclear Relaxation Processes of a Nonequivalent Two‐Spin SystemHiroshi Shimizu, Shizuo Fujiwara — 1961
• Principles of magnetic resonanceCharles P. Slichter — 1963
• Anisotropy of the 19F Chemical Shift in Trapped CH3F MoleculesE. Raymond Hunt, Horst Meyer — 1964
• On the Theory of Relaxation ProcessesAlfred G. Redfield — 1957
• Nuclear Magnetic Interactions in the HF MoleculeI. Solomon, N. Bloembergen — 1956
• Comments on the Signs of Proton Coupling ConstantsMartin Karplus — 1962
• Fluorine N.M.R. Spectroscopy. XII. Proof of Opposite Signs for the “Direct” Carbon-13 Coupling Constants to Hydrogen and to FluorineGeorge Van Dyke Tiers — 1962
• The Principles of Nuclear MagnetismA. Abragam, H. Y. Carr — 1961

Cited by

• Indirekte Kernspinkopplung der Äthylverbindungen: SeEt2, CdEt2 und TeEt2V. Breuninger, H. Dreeskamp, G. Pfisterer — 1966
• Solution NMR spin relaxation methods for characterizing chemical exchange in high-molecular-weight systems.Arthur G. Palmer, Michael J. Grey, Chunyu Wang — 2005
• Some Recent Developments in NMR Approaches for Studying Liquid Molecular Dynamics and Their Biological ApplicationsWilliam S. Price, Lian‐Pin Hwang — 1992
• Studies of carbohydrate derivatives by nuclear magnetic double-resonanceLars Häll, J. F. Manville — 1969
• Anisotropies and Absolute Signs of the Indirect Spin–Spin Coupling Constants in 13CH3FThomas R. Krugh, R. A. Bernheim — 1970
• Indirekte Kernspinkopplung in den Methyl‐, Silyl‐ und Hydridverbindungen der VI. HauptgruppeG. Pfisterer, H. Dreeskamp — 1969
• Proton chemical shift anisotropy: detection of cross correlation with dipole-dipole interactions by double-quantum filtered two-dimensional NMR exchange spectroscopyClaudio Dalvit, Geoffrey Bodenhausen — 1989
• Determination of the relative signs of coupling constants in some organomercuric compounds by internuclear double and triple magnetic resonanceFrank A. L. Anet, James L. Sudmeier — 1969
• Chapter 4 Relaxation processes in systems of two non-identical spinsE. L. Mackor, C. MacLean — 1967
• The influence of cross correlation on multiplet patterns in nuclear overhauser effect spectraJames Keeler, Francisco Sánchez‐Ferrando — 1987
• Nuclear magnetic relaxation in coupled spin systemsRobert L. Vold, Regitze R. Vold — 1978
• Differential Line Broadening in the Presence of Quadrupolar-CSA InterferenceKarim Elbayed, Pierre Kempgens, Jésus Raya — 1998
• Influence of cross-relaxation on NMR spin-lattice relaxation timesIain D. Campbell, Ray Freeman — 1973
• Interference effects in the relaxation of a pair of unlike spin-1/2 nucleiM. Goldman — 1984
• Nuclear Magnetic Relaxation Studies of (CD3O)211BHN. Boden, H. S. Gutowsky, Julian Hansen — 1967
• Spin–lattice relaxation in coupled three spin systems of the AIS typePaul E. Fagerness, David M. Grant, Karl Kuhlmann — 1975
• Anisotropic molecular reorientation measured by NMR relaxation including cross terms between dipolar and chemical shift anisotropy interactionsErich Königsberger, H. Sterk — 1985
• A “magic-angle” sample-spinning nuclear magnetic resonance spectroscopic study of interference effects in the nuclear spin relaxation of polymers☆John Y. L. Chung, Eric Oldfield, André Thévand — 1992
• Influence of cross-correlation between dipolar and anisotropic chemical shift relaxation mechanisms upon longitudinal relaxation rates of 15N in macromoleculesJonathan Boyd, Ulrich Hommel, Iain D. Campbell — 1990
• Perturbational Calculations of the Nuclear Spin—Spin Coupling Constant for the Hydrogen Fluoride MoleculeYoshifumi Kato, A. Saika — 1967

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