A general review of novel NMR methods to measure heteronuclear long-range proton–
carbon coupling constants (n J CH; n> 1) in small molecules is made. NMR experiments are …

The scalar couplings that result in the splitting of the signals in the NMR spectrum arise due
to the interaction of the nuclear spins, whereby the spin polarization is transmitted through …

The accurate and precise measurement of one-bond scalar and residual dipolar coupling
(RDC) constants is of prime importance to be able to use RDCs for structure determination. If …

Residual dipolar couplings (RDCs) contain information on the relative arrangement and
dynamics of internuclear spin vectors in chemical compounds. Classically, RDC data is …

Heteronuclear one-bond couplings are of interest for various aspects of structural analysis of
small organic molecules, including for example the distinction of axial and equatorial …

Although residual dipolar couplings (RDCs) are widely used in macromolecular structural
studies in relation to NMR spectroscopic experiments,[1] they are also proving to be very …

Residual dipolar couplings (RDCs) become increasingly important as additional NMR
parameters in the structure elucidation of organic compounds but are usually used in fitting …

The angular information content of residual dipolar couplings between nuclei of fixed
distance makes the accurate and sign-sensitive measurement of (1JCH+ DCH) and (2JHH+ …

Scalar couplings provide important information regarding molecular structure and dynamics.
The measurement of scalar coupling constants constitutes a topic of interest and …

A general description of the latest developments in heteronuclear single-quantum
correlation and heteronuclear single-quantum multiple bond correlation experiments …