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 …

Broadband homodecoupling techniques in NMR, also known as “pure shift” methods, aim to
enhance spectral resolution by suppressing the effects of homonuclear coupling interactions …

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

Scalar (J) couplings constitute one of vital features observed in NMR spectroscopy and
show valuable information for molecular structure elucidation and conformation analysis …

SERF, an NMR pulse sequence for selectively measuring a spin coupling constant without
interference from other couplings, was published by the current author almost 25 years ago …

Two‐dimensional J‐resolved (J res) NMR experiments offer a simple, user‐friendly spectral
representation where the information of coupling constants and chemical shifts are …

J coupling constitutes an important NMR parameter for molecular-level composition analysis
and conformation elucidation. Dozens of J-based approaches have been exploited for J …

Measurement of scalar couplings between protons is a very challenging task because of
complex multiplet patterns and severe overlapping of these multiplets in congested 1D …

Selective 2D J-resolved spectroscopy delivers 2D spectra where exclusively homonuclear
couplings to a selected spin feature as doublets along the indirect dimension, facilitating …

Aiming at facilitating the analysis of molecular structure, the gradient-encoded selective
refocusing methods (G-SERF) and a great number of its variants for measuring proton …