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

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 …

Selective refocusing (GSERF or the recent PSYCHEDELIC) experiments were originally
designed to determine all proton–proton coupling constants (JHH) for a selected proton …

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 …

Proton-proton scalar coupling plays an important role in molecular structure elucidation.
Many methods have been proposed for revealing scalar coupling networks involving chosen …

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

Proton–proton scalar (J) coupling plays an important role in disentangling molecular
structures and spatial conformations. But it is challenging to extract J coupling networks from …

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 …

Scalar coupling plays an important role in the analysis of molecular structure and dynamics.
A great number of nuclear magnetic resonance (NMR) selective refocusing experiments …

Nuclear magnetic resonance (NMR) spectroscopy serves as an important tool for both
qualitative and quantitative analyses of various systems in chemistry, biology, and medicine …