NMR anisotropic parameters such as dipolar couplings and chemical shifts are central to
structure and orientation determination of aligned membrane proteins and liquid crystals …

Separated local field (SLF) spectroscopy is a powerful technique to measure heteronuclear
dipolar couplings. The method provides site-specific dipolar couplings for oriented samples …

Rapidly expanding research on nonsoluble and noncrystalline chemical and biological
materials necessitates sophisticated techniques to image these materials at atomic-level …

This article describes heteronuclear correlation experiments designed to measure direct and
long‐range dipolar couplings, as well as quadrupolar ones for samples in the liquid …

For studying systems containing nitrogen, limited use of 14N NMR spectroscopy has been
made because of the large quadrupolar interaction experienced by the 14N nucleus and the …

We present a new method for establishing correlation between deuterium and its attached
carbon in a deuterated liquid crystal. The method is based on transfer of polarization using …

NMR spectroscopy is a powerful means of studying liquid‐crystalline systems at atomic
resolutions. Of the many parameters that can provide information on the dynamics and order …

The liquid crystalline phase represents a unique state of matter where partial order exists on
molecular and supra-molecular levels and is responsible for several interesting properties …

This article contains a review of 2‐D NMR of molecules oriented in liquid crystalline phases.
In such molecules, while the intermolecular dipolar couplings are averaged to zero, the …

The report on the oriented molecules is published in alternate volumes of this series and the
present one covers the available literature during the biennial period ending May 2009 …