The purpose of this review article is to give an account of the various types of dendritic
systems that form liquid-crystalline mesophases and to describe the way they are organized …

This review focuses on recent advances in the theory of local orientational mobility in
dendrimers that reveals in the NMR relaxation. In particular, we summarize recent results of …

The smectic state of matter (smectic from the Greek rlgcla= soap) can be defined as a liquid
crystalline state of matter with a layered, onion-like structure. Molecules in the smectic phase …

The 4-generation carbosilane dendrimer with terminal cyanobiphenyl mesogenic groups in
dilute solution of CDCl3 was investigated using 1H NMR technique. The spectrum was …

X-ray diffraction and proton NMR relaxation measurements were carried out on two liquid-
crystalline organosiloxane tetrapodes with side-on mesogenic groups, exhibiting nematic …

Solid state NMR pulse techniques have been found most useful to elucidate order and
dynamics of molecules of various shapes which can self-assemble into ordered fluids. This …

In this work the 2H NMR spin–lattice relaxation times, T1Z and T1Q, and the spin–spin
relaxation times measured by means of the quadrupolar echo sequence, T2, have been …

A complete Deuterium NMR study performed on partially deuterated liquid crystalline
carbosilane dendrimer is here reported. The dendrimer under investigation shows a SmA …

Poly (propyl ether imine)(PETIM) dendrimers of one to three generations are used as
dendritic cores to identify the influence of varying connector types that connect the dendritic …

Dendrimers are hyperbranched molecules with well-defined nanometer-scale dimensions.
Important technological applications of these systems, both in biomedicine and materials …