Coordination compounds of lanthanides attract increasing attention of researchers due to
their unique physical and chemical properties, including interesting optical and magnetic …

Approaches to the synthesis of single-, double-and triple-decker complexes of lanthanides
with phthalocyanines and their analogues known to date are considered. Examples of …

Double-and triple-decker lanthanide phthalocyaninates exhibit unique physical-chemical
properties, particularly single-molecule magnetism. Among other factors, the magnetic …

A series of novel phenyl-substituted planar and sandwich-type complexes of Eu, Er and Lu
with phthalo and naphthalocyanine ligands was obtained. A successful synthesis of …

Herein we report single-crystal X-ray diffraction characterization and complementary
solution studies of supramolecular interaction between potassium salts and heteroleptic …

Application of a general and convenient approach to the synthesis of heteronuclear crown-
substituted triple-decker phthalocyaninates afforded two series of complexes containing one …

In this work, a previously undescribed phenomenon of orientation-induced redox isomerism
in a Langmuir monolayer is revealed in the case of cerium bis-[tetra-(15-crown-5) …

The unique semiconducting, optical and electrochemical properties of radical lanthanide
bisphthalocyanines make them ideal materials for sensing applications. A variety of …

This review summarizes the synthetic approaches towards oxa-crown-substituted
phthalocyanines (CRPc's) including various metal complexes of s-, p-, d-, and f-elements …

A series of TbIII triple-decker heteroleptic crownphthalocyaninate complexes consisting of a
homodinuclear compound [(15C5) 4Pc] Tb [(15C5) 4Pc] Tb (Pc)(1), and two novel …