… a planar or concave structure, whereas dibenzotetraaza[14]annulenes are more flexible
with planar and “saddle-shaped” structures. The saddle-shaped structure can prevent stacking …

… to use the flexibility of carbon chemistry … ions M II and M III to form layers with the honeycomb
structure. These layers are separated by layers containing groups composed of the Z III ions …

… This review is limited to radiation-induced structural changes giving rise to a modification
of … processes are flexible enough to be used to destroy chemical order in alloys. A recent …

… Overall the structure of these molecules arises as a result of a combination of the steric
bulk of the triphos ligands and the flexibility of the cyanide bridges spanning the metal ions. …

… there is a fundamental link between the different structural features (ie the transverse ligand
… of the Dy(III) ions more strongly than the coordinated halide ions or any interactions from the …

… structural transformation leads to the switching of magnetic properties. Herein, we present a
special type of microporous magnet … generated by inserting lanthanide ions into coordination …

… of chiral magnets made by chromium (III) and manganese (II) ions. Structurally characterized
yellow … Notable features of molecule-based magnets lie in their flexible designability and …

… have been characterized from a structural point of view using … structure of the obtained
coordination compounds depends on the nature of the used metallic cation, the number of flexible …

… structural groups are classified with respect to the metal ions. Class 1 compounds, 1–8, reveal
that the Mn(III) ions … O structural variation, suggesting flexibility in this parameter across the …

… With the additional merit of great structural flexibility and … OMHPs hence have a great flexibility
in terms of device design. … (H 2 dabco) 2+ ions are expected to be partially replaced by the …