Crystal engineering is a bridge between supramolecular and materials chemistry. The use of
organometallic molecules or ions in the construction of crystals with predefined architectures …

Organometallic crystal engineering is the modeling, synthesis, characterization and
evaluation of crystalline materials constituted by organometallic molecules and ions. The …

A crystal synthesis strategy based on a sequence of redox/acid–base/self-assembly/
crystallisation processes has been devised and successfully applied to prepare a number of …

Structural variability and flexibility are distinctive properties of organometallic molecules
which are reflected in the patterns of intermolecular interactions established by mononuclear …

The utilization of noncovalent interactions to construct molecular crystals is evaluated in the
context of inorganic and organometallic crystal engineering. The attention is focused on …

Organometallic compounds have been studied with X-ray crystallography from their very
discovery. Yet structural organometallic chemists were almost exclusively concerned with …

The design and synthesis of crystalline materials through the self-assembly of molecular
building blocks and the pursuit of functional materials based upon this approach are usually …

Organic, inorganic and organometallic crystal chemistry have, over the years, developed
independently. An organic crystal is usually viewed as an ordered assembly of molecules …

Patterns of hydrogen bonding in organometallic crystals and the relationship with the
hydrogen bonding patterns in organic solids have been discussed. It has been shown, inter …

The design and construction of hybrid organic–organometallic and inorganic–
organometallic crystalline materials formed by hydrogen bonded functionalized …