Whereas single-crystal X-ray crystallography has represented an active area of research
since shortly after the discovery of X-rays, the subjects of crystal design and crystal …

The self-assembly and solid-state structures of host− guest inclusion compounds with
lamellar architectures based on a common building block, a resilient hydrogen-bonded …

Single crystal X-ray diffraction (SCXRD) is arguably the most definitive method for molecular
structure determination, but it is often challenged by compounds that are liquids or oils at …

This article highlights the importance of crystal engineering in designing functional
materials. Various rational design strategies will be discussed for controlling the molecular …

A crystal design strategy is described that produces a series of solid-state molecular host
frameworks with prescribed lattice metrics and polar crystallographic symmetries. This …

The construction of hydrogen‐bonded organic framework materials by intermolecular
hydrogen bonding forces has been rapidly developed in the last decade, among which, the …

We describe a white emitting coordination network solid that can be conveniently applied as
a thin film onto a commercial UV-LED lamp for practical white lighting applications. The solid …

The crystal engineering of hydrogen bonded coordination complexes is reviewed. The
emphasis is on coordination complexes with peripheral hydrogen bonding substituents …

Hydrothermal reactions of CuSO4· 5H2O, MoO3 and tetra-2-pyridylpyrazine (tpyrpyz) yield
the three-dimensional bimetallic oxide hybrid material [{Cu2 (tpyrpyz)} 2 {ζ-Mo8O26}]· 7H2O …

The hydrothermal reactions of MoO3, an appropriate Cu (II) source, tetra-2-pyridylpyrazine
(tpypyz), and phosphoric acid and/or an organophosphonate yielded a series of organic …