The subject of crystal engineering started in the 1970s with the study of topochemical
reactions in the solid state. A broad chemical definition of crystal engineering was published …

Indentation, owing to its ability to induce permanent deformation in a controlled manner
even in highly brittle materials that are otherwise not amenable to critical mechanical testing …

Amorphous materials inherit short-and medium-range order from the corresponding crystal
and thus preserve some of its properties while still exhibiting novel properties,. Due to its …

Nanomechanics signifies a key tool to interpret the macroscopic mechanical properties of a
porous solid in the context of molecular-level structure. However, establishing such a …

The intermolecular interactions and structural features in crystals of seven halogenated N‐
benzylideneanilines (Schiff bases), all of which exhibit remarkable flexibility, were examined …

An analysis of compiled literature nanoindentation hardness (Hc) and elastic modulus (E)
values of molecular crystals revealed a wide range of mechanical properties (0.001–1.80 …

The mechanical adaptiveness of long-range ordered molecular crystals has long been
ignored due to their brittle nature, unlike polymers and flexible biomaterials. However, the …

Coordination polymers and metal–organic frameworks are now at the forefront of materials
science due to their abundant structural variability and facile functional tunability …

Empowered by crystalline ordered structures and homogeneous fabrication techniques,
covalent organic frameworks (COFs) have been realized with uniform morphologies and …

Abstract The nanostructured TiMgSr (at.% 70: 10: 20) was synthesized by ball milling
process followed by cold compaction and microwave sintering. XRD results after 30 h milling …