Edible ligand-metal-organic frameworks (EL-MOFs) have a tremendous potential in practical
applications including but not limiting to biomedicine, chemistry, environment, food, and …

Understanding the crystallographic phase stability and solid–state new phases as well as
their functions of materials under shock wave loaded conditions always generate a great …

Polymorphism, which plays an important role in the pharmaceutical industry, is quite
common for active pharmaceutical ingredients (API). Owing to the structural differences …

This work highlights the capabilities and limits of X-ray computed tomography in
crystallization monitoring through a use case involving paracetamol as the solute …

An increase in human and phytopathogenic bacterial diseases requires rapid development
of new antibacterial agents. The formation of two polymorphs of bis (hexaaquamagnesium …

Polymorph screening is extremely critical in the research and development of
pharmaceuticals. In this study, an easy-to-use microfluidic device was developed for the …

In this present work, the crystals of β and α polymorphs of l-glutamic acid were grown by the
slow evaporation method with addion of ammonium chloride. The selective additive …

Crystallization control can be improved through real‐time monitoring technologies. Here, a
workflow is demonstrated on rapid batch cooling crystallization of L‐glutamic acid. First, in …

The slow evaporation method was employed to grow γ-glycine nonlinear optical crystal at
ambient temperature. Analyses of powder X-ray diffractions confirm the crystal is in a γ …

Milling is a commonly used technique in the processing of active pharmaceutical ingredients
(APIs) or excipients to control the size and dissolution rate of poorly soluble drugs. However …