Desolvation as a Route to New Crystal Forms in Organic, Inorganic, and Hybrid Materials

Join us for a free 45-minute webinar exploring how desolvation techniques can be used to generate new crystal forms across a wide range of materials.

Understanding and controlling structural diversity—including polymorphs, solvates, and hydrates—is crucial in crystallography and has major implications for materials science and pharmaceutical development. Desolvation processes such as dehydration provide a powerful pathway to access previously unknown structures and phases.

This session brings together three experts from leading Polish research institutions, combining expertise in organic, inorganic, and hybrid systems, to present real-world examples of desolvation-driven transformations


What You’ll Learn:

• How desolvation enables discovery of new crystal forms
• Mechanisms of dehydration-induced structural transformations
• Differences between SC-to-SC and non-single-crystal processes
• Applications in organic, inorganic, and hybrid materials
• Use of SC-XRD, variable-temperature PXRD, and 3D electron diffraction
• How structural changes affect supramolecular organization and material properties

Meet the Speakers: