Despite the importance of predicting solubility, it is not an easy matter. One approach, using 'brute force' simulations, requires long computing times. Other techniques, while faster, fail to predict ...

Thermodynamics of aqueous solutions and solubility studies form a cornerstone of physical chemistry, integrating rigorous experimental observations with advanced theoretical models. The field explores ...

Solubility functions by a group of rules that determine how dissolvable a substance (solute) is in solvent and depends entirely on the physical and chemical properties of the solute and solvent. That ...

Science presenter Jon Chase demonstrates that a large piece of expanded polystyrene will dissolve in a very small volume of propanone. He defines the terms solute, solvent and solution. By dissolving ...

Introduction Have you ever added a spoon of sugar to your tea and wondered why it disappeared? Where did it go? The sugar did not actually disappear—it changed from its solid form into a dissolved ...

A new numerical model predicts the amount of H 2 S and CO 2 absorbed per volume of different glycols circulated vs. the partial pressure of acid-gas components and the absorber’s temperature. The ...

Early adoption of the right approach to address solubility can deliver significant benefits. Currently, a significant proportion of drugs that are approved or in the development pipeline are poorly ...

GML-3 data: SEM of particles at magnification ×264 (a), ×1200 (b), ×2300 (c), laser diffraction (d), PXRD GML-3 data before and after RESS (e), and DSC (f). Black line—GML-3 (Form I), green line—GML-3 ...