Understanding solid wetting by collisions between flowing solids and spray droplets is essential to optimizing the design and operation of related industrial processes.
Understanding solid dissolution in polar binary solvents showing maximum or minimum solubility phenomenon is essential for the design and operation of anti-solvent crystallization process.
Due to the importance of understanding solid-fluid interaction and the lack of quantitative studies on solids content in regions with high solids concentrations, this study evaluated the stability of drilling fluids.
In this review, we summarize our current understanding of solid dispersions both in the solid state and in dissolution, emphasizing the fundamental aspects of this important technology.
The computation of shielding constants for isolated molecules together with the solid-state spectrum are of considerable value in understanding the solid-state structures of pentamidine analogs.
The management of solid waste and its valorization is based on the understanding of solid waste composition by its categories and physicochemical characteristics.
But the geomagnetic field is not only relevant for understanding the solid earth.
Some relevant concepts based more on intuitive understanding of solid geometry and algebra are presented.
Common sense could be anything from understanding that solid objects can't intersect to the idea that the kitchen is where people generally go when they're thirsty.
Specific examples are given to illustrate the importance of understanding the solid state properties and their impact on developability.
