The binary T–X phase diagram of salicylic acid (SA) and 4-hydroxybenzoic acid (4HBA) has
been constructed from 20° C to melting, revealing a partially miscible system with an eutectic …

The nucleation rate significantly affects the separation and purification efficiency of
crystallization. The proper choice of solvent combined with the intensification of ultrasound …

Phase equilibrium behaviors of chiral racemic threonine, as well as D-Threonine and L-
Threonine, have been systematically investigated. The PXRD patterns, DSC, and ternary …

This work focuses on the experimental measurement and modeling of solid–liquid equilibria
containing continuous binary solid solutions crystallized from solvent mixtures for the usage …

Pharmaceutical solid solutions are gaining increased interest as alternatives to salts and co-
crystals for the enhancement of drug solubility and dissolution kinetics. Industrially, they are …

Solvent displacement crystallization provides an energy-efficient alternative to evaporative
crystallization potentially and has the advantage of obtaining superior quality products. In …

This study focuses on how polymers regulate the crystal habit of p-aminobenzoic acid
(PABA) from long rodlike to blocklike. To propose the regulation mechanism of polymers on …

The thermodynamically stable phases of salicylic acid (SA) and 2, 3-dihydroxybenzoic acid
(23DHBA) have been determined experimentally in a TX phase diagram from 25° C to …

This work investigates the aqueous solid–liquid system of l-aspartic acid (l-Asp)/l-glutamic
acid (l-Glu) mixtures. These amino acids are well researched in literature. However, some …

Solid–liquid equilibrium behavior has a crucial impact on the pharmaceutical industry,
influencing processes ranging from drug design and development to final formulation and …