Lutein tends to form tiny lamellar crystals which result in poor powder performances in
uniformity of particle size and flowability. Spherulitic growth technology is developed to …

In this study, we investigated the morphology modification of m-aminobenzoic acid (m-ABA)
needle-like crystals using a spherulitic growth strategy to enhance their particle …

In industrial crystallization, spherical crystals have gained increasing interest due to their
excellent physicochemical properties, such as high bulk density, flowability, stability, etc …

In this work, crystal agglomeration of lithium carbonate has been studied from a new point of
view. During an in situ crystallization experiment of lithium carbonate, a continuous structural …

Spherulitic growth, categorized as central multidirectional growth and unidirectional growth
via small-angle branching, has increasingly been explored as a method to improve the …

As an emerging technology that can simultaneously improve the powder performance and
bioavailability of drugs, spherulitic cocrystallization has increasingly shown its unique …

With the rise of research on functional sugar, we found that preparing crystalline powders
into spherical crystals will significantly improve quality, stability, appearance, and texture. In …

Drug particles with spherical morphology possess amazing advantages in terms of particle
flowability, mechanical properties, drug solubility, and bioavailability. The growth …

To develop a better process for synthesizing sodium percarbonate and getting separation of
the sodium salt, the equilibrium of the ternary system Na2SO4–H2O2–H2O and Na2CO3 …

The precise control of active pharmaceutical ingredient (API) crystal nucleation and
polymorphism is a key consideration in pharmaceutical manufacturing. In this study, tunable …