Microfluidic Continuous Seeded Crystallization: Extraction of Growth Kinetics and Impact of Impurity on Morphology (original) (raw)

This study presents a comprehensive analysis of a microfluidic approach to seeded crystallization, focusing on the extraction of growth kinetics and the influence of impurities on crystal morphology. Techniques for synthesizing different polymorphs of glycine seeds are detailed, showcasing the variations in growth rates among the polymorphs and the impact of crystallization parameters. The findings elucidate the significance of controlling crystallization conditions to manipulate crystal form and purity, with implications for various applications in material science.