A comprehensive review delves into the pivotal role of DLS in monitoring and characterizing nanoparticle aggregation dynamics, shedding light on its potential for real-world applications.
The review outlines how DLS is a powerful tool for analyzing colloidal particle size distribution and aggregation dynamics. It underscores the implications of this technique in controlling aggregation, specifically in chemically processed toner, offering insights into closing knowledge gaps and overcoming obstacles in practical performance.
Despite its overall use, DLS encounters limitations in complex systems involving various nanoparticles, high concentrations, and non-spherical particles. The review discusses these challenges, presenting potential solutions and advocating for supplementary characterization methods to enhance accuracy.
Also, with its interdisciplinary reach, colloidal science significantly impacts fields like medicine, food industries, material science, and environmental protection. It underscores Dynamic Light Scattering’s pivotal role in comprehending and controlling dispersion and suspension, showcasing its potential applications across diverse industries and healthcare sectors.
Experts stress the need for broader dissemination of colloidal knowledge and innovations to improve industrial processes and daily human activities. Urgency is placed on optimizing DLS methods for polydisperse solutions, high-viscosity samples, and varied temperatures. Additionally, there’s a call for enhancing DLS principles to measure higher concentrated dispersions, allowing in-line measurements for better accuracy.
This review bridges the gap between theoretical knowledge and practical application, advocating for the wider adoption of DLS techniques. It inspires a broader audience to expand their analytical skills and delve deeper into the possibilities offered by DLS in advancing colloidal science and its practical implications.