New Particle Size Measurement Device by the Light Scattering Method

The chapter focuses on the development and testing of a new particle size measurement device using light scattering methods, specifically for T-mixer reactors. Key topics include the importance of cavitation in chemical reactions, the challenges in measuring bubble sizes, and the advantages of light scattering techniques. The development process of the device is detailed, highlighting the iterative improvements made to enhance reliability and reproducibility. The text also discusses the experimental setup, including the hydraulic circuit and optical components, and presents the results of tests conducted with calibrated latex beads. The final prototype demonstrates significant improvements in measurement stability and accuracy, making it a valuable tool for studying hydrodynamics and cavitation phenomena in T-mixer reactors. The chapter concludes with a comparison of the new device with previous versions, emphasizing its enhanced performance and reliability.