Particle Motion in Rotating Filter Separation

本项目涉及用脉冲光测速技术测量旋转滤光器系统中的粒子速度。将特别强调二次流(例如泰勒涡)在防止堵塞方面的作用，颗粒在分离过程中的沉淀效果，以及颗粒对流动稳定性的影响。克服堵塞将大大提高过滤器的性能，这对许多工业过程都很重要。

This project involves the measurement of particle velocities in a rotating filter system by the Pulsed Light Velocimetry technique. Particular emphasis will be on the role of secondary flows (e.g. Taylor vortices) in preventing plugging, the effects of particle sedimentation in the separation, and the influence of particles on flow stability. Overcoming plugging should greatly improve the performance of filters, which are important to many industrial processes.