Industry/University Cooperative Research Activity: Stability and Electrodynamics of Gas and Liquid Electro- fluidized Beds

尽管流化技术在许多工业中得到了广泛应用， 工业过程，设计和扩大商业规模 流化床反应器仍然是基于过去的经验和信息 从建造一系列原型反应堆中获得。本程序 不仅成本高、耗时长，而且导致过度设计， 延缓了许多进程的发展。 其中的许多 遇到的问题是操作的稳定性。 就在这个区域 分析和实验研究将集中在 抗气泡、机电耦合和波稳定 介质或磁性流化床中的传播和反射 粒子利用电场或磁场。

In spite of the wide application of fluidization techniques in many industrial processes, the design and scale-up of a commercial size fluidized bed reactor is still based on past experience and information obtained from building a sequence of prototype reactors. This procedure is not only costly and time-consuming but has led to overdesigning and delaying of the development of many processes. One of the many problems encountered is the stability of operation. It is in this area that analytical and experimental research will be performed focusing on stabilization against bubbles, electromechanical coupling, and wave propagation and reflection in fluidized beds of dielectric or magnetic particles using electric or magnetic fields.