To improve the fluidization quality of cohesive particles, the traditional perforated plate internals and the remiform internals as well as the new design of the perforated remiform internals were tested with cohesive γ- Al2O3 particles as the experimental material.
通过结合二者优点开发的孔桨式内构件克服了桨叶式内构件的缺点，显著地改善了粘附性颗粒的流化质量。