在实验和数值模拟的基础上重点研究一种新型搅拌器行星轮式搅拌器,对搅拌器的搅拌功率、搅拌效率进行实验和分析,并与传统的推进式、锚式搅拌器进行比较.实验表明,其搅拌功率准数小于推进式、锚式等传统搅拌器,搅拌效率优于推进式、锚式搅拌器.搅拌过程中,行星轮发生公转和自转,同时产生较好的径向流和轴向流,形成高湍动的充分混和区,搅拌效果优于其他两类传统搅拌器. Based on the experiments and numerical simulations, a new type planetary planetary mixer with agitator is studied, and the experimental results of agitation power and agitation efficiency are compared with those of traditional propulsion and anchor agitators. The results show that the stirring power is less than that of the conventional mixer such as propulsion type and anchor type, and the stirring efficiency is better than that of the propulsion type and anchor type mixer. During the mixing process, the planet wheels revolve and rotate at the same time, Axial flow, the formation of highly turbulent full mixing area, mixing effect is better than the other two types of traditional blender.