本发明属于阴极剥离试验设备技术领域，为解决如何为阴极剥离试验提供稳定的温度条件的技术问题，本发明提供了一种鼓泡搅拌系统、阴极剥离试验设备与试验方法，包括鼓泡塔，鼓泡塔内设有水加热器；鼓泡塔的进气管用于通入压缩空气，进气管延伸至鼓泡塔内；位于鼓泡塔上部的出气管与鼓泡管连通，鼓泡管设置在用于盛装溶液的加热容器的底部区域；加热容器作为盛装电解液的试验箱。压缩空气在鼓泡塔内发生鼓泡效应得到洁净的预热压缩空气，通过鼓泡管在电解液中产生自下而上的鼓泡搅拌，鼓泡搅拌过程伴随着试验箱中整个阴极剥离试验的进行。本发明通过鼓泡搅拌促进温度均匀，同时几乎不会造成溶液的整体温度发生较大波动，形成较为稳定的温度场

The present invention belongs to the technical field of cathodic stripping testing equipment. In order to solve the technical problem of providing stable temperature conditions for cathodic stripping testing, the present invention provides a bubble stirring system, cathodic stripping testing equipment, and testing method, including a bubble tower, which is equipped with a water heater; The intake pipe of the bubble tower is used to introduce compressed air, and the intake pipe extends into the bubble tower; The outlet pipe located at the upper part of the bubbling tower is connected to the bubbling pipe, which is arranged in the bottom area of the heating container used for containing the solution; The heating container serves as a test chamber for containing electrolyte. The compressed air undergoes a bubbling effect in the bubbling tower to obtain clean preheated compressed air. Through the bubbling tube, a bottom-up bubbling stirring is generated in the electrolyte, and the bubbling stirring process is accompanied by the entire cathodic stripping test in the test chamber. The present invention promotes temperature uniformity through bubble stirring, while hardly causing significant fluctuations in the overall temperature of the solution, forming a relatively stable temperature field.