矿浆表观粘度随固体粘度减小及浸出时间的增加而有所减小；
Following the reduction of solids size and the increase of leaching time, the slurry apparent viscosity is increased slightly.
富氧浸出试验同时表明，采用富氧浸出工艺可以大大节省浸出时间。
At the same time the experimental results suggested that rich-oxygen leaching technology can largely save leaching time.
试验表明利用超声波强化浸出锌浮渣可大大提高了锌浮渣的浸出率，缩短了浸出时间。
Experiment manifests that the leaching rates of zinc dross are elaborately enhanced and the leaching time of zinc oxide finished ore is shortened by means of ultrasonic strengthening.
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