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为研究多管导流式气泡泵性能,搭建了多管导流式气泡泵性能实验系统,以水为工质,对大气压下的多管导流式气泡泵在不同实验工况下的性能进行了实验研究。结果表明,保持沉浸比和提升管管径不变,随着加热功率的增大,液体提升量和提升效率值先增大后减小;保持加热功率和提升管管径不变,随着沉浸比的增大,液体提升量和提升效率不断增大。提升管数量的倍增,并不会带来提升量和提升效率呈相应倍数的增加。
In order to study the performance of multi-tube diversion bubble pump, a multi-tube diversion bubble pump performance experiment system was set up. Using water as the working fluid, the performance of multi-tube diversion bubble pump at atmospheric pressure under different experimental conditions Experimental study The results show that keeping the immersion ratio and the diameter of the riser remain the same. With the increase of the heating power, the liquid lift and the lifting efficiency first increase and then decrease. The heating power and the diameter of the riser remain unchanged. Than the increase, the amount of liquid to enhance and enhance the efficiency of increasing. The doubling of the number of risers will not result in a corresponding increase in lift and lift efficiency.