CAJ | 학술논문

通过自行设计的可视化气泡泵实验装置,以氨水工质为研究对象,针对不同实验工况条件下的气泡泵的性能进行了实验研究.实验结果表明:气泡泵的液体流量随着提升管管径,沉浸比和加热功率有关,并且随着沉浸比和加热功率的增加而增大;沉浸比的增大而增大;气泡泵的效率也与沉浸比和加热功率有密切的关系:气泡泵的效率随着沉浸比的增加而增加,随着加热功率的增加表现为减小的趋势.
통과자행설계적가시화기포빙실험장치,이안수공질위연구대상,침대불동실험공황조건하적기포빙적성능진행료실험연구.실험결과표명:기포빙적액체류량수착제승관관경,침침비화가열공솔유관,병차수착침침비화가열공솔적증가이증대;침침비적증대이증대;기포빙적효솔야여침침비화가열공솔유밀절적관계:기포빙적효솔수착침침비적증가이증가,수착가열공솔적증가표현위감소적추세.
A set of visual pump bubble experiment device was designed and built to study the bubble pump performance in different kinds of working conditions, which used ammonia water as the research object. The experimental results showed that the bubble pump liquid flow related to the riser pipe diameter, immersion ratio and heating power, which indicated that the liquid flow increased with the rising of heating power and immersion ratio. In this experiment we also found that the bubble pump efficiency increased with the decrease of heating power and the increase of immersion ratio.