CAJ | 학술논문

对复合型洗涤冷却室内气相液滴夹带过程进行了冷态实验研究。考察了气体速度、雾化器的出水流速、降膜冷却水流量、雾化器空间位置等因素对气相液滴夹带分率的影响规律。研究结果表明，液滴夹带分率随床层表观气速、冷却水流速的增加均呈上升趋势，而其在径向上的分布相对较为均匀；雾化器数量从2个增为4个将使液滴夹带量降低约40%，即增加雾化器数量能有效降低气相的液滴夹带分率。通过实验数据拟合得出冷却室内液滴夹带分率与条件参数的经验关联式。
대복합형세조냉각실내기상액적협대과정진행료랭태실험연구。고찰료기체속도、무화기적출수류속、강막냉각수류량、무화기공간위치등인소대기상액적협대분솔적영향규률。연구결과표명，액적협대분솔수상층표관기속、냉각수류속적증가균정상승추세，이기재경향상적분포상대교위균균；무화기수량종2개증위4개장사액적협대량강저약40%，즉증가무화기수량능유효강저기상적액적협대분솔。통과실험수거의합득출냉각실내액적협대분솔여조건삼수적경험관련식。
A cold mode experimental device was established for studying the droplet entrainment in the novel composite quench chamber. The effect of droplet entrainment on superficial gas velocity, nozzle flow velocity, cooling water flow and radial position was investigated. The experimental results show that droplet entrainment increases with the increase of superficial gas velocity and flow rate, while there has no significantly change in the radial direction of chamber. The droplet entrainment is decreased by about 40 percent when the number of nozzles increased from two to four. The increasing nozzle number can make the droplet well-distributed and reduce droplet entrainment. Meanwhile, an empirical correlation for droplet entrainment fraction and experimental parameters was also achieved .