Experimental research on the influence of sparger to steam condensing in cmt 内蒸汽凝结影响的实验
2.
In addition , the correlations of for some better impeller - baffle - sparger combinations were obtained 此外，给出了几种较好桨型挡板分布环组合的临界搅拌转速关联式。
3.
The influences of structure variables such as impeller types , baffle configurations , gas sparger , and operational variables such as gas rate , particle fraction on critical suspension speed of floating particle in an agitated vessel were investigated 摘要探讨了搅拌桨型、挡板和气体分布器等结构因素及气体流量、颗粒质量分数等工艺因素对下沉颗粒三相体系临界搅拌转速的影响。
4.
A correlation was studied out here : , for experiment with sparger 1 # ; , for experiment with sparger 2 # . sparger decreased interfacial heat transfer coefficient , total clotted liquid and steam energy transfer and weakened surface temperature vibration . it also decreased thickness of hot water layer , attenuated steam condensation and shortened the time of balance 加装遮流板使实验初期阶段的表面冷凝换热系数hif降低76 93 ；减少了累计凝结量67以上；降低蒸汽流能量的传递，使表面温度波动显著降低；减少了热水层的厚度；减缓了蒸汽凝结的剧烈程度，大大缩短了系统压力平衡需要的时间。
