Flow Field Experimental Research on Upward Flow Hydraulic Separator Using PIV Technology 应用PIV技术对上升流水力分选机流场的试验研究
Secondly, design the overall program according to the design requirements, which the type of coal mill is speed roller ring, and transmission with three-stage reduction, the loading system is hydraulic type, and separator is combined. 然后根据设计要求进行了总体方案设计,得到了磨煤机类型为中速辊环式,传动形式为三级减速,加载系统为液压式,分离器为组合式。
Gas-liquid separator is researched by both hydraulic design calculation and simulating lab test in this article. Based on that, we do some improvements in the structure and material aspects of gas-liquid separator of multi-cup uniform flux. 本文对该气液分离器从水力设计计算和室内实验两方面进行研究,并在此基础上提出了优选方案,对多杯等流型气液分离器进行沉降杯结构和表面材料等方面的优选。
Hydraulic design calculation and laboratory experiments of helix separator are studied, based on which optimal scheme was proposed. 对螺旋分离器从水力设计计算和室内实验两方面进行研究,并在此基础上提出了优选方案。