The influence of inlet area and diameter of exittube on particle concentration distribution is also investigated.
改变分离器入口面积及排气管下口直径对分离空间内颗粒浓度分布的影响规律是不同的。
2
The hottest position of the tube is at the exit, so the heat protection is needed at the downstream part of the tube.
套管壳体的最高温度出现在套管出口位置,应适当加强套管末段的热防护。
3
In the experimental study, the pressure surge data are acquired at 26 points from the taper pipe intake to the draft tubeexit distributing at 8 sections under 6 stable operating conditions.