研究结果为液柱塔的设计提供了试验依据。
The experimental result provides the experimental basis for the design of liquid-column desulfurization tower.
计算结果表明，在局部凸起点附近加装单向调压塔更能较好地避免液柱分离的发生。
The air-valve was compared with one-way tank, both of which are used for avoiding liquid column separation in the pipe.
针对新型的液柱冲击塔，用非稳态传质反应理论建立了塔内so_2吸收过程的物理和数学模型。
The model of SO2 absorption in the impinge stream scrubber is established based on unsteady state mass transfer reaction theory.
为提高湿法烟气脱硫液柱冲击塔的脱硫效率，研究了塔内流场分布情况及其对SO2。吸收的影响。
To improve the SO2 removal efficiency of impinge stream scrubber for wet flue gas desulfurization, the flow field distribution in the scrubber and its effects on SO2 absorption were studied.
设计了一种新型的液柱冲击塔脱硫装置，通过冷态试验研究各种结构和运行参数的变化对液柱冲击塔脱硫效率的影响。
The effects of different geometry and operation parameters on the desulphurization efficiency in the scrubbers were studied on an experimental platform.
设计了一种新型的液柱冲击塔脱硫装置，通过冷态试验研究各种结构和运行参数的变化对液柱冲击塔脱硫效率的影响。
The effects of different geometry and operation parameters on the desulphurization efficiency in the scrubbers were studied on an experimental platform.
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