实验结果与理论模型的一致进一步表明控制输入电功率的意义。
The agreement between theoretical analyses and experimental results shows the importance of controlling the input electrical power .
实验结果与理论模型的一致进一步表明控制输入电功率的意义。
The agreement between theoretical analyses and experimental results shows the importance of controlling the input electrical power.
探索了超声波输入电功率液体流量以及超声波作用时间对微粒分离效果的影响。
Effects of water flow rate, time of ultrasound and electric power input on total removal efficiency and floatation efficiency were presented and analyzed.
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