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- 我推荐插入风口产生极微细气泡,而在这强烈地增加氧含量的水。I recommend the insertion of diffusers that produce very fine air bubbles, and in that way strongly increase the oxygen content of the water.
- 超overtake
- 气泡发生结构对乳化油喷嘴雾化特性影响的试验研究Experrimental Research into Influence of the Effervescence Generator Equipment on Emulsified Oil Nozzle Atomizer Characteristics
- 它是利用吸气装置运行时所造成的真空负压状态将空气吸入，形成的微细气泡扩散于水中，粘附在水中的乳化油滴、悬浮物上，携带着一同上浮到水面，达到固-液分离的目的。The vacuum negative pressure condition, caused by the operating of inspirator, sucks the air, forms the fine air bubble, diffuse in the water, adhere to the emulsified oil and suspended matters in the water, arrive the water surface together, then achieve the solid-liquid separation.
- 气泡发生bubble generation
- 超微细粉体nano-particulate powder
- 装置system
- 气泡发生板bubble generating plate
- 超链接hyperlink
- 气泡发生作用bubble generation
- 超值overflow
- 超微细菌多糖polysaccharide from ultramicro-bacteria Glaciecola
- 气泡发生结构对二级燃油雾化喷嘴性能影响的实验研究Experimental Study of Atomization Characteristics on Effervescent Creation Equipment of a Multilevel Fuel Atomizer
- 保护装置protector
- B超type-B ultrasonic
- 传动装置gearing
- 超微细滑石粉super-fine talc
- 飞机进气道模拟系统的气压信号发生装置An Air Pressure Signal Generator for the Analogue Test System of Inlet of Airplane
- 驱动装置drive set
