atomization
英[ˌætəmaɪ'zeɪʃən]||||||美[ˌætəmə'zeɪʃən]
- 1 . The atomization process is more sensitive to disturbance than vaporization.
  - 雾化过程比汽化过程对扰动更为敏感.
  来自辞典例句
- 2 . The atomization process is more sensitive to disturbance than vaporization.
  - 雾化过程比汽化过程对扰动更为敏感.
  来自辞典例句
- 3 . This air improves the atomization of fuel coming fron the low - speed port .
  - 这些空气改善了从 低速 出口喷出的燃料的雾化.
  来自辞典例句
- 4 . This air improves the atomization of fuel coming fron the low - speed port .
  - 这些空气改善了从 低速 出口喷出的燃料的雾化.
  来自辞典例句
- 5 . The pressure drop was the driving force of atomization by nozzle.
  - 压降是喷嘴雾化的原动力.
  来自互联网
- 6 . The pressure drop was the driving force of atomization by nozzle.
  - 压降是喷嘴雾化的原动力.
  来自互联网
- 7 . The content of impurities in water - is greater than that in gas - atomization .
  - 气雾化粉末触媒氧等杂质含量远低于水雾化.
  来自互联网
- 8 . The content of impurities in water - is greater than that in gas - atomization .
  - 气雾化粉末触媒氧等杂质含量远低于水雾化.
  来自互联网
- 9 . Theresults of experiment show that atomization cooling can achieve its aim.
  - 实验结果表明,雾化制冷是可以达到目的的.
  来自互联网
 
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托福考试,英语单词,1
	英[ˌætəmaɪ'zeɪʃən]
美[ˌætəmə'zeɪʃən]
	    
	
    - n.分离成原子,以原子弹摧毁,雾化;弥雾
 网络解释.雾化;喷雾;原子化;分离成原
    
	 
		双语例句
	
	- 1 . The atomization process is more sensitive to disturbance than vaporization.
  - 雾化过程比汽化过程对扰动更为敏感.
  来自辞典例句
- 2 . The atomization process is more sensitive to disturbance than vaporization.
  - 雾化过程比汽化过程对扰动更为敏感.
  来自辞典例句
- 3 . This air improves the atomization of fuel coming fron the low - speed port .
  - 这些空气改善了从 低速 出口喷出的燃料的雾化.
  来自辞典例句
- 4 . This air improves the atomization of fuel coming fron the low - speed port .
  - 这些空气改善了从 低速 出口喷出的燃料的雾化.
  来自辞典例句
- 5 . The pressure drop was the driving force of atomization by nozzle.
  - 压降是喷嘴雾化的原动力.
  来自互联网
- 6 . The pressure drop was the driving force of atomization by nozzle.
  - 压降是喷嘴雾化的原动力.
  来自互联网
- 7 . The content of impurities in water - is greater than that in gas - atomization .
  - 气雾化粉末触媒氧等杂质含量远低于水雾化.
  来自互联网
- 8 . The content of impurities in water - is greater than that in gas - atomization .
  - 气雾化粉末触媒氧等杂质含量远低于水雾化.
  来自互联网
- 9 . Theresults of experiment show that atomization cooling can achieve its aim.
  - 实验结果表明,雾化制冷是可以达到目的的.
  来自互联网