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   盐度冲击 在 环境科学与资源利用 分类中 的翻译结果: 查询用时:1.545秒
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盐度冲击    
相关语句
  salinity shock
    Resistance to Salinity Shock in Activated Sludge Treatment System
    活性污泥处理系统抗盐度冲击的能力
短句来源
    Experiment was made to determine the maximum resistance to salinity shock in activated sludge systems with salt content of zero, 25 g/L, and 35 g/L respectively .
    为了确定无盐、含25g/L盐度和35g/L盐度活性污泥系统的最大抗盐度冲击范围而进行了试验。
短句来源
    The result showed that the maximum resistance to salinity shock of the three systems above mentioned is in the range of 0~20, 5~30, and 15~35 g/L respectively.
    结果表明,上述3系统的最大抗盐度冲击范围分别是0~20、5~30和15~35g/L。
短句来源
    However , during the salinity shock stage, there was not steady relationship between DO content and pollutant degradation.
    但是 ,在盐度冲击期间 ,DO与有机物降解不具有相关性。
短句来源
  salinity shock
    Resistance to Salinity Shock in Activated Sludge Treatment System
    活性污泥处理系统抗盐度冲击的能力
短句来源
    Experiment was made to determine the maximum resistance to salinity shock in activated sludge systems with salt content of zero, 25 g/L, and 35 g/L respectively .
    为了确定无盐、含25g/L盐度和35g/L盐度活性污泥系统的最大抗盐度冲击范围而进行了试验。
短句来源
    The result showed that the maximum resistance to salinity shock of the three systems above mentioned is in the range of 0~20, 5~30, and 15~35 g/L respectively.
    结果表明,上述3系统的最大抗盐度冲击范围分别是0~20、5~30和15~35g/L。
短句来源
    However , during the salinity shock stage, there was not steady relationship between DO content and pollutant degradation.
    但是 ,在盐度冲击期间 ,DO与有机物降解不具有相关性。
短句来源
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  salinity shock
The contributions of the abruptness of salinity shock, and the degree of exposure to reduce salinity, are considered as factors influencing mortality.
      
The use of variable fluorescence as a fast and reliable measurement to follow the changes in PSII of salt-stressesSpirulina cells enables following the early events of salinity shock.
      
In addition, low-salinity shock did not affect DMSP lyase activity of H.
      
Low-salinity shock would increase the contribution from algae in DMS production, leading to an increase in potential DMS productivity in the environment.
      
Growth inhibition is the primary injury that leads to other symptoms although programmed cell death may also occur under severe salinity shock.
      
更多          
  salinity shock
The contributions of the abruptness of salinity shock, and the degree of exposure to reduce salinity, are considered as factors influencing mortality.
      
The use of variable fluorescence as a fast and reliable measurement to follow the changes in PSII of salt-stressesSpirulina cells enables following the early events of salinity shock.
      
In addition, low-salinity shock did not affect DMSP lyase activity of H.
      
Low-salinity shock would increase the contribution from algae in DMS production, leading to an increase in potential DMS productivity in the environment.
      
Growth inhibition is the primary injury that leads to other symptoms although programmed cell death may also occur under severe salinity shock.
      
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