通过分析皮托管动压信号的方式，提出了一种基于功率谱密度分布的调节阀扰动信号分析新方法。
A novel method was proposed based on the total pressure of pitot tube and power spectral density.
这样可使每个阀进行6次搅动操作，或使每1/3的皮盖得到6次搅动，相当于总计18次柔和的翻动。
This allowed for 6 mixings per valve or 6 mixings per 1/3 of the cap equalling a total of 18 gentle turnovers.
这样可使每个阀进行6次搅动操作，或使每1/3的皮盖得到6次搅动，相当于总计18次柔和的翻动。
This allowed for 6 mixings per valve or 6 mixings per 1/3 of the cap equalling a total of 18 gentle turnovers.
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