Results show that the increase of the asymmetry of the flow at the isolator entrance leads to the increase of the shock train length in the isolator for a gi.

 
  • 研究發(fā)現,隨隔離段進(jìn)口流動(dòng)非對稱(chēng)程度的增加,激波串+長(cháng)度增加而隔離段耐受反壓的能力下降。
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