这一最佳管距接近沸腾气泡的脱离直径。
This optimum tube spacing is quite close to the bubble departure diameter.
进而获得了沸腾气泡的生长速率与脱离直径的计算方法。
Momentum balance equations were established for both x-direction and y-direction, by which bubble growth rate and departure diameter can be calculated.
本文取摇摆为海洋影响条件，研究摇摆对竖直管自然循环过冷沸腾气泡脱离点的影响。
The rolling motion is chosen as the ocean condition in this experimental study, we study on Natural Circulation subcooling vapor bubble departure in vertical channel.
应用推荐