1) residence
驻停
1.
In addition,reduction in energy of flame propagation with resultant residence phenomenon in flame can also cause on account of explosion energy loss in the presence.
实验发现:在超细水雾气氛下,瓦斯的爆炸感应期明显延长,火焰在实验管道中传播的平均速率和最大速率显著降低,并出现了火焰驻停现象。
2) flame residence
火焰驻停
补充资料：停驻
1.住止;停止。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。