Excitation of low-frequency oscillations on water surface in electrostatic field

Kinetic features of redistribution of gas phase components during spark discharge

“…3b. As can be seen, the binding of O 2 under spark dis charge conditions is mostly provided by the first route as described by equation (9).…”

“…the gap with a given width (H = 1.51 mm) and (in con trast to the case of discharge over a liquid surface [9]) is independent of the capacitor voltage U c . However, since the curvature of the initial regions of these curves increases with U c , the time of attaining the breakdown voltage decreases (in Fig.…”

Gas phase component distribution during an arc discharge over an aqueous electrolyte

“…Oxygen simultaneously enters into three reactions, so that its consumption can be represented by the gen eral equation y = y 3 + y 4 + y 5 . With regard to the result ing values of x and y, the rate of oxygen burnup in the third reaction route can be represented by the equa tion (8) The rate constants of the other reactions are found by the same way. For example, for reaction route (4), we have (9) where the amount of the reacted oxygen corresponds to the previous value, y = y 3 + y 4 + y 5 , and the amount of the nitrogen removed from the system is z = z 4 + z 6 = y 4 + z 6 .…”