The interaction between injected negative charges and vortex motion formed by standing waves with the frequency ω/2π = 49.88 Hz on the surface of normal and superfluid helium has been experimentally studied. It has been found that the vorticity generation results in the redistribution of the current at segments of a collector. A change in the trajectory of the motion of charges from a source to a receiving collector is caused by their interaction with the vortex flow of the normal component.

中文翻译：

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注入电荷与接近 Tλ 的正常和超流氦中的涡流之间的相互作用

实验研究了注入的负电荷与频率 ω/2π = 49.88 Hz 的驻波在正常和超流氦表面形成的涡旋运动之间的相互作用。已经发现，涡流产生导致集流器各段处的电流重新分布。从源到接收收集器的电荷运动轨迹的变化是由它们与法向分量的涡流相互作用引起的。