在高频范围的噪声辐射也可通过此方法控制（图11和图12）。
The noise emission can be also controlled in this way in high frequency range (Fig. 11 and Fig. 12).
结论：耳蜗底回接近末端局部微循环障碍可以导致高频范围为主的听力损伤。
Conclusion: If the local microcirculatory disorders in the cochlea basal turn near termination take place, the hearing losses are more remarkable in the high range frequencies.
由于交变电场的工作频率高频范围，所以该技术对结构早期的细小损伤非常敏感。
This technology is sensitive to minor structural damage on the early stage because of the high frequency scope of working frequency in the alternating electric field.
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