电线路通电时，周围产生一个可以影响临近线路的电磁场，随着频率的升高，其影响也越强。
When a current flows through a wire, an electromagnetic field is created which can interfere with signals on adjacent wires. As frequency increases, this effect becomes stronger.
结果表明：随着发音频率的升高，环甲肌及甲杓肌的电活动逐渐增强。
The result showed that:As the frequency increased, the activity of CT and TA was increased.
结果表明，孔径抖动引起的孔径误差随着高速数据采集系统输入信号频率的升高而增大，由此将引起系统信噪比的下降。
The jitter error brought in by the aperture jitter increases as the frequency increase of the input signal in high speed data acquisition systems, thus it degrades the system's SNR.
随着频率的升高，即使在磁感应强度较低时，涡流损耗和剩余损耗的影响不容忽视，且两者都随温度的升高而升高。
With an increase of the frequency and temperature, the eddy current loss and residual loss contributed to the total loss at the low induction.
结果表明，当蜂窝边长一定时，随着蜂窝高度的增加，屈曲强度迅速下降，共振频率先下降后升高；
The results prove that when the edge length keeps constant, the buckling strength decreases quickly with the increasing height, while the resonant frequency rises after an initial decline.
经过两天的等待，随着心跳频率的加快和血压的升高，总算迎来了最近几年最坦然的一次蹭饭。
After two days of waiting, along with the acceleration of heart rate and blood pressure increased, finally ushered in the most calm one in recent years Cengfan.
随着脉冲电压的升高、脉冲频率的增加，细化效果更加显著。
As the increasing of pulse voltage and pulse frequency increasing. the refining effect was much more obviously.
随着声波频率的升高，空化气泡的初始半径取值区间越来越小，空化振荡也越来越弱。
With the increase of driving frequency, the initial radii range of cavitation bubbles decrease, and the oscillation intensity reduces.
当频率高于截止频率时，随着频率的升高，电压放大倍数将降低，由此电路具有“低通”的特性。
When the frequency is higher than the cut-off frequency, as the frequency increases, voltage amplification factor will be reduced, thus the circuit has a "low-pass" characteristics.
结果表明，随着温度的升高，吸声系数不再随频率的升高而增大。
The results indicated that with the increase of the frequency, absorption coefficient did not increase.
随着喷头工作压力的升高，产生小水滴的频率增大，表明其雾化效果也越好。
With the increasing work pressure, the cumulative frequency of smaller droplet diameter was produced, and the atomization would be better.
随着无线技术的迅猛发展，工作频率的不断升高，对元器件的小型化要求越来越高。
With the rapid advancements in wireless technology, greater emphasis is being placed on the working frequency and the miniaturization of the components.
随着无线技术的迅猛发展，工作频率的不断升高，对元器件的小型化要求越来越高。
With the rapid advancements in wireless technology, greater emphasis is being placed on the working frequency and the miniaturization of the components.
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