振幅

The experimental results showed that this dissertation has certain practical importance for qualitatively analyze draft tube pressure fluctuation.

对引起尾水管涡带压力脉动的转轮出口环量计算公式进行了简化，也对描述压力脉动两个主要特征参数频率和振幅的计算公式做了尝试性的简化推导，并且通过实例计算说明，本文所做的尝试性的工作，为定性分析尾水管涡带压力脉动特性有一定的实用价值。

It is a good fundament for the computer simulation on working action of rock bit drilling.

从仿真结果可以看出，钻头在钻井过程中由于牙齿在井底的交替吃入以及井底本身的凹凸不平造成钻头在井底的纵向振动，其钻压的振幅一般为平均钻压的30%左右；同时，由于钻头在井底的刮切作用造成了钻头转速以及扭矩的变化，转速的变化相对来说较为平缓。

According to the error detections, the self-calibrated voltage scaling technique can reduce the voltage swing for energy reduction and guarantee the reliability at the same time.

根据侦错的结果，自我调整电压技巧可以降低信号电压振幅，在达到省能的同时也能保证传输的可靠度。

The results demonstrated that supersonic airflows will form a low-frequency oscillation in the combustor after the inlet cover is open, and the attenuation of the oscillation is very slow.

计算结果表明，在进气道整流罩打开以后，超声速气流会在燃烧室通道内形成振幅衰减较慢的低频剧烈振荡。

There are many applications in which it is not necessary to know the exact amplitudes and phase.

在许多应用中并不需要知道精确的振幅和位相。

Unfortunately, it is not possible to dis tangle these two amplitudes experimentally.

遗憾的是，实验上不可能分开这两个振幅。

Dynamic range is the total range of amplitudes a system can handle.

动态范围是指系统能够处理的总的振幅范围。

These changes would generate limit cycles with different periods and amplitudes, exciting different modes in the system.

这些变化会产生不同周期和振幅的极限周期，激发系统中的不同模式。

However, you can create Perlin Noise functions with different characteristics by using other frequencies and amplitudes at each step.

尽管如此，你可以通过在每步使用其他的频率和振幅来创建不同特征的柏林噪声函数。

It leads to higher harmonics amplitudes in lower frequency range.

它产生低频段的高振幅。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。