1·An improved method based on disturbance power and energy is presented to locate the transient disturbances.
文中对此进行了改进，提出一种基于改进功率和能量法的暂态扰动定位方法。
2·In a realistic radar detection scenario, the disturbance power generated by thermal noise and clutter is unknown.
在实际的雷达检测环境中，杂波、热噪声等产生的干扰功率通常是未知的。
3·The background noise level of this instrument under the condition of conducted disturbance and disturbance power test is provided.
讨论了监测待测物使用工况的必要性，给出了电流参量测试仪的传导骚扰和骚扰功率的背景骚扰电平。
4·Apply enough computing power to the signal caused by this disturbance and it is possible to detect an individual's movement (and thus, for example, a fall) from several metres away.
运用足够的计算机能力计算这种干扰导致的信号，便可能在几米外探测出人体运动(比如，因此能测出跌倒了)。
5·The power system instability caused by oscillation under periodical load disturbance was analyzed.
分析了电力系统在周期性负荷扰动下的振荡失稳问题。
6·The fractal erosion of safe basin in a power system disturbed by a periodical load is studied, and the erosion extent induced by different disturbance values is numerically analyzed.
作者研究了在周期性负荷扰动下电力系统安全盆的分形侵蚀，通过数值仿真给出了不同的扰动值对安全盆的侵蚀程度。
7·A novel approach on power quality disturbance detection is presented in this paper.
提出了一种新的电能质量扰动识别与定位方法。
8·Power quality disturbance classification based on time domain, rule based and wavelet multi - resolution decomposition.
基于时域、多分辨率分析和规则基的电能质量扰动分类。
9·Firstly, the mechanism of flicker disturbance and transfer rule of flicker in power system are discussed in this paper.
本文首先分析了闪变扰动源的闪变机理和闪变分量在电力系统中的传递规律。
10·It was found that hidden failures in protection schemes caused the disconnection of power system elements in an incorrect and undesirable manner contributing to the disturbance degradation.
继电保护中隐性故障以不正确的和不期望的方式切除电力系统元件造成电力系统大面积扰动。