1) most sensitive area total load variation direction
最敏感分区总负荷变化方向
1.
The most sensitive area total load variation direction was acquired through an iterative searching algorithm.
通过一种迭代搜索算法获取最敏感分区总负荷变化方向,此方向能够辅助运行调度人员进行电压安全监视,同时揭示出电压稳定敏感分区,为安全控制措施的制定及分区总负荷空间中电压稳定安全域的局部可视化表达提供有价值的信息。
2) sensitive load
敏感负荷
1.
The methods research of monthly sensitive load forecasting
月敏感负荷预测方法研究
2.
The exposed areas of voltage sags,which could provide the basic rules for strengthening the power network,selecting the optimum operation mode,and selecting the position connecting the sensitive load with the distribution system,can be estimated by utilizing the fault simulation method.
为该配电网增强网架结构、选择最佳运行方式、选择敏感负荷接入点,提供了依据。
3) sensitive equipment
敏感负荷
1.
The key of voltage sag sensitivity assessment of sensitive equipments consists in the determination of random distribution regularity of voltage tolerate curve.
敏感负荷电压凹陷敏感度评估的关键在于电压耐受曲线随机分布规律的确定。
4) area total load space
分区总负荷空间
1.
A dimension reduction method of voltage stability security region was proposed through a map from high-dimensional node load space to area total load space.
提出了一种高维节点负荷空间到分区总负荷空间的电压稳定安全域降维方法。
5) total-variation majorization-minimization algorithm
总变分最小化方法
6) equipment sensitivity
负荷敏感度
1.
Based on physical characteristics, existing stochastic estimation methods of equipment sensitivity to voltage sag use subjective probability models to express the probability distribution of voltage tolerance curve (VTC) of equipment in the uncertain region.
现有负荷敏感度随机估计法以电压暂降的物理特征为基础,用主观概率模型描述负荷电压耐受曲线(voltage tolerance curve,VTC)的随机分布规律,所需样本量大,在实际中难以实现且可能引入主观误差。
补充资料：膀胱去神经超敏感试验
膀胱去神经超敏感试验
denervation supersensitive test of bladder
作膀胱压力容积测定时对逼尿肌无收缩或低压收缩者，利用拟胆碱类药物盐酸氨甲酰胆碱(bethanechol)来评价逼尿肌功能的一项检查方法。皮下注射bethanechol 2.5mg，30min后按常规方法作膀胱压力容积测定，若膀胱压力增加15cmH2O则为膀胱去神经的证据。此试验可应用于鉴别神经源性或非神经源性膀胱不能收缩。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条