1) anti-disaster power system
抗灾型电力系统
1.
Based on the necessity analysis of improving the anti-disaster ability of power system, a new thinking on the planning method, approach, mode and mechanism for ‘anti-disaster power system’ that combines general power system with modern disaster reduction system is put forward.
作者在科学论证加强电力系统抗灾能力必要性的基础上,提出了将常规电力系统与现代减灾系统相结合的"抗灾型电力系统"规划的新思路、方式、方法和机制;提出了抗灾型电力系统的基本特征;设计了抗灾型电力系统规划的研究框架。
2) against electrical disaster
电力系统灾变应对
3) resistivity of system
系统抗力
4) large power systems
大型电力系统
1.
In this paper the Arnoldi algorithm is successfully applied to large power systems for the computation of steady state voltage stability.
实际大系统算例的计算结果表明:改进了重启动向量的A rnod li算法,在应用于大型电力系统静态电压稳定性分析时,具有收敛速度快和数值稳定的特点,并有在线应用的潜力。
2.
In this paper the implicitly restarted Arnoldi algorithm is successfully applied to large power systems for the computation of low frequency electo mechanical oscillation modes for the first time.
首次将隐式重启动Arnoldi算法应用于大型电力系统低频机电振荡的特征值计算。
3.
In this paper the improved explicit restarted Amoidi algorithm is successfully applied to large power systems for the computation of steady state voltage stability analysis.
在对特征值算法中的显式重启动 Arnodli 算法进行改进的基础上,将其应用于大型电力系统的静态电压稳定分析中。
5) future type electric power system
未来型电力系统
1.
The wide-area measurement and telecommunications of future type electric power system;
未来型电力系统的广域测量和通信
6) power system model
电力系统模型
补充资料：抗灾
灾害发生时，采取措施，减轻灾害造成的损失。
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