1) stabilizing system of weapons
武器稳定系统
1.
Having analyzed the working characteristics of the stabilizing system of weapons of the amphibious combat vehicles traveling on sea,put forward a methods of improving the adaptability of the system on sea to enhance the combat ability of the weapon system on sea.
分析了两栖战斗车辆武器稳定系统在海上浮渡时的工作特点。
2) Weapon system
武器系统
1.
Application of FAHP in effectiveness evaluation of air defense missile weapon system;
模糊层次分析法在防空导弹武器系统效能分析中的应用
2.
Application of the grey relation projection method on fuzzy valuation of comprehensive efficiency of the near distance weapon systems;
灰色关联投影法在近程武器系统综合效能模糊评估中的应用
3.
Reliability of Weapon System Based on Queuing Maintainance Model;
基于排队维修模型的武器系统可靠性分析
3) weapon systems
武器系统
1.
Study on the optimization of security and reliability for weapon systems based on genetic algorithms;
基于遗传算法的武器系统安全可靠性的优化分析
2.
Given the desired precision index for the evaluation of weapon systems, reducing the ammunition consumption in experiment and lowering the evaluation cost is the purpose of the research.
为了在武器系统鉴定精度指标满足的条件下,减少试验弹药消耗量,降低鉴定成本,给出了一种数学模型和方法:对武器系统射击精度进行仿真,将仿真结果作为系统分析的验前信息,再进行适当规模的实弹试验,将试验结果作为检验子样,根据验前信息和检验子样采用Bayes统计决策方法对武器系统的射击精度进行鉴定。
3.
Test and Evaluation (T&E) is a significant part of weapon systems acquisition.
测试与评估是武器系统采办过程的一个重要组成部分,但由于武器系统复杂度不断提高,以及在费用、采办周期、安全等方面的限制,使得传统的方法已经不能满足新时期采办的需求。
4) power system stabilizer
电力系统稳定器
1.
Optimal adaptive power system stabilizer based on least-squares algorithm;
基于最小二乘法的最优自适应电力系统稳定器
2.
Study on multiple intelligent control type of power system stabilizer;
复合智能控制型电力系统稳定器的研究
3.
Implementation of power system stabilizer with double-fuzzy structure;
双模糊电力系统稳定器实现
5) PSS
电力系统稳定器
1.
Test and Commissioning of PSS for Hongjiang Hydro Power Plant;
洪江水电厂电力系统稳定器(PSS)的电厂试验及投入运行
2.
A new idea for Power System Stabilizer(PSS) design;
电力系统稳定器(PSS)设计的一种新思路
3.
Parameters Ascertaining and Experiment on PSS in XiaoLangDi Power Plant;
小浪底电厂电力系统稳定器的参数选择和试验
6) power system stabilizer (PSS)
电力系统稳定器
1.
Conventional power system stabilizer (PSS) adopting local generator signals is not sufficiently effective to enhance the damping of the system.
传统的电力系统稳定器(PSS)采用本地机组信号,不能有效提高系统阻尼。
2.
Low frequency oscillation is harmful to power system security and stability, and as one of solutions power system stabilizer (PSS) can effectively restrain such a phenomena.
低频振荡是一种不利于电力系统安全和稳定运行的现象,而电力系统稳定器(PSS)可以有效抑制低频振荡。
3.
The input to the power system stabilizer (PSS) consists of two signals, local signal and global signal respectively, which forms two-level PSS control.
提出电力系统稳定器(PSS)的输入信号由本地测量信号和广域测量信号组成,从而构成2级PSS控制。
补充资料：坦克武器(见坦克武器系统)
坦克武器(见坦克武器系统)
tank weapons
tanke wuqi坦克武器(tank weapons)见坦克武器系统。
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