1.
Discussion of APS Design in Large Power Plant Unit
机组自启停系统(APS)在大型火电机组上设计的探讨
2.
Design and application of 1 000 MW ultra supercritical unit APS system
1000MW超超临界机组自启停控制系统总体方案设计与应用
3.
Design and Research of Human-machine Interface in Automatic Plant Startup and Shutdown System
自启停系统人机接口界面设计与研究
4.
A System of Thermal Unit Start-Up (Shut-Down) Cost Based on .NET Technology;
基于.NET技术的火电机组启停成本软件系统
5.
Condensate Water System Adapt to the Start and Shutdown Characteristics of 9F Class Combined Cycle Unit
适应9F级联合循环机组启停特点的凝结水系统
6.
Self-Tuning Optimum Start & Shut Regulator of Heating Plant Based on the Single Chip Microcoumputer;
基于单片机实现的供暖系统最佳启停自校正（STR）调节器
7.
The Self-organization and Its Inspiration in Thoughtful and Political Education;
思想政治教育系统的自组织机制及其启示
8.
Basic Logic Design and Application of "Start-up/Shut-down with One Key" for Automatic Procedure Start-up/Shut-down System
自动顺序启停系统“一键式启停”基础逻辑设计与应用
9.
APPLICATION OF APS ONTO GAS-STEAM COMBINED CYCLE UNITS
燃气-蒸汽联合循环机组自动起停控制系统(APS)的应用
10.
Design of Threephase Asynchronous Motor Start Stop System Based on VC
基于VC的三相异步电机启停系统的设计
11.
Ensure smooth DCS， PLC， instrument equipment operation， reduce down times as much as possible.
确保自控系统的运转正常，降低停机率.
12.
Cause Analysis on Fault Shutdown Caused by Failure of Lubricating Oil System in 600 MW Unit
600MW机组润滑油系统故障造成停机的原因分析
13.
Research on Intelligence Optimization Methods for Unit Commitment Scheme;
发电机组启停机计划的智能优化研究
14.
Simulation of automatic turbine startup control system based on the LabVIEW
基于LabVIEW的汽轮机自启动控制系统仿真
15.
The Similarities between Grammatical System and Central Neurotic System
语法系统的运作机制——来自中枢神经系统的启发
16.
For example, a fully automatic synchronous condenser is started and stopped by an initiating device responsive to voltage or current or both.
例如,全自动调相机由响应于电压或电流,或两者组合的启动设备来启动或停止。
17.
Change and Control of Differential Expansion during Start and Stop Process on 300MW Turboset
300MW汽轮机组启停胀差变化和控制
18.
Reliable drying system coordinated with high-speed rotation,it will automatically break circuit when the machine stops.
可靠的干燥系统，配合高速运转，停机自动断路。