1.
The Real-Time Monitoring of Gas Turbine Rating for Single-Shaft Combined Cycle Sets
单轴联合循环发电机组的燃气轮机功率监测
2.
The control system design for COREX gas combined cycle generating unit
COREX煤气联合循环发电机组的控制系统设计
3.
Steam Bypass Control System of M701S Combined Cycle Power Plant
M701S型联合循环发电机组蒸汽旁路控制系统
4.
Noise Measure and Control of Gas-steam Combined Cycle Power Generator
联合循环发电机组的噪声测量与噪声源识别
5.
Realize localization of IGCC generator unit and heavy gas turbine.
实现大型燃气—蒸汽联合循环发电机组、型燃气轮机国产化。
6.
SEVERAL PROBLEMS NEEDING TO PAY ATTENTIONS IN CONTRACT TERMS FOR PROCURING MAIN EQUIPMENTS OF COMBINED CYCLE POWER GENERATION UNITS
联合循环发电机组主设备采购合同条款中应当注意的几个问题
7.
ACCEPTANCE TEST OF THERMAL PERFORMANCE FOR COMBINED CYCLE POWER - GENERATING UNITS AND RESPONSIBILITY ANALYSIS FOR THE DEVIATION OF PERFORMANCE
联合循环发电机组热力性能验收试验与特性偏差的责任分析
8.
Research on the Key Technics during Installation and Commission Process of Large Combined Cycle Units;
大型联合循环发电机组安装调试关键技术与应用研究
9.
Discussion on start-up control strategies of 9F class single-shaft type combined cycle generating unit
9F级单轴联合循环发电机组启动控制策略的探讨
10.
Configuration scheme with homemade protections for 9FA gas-steam combined-cycle generator-transformer unit
9FA型燃气-蒸汽联合循环发电机组的国产保护设备配置方案
11.
Application of Pure Octadecylamine Method to Lay-up Protection of 9F Heat Recovery Steam Generator of Gas-steam Combined Cycle Generator Set
纯十八胺法在燃气-蒸汽联合循环发电机组9F级余热锅炉停运保护中的应用
12.
Calculation Approach and Comment on Electric Tariff of Combined Circulating Units;
联合循环机组的电价计算方法与评论
13.
Edification from a Single-shaft Layout of Gas-steam Combined Cycle Power Generators
燃蒸联合循环单轴发电机布置的启发
14.
Study on Operation-optimization of Gas-Steam Combined Cycle Plant Unit;
燃气—蒸汽联合循环电站机组运行优化研究
15.
A new Saving Energy and Reducing Emissions Measures of Turbo-generators for Combined Cycle Power Plants
联合循环电站透平发电机节能减排新措施
16.
DEEP SLIDING PARAMETER SHUTDOWN OF THE STEAM TURBINE IN COMBINED CYCLE UNIT
联合循环机组汽轮机深度滑参数停机
17.
The practice of sliding-parameter shutdown in S109FA combined cycle generator unit
S109FA联合循环机组滑参数停机的实践
18.
The said method is suitable for the integral performance acceptance test of combined cycle units, co-generation units and conventional coal-firing units.
该方法适用于联合循环机组、热电联产机组和常规燃煤机组的整体性能验收试验