单轴联合循环机组,single-shaft combined cycle unit
1)single-shaft combined cycle unit单轴联合循环机组
1.Performance analysis of thesingle-shaft combined cycle unit when its work conditions change;单轴联合循环机组的变工况性能分析
2)9F single-shaft combined cycle unit9F级单轴联合循环机组
1.Auxiliary steam is required for cooling the steam turbine LP cylinder when9F single-shaft combined cycle units are during start-up phase.9F级单轴联合循环机组启动时须有辅助蒸汽冷却汽机低压缸,选用启动锅炉应能快速启动满足联合循环机组这一运行特点。
3)F-class single shaft c ombined cycle unitF级单轴联合循环机组
4)single shaft gas-steam combined-cycle unit单轴燃气-蒸汽联合循环机组
英文短句/例句
1.Operation of a M701F Single Shaft Gas-Steam Combined Cycle UnitM701F单轴燃气-蒸汽联合循环机组的运行
2.New Technique for Lifting and Erecting Gas Turbine of M701F Single-shaft Gas-steam Combined Cycle UnitM701F型单轴燃气-蒸汽联合循环机组燃机吊装新工艺
3.Numerical Simulation of Dynamic Characteristic of S109FA Gas Turbine Gas-steam Combined Cycling Rotor-bearing System;9FA燃气蒸汽联合循环机组轴系动态特性分析
4.Research on Coordinated Control Strategy for Gas-steam Combined Cycle Unit with Double Shaft双轴燃气蒸汽联合循环机组协调控制策略研究
5.Steam Blowing for HRSGs of a 700MW-class Combined Gas-steam Cycle Unit with Multi-shaft Arrangement700MW级多轴燃气蒸汽联合循环机组余热锅炉的蒸汽冲管
6.MAINTENANCE STRATEGY OF LARGE-CAPACITY GAS-STEAM COMBINED CYCLE UNIT大型燃气-蒸汽联合循环机组维修策略
7.Research on layout scheme of gas turbine combined cycle units燃气-蒸汽联合循环机组布置方案研究
8.Start-up and peaking characteristics of a 700 MW-class combined gas-steam cycle unit with multi-shaft arrangement700MW级多轴燃气-蒸汽联合循环机组调峰和启动特性
9.The Combination and Decomposition Furnace of S209FA Gas-Steam Combined Cycle "Two-on-one" UnitS209FA燃气-蒸汽联合循环“二拖一”机组的并汽和解炉
bined steam and gas cycle蒸汽－燃气联合循环
11.Gas and steam Combined Cycle ?燃气一蒸汽联合循环
12.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
13.The Full Scale Simulation of S109FA Gas-Steam Combined Cycle;S109FA型燃气—蒸汽联合循环机组的全工况仿真
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.Fuzzy Adaptive PID Control for Gas Turbine Combined-Cycle Power Plants;燃气—蒸汽联合循环机组的模糊自适应PID控制
16.Analysis and Treatment of Commissioning Problems Occurred on 390MW Gas-Steam Combined Cycle Units390MW燃气-蒸汽联合循环机组调试问题分析及处理
17.Research and Application of Improving Scheme for Circulating Pump Guide Bearing in M701F Gas-steam Combined Cycle UnitM701F型燃气-蒸汽联合循环机组循环水泵水导轴承改进方案研究及应用
18.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
相关短句/例句
9F single-shaft combined cycle unit9F级单轴联合循环机组
1.Auxiliary steam is required for cooling the steam turbine LP cylinder when9F single-shaft combined cycle units are during start-up phase.9F级单轴联合循环机组启动时须有辅助蒸汽冷却汽机低压缸,选用启动锅炉应能快速启动满足联合循环机组这一运行特点。
3)F-class single shaft c ombined cycle unitF级单轴联合循环机组
4)single shaft gas-steam combined-cycle unit单轴燃气-蒸汽联合循环机组
5)gas-steam single shaft combined cycle unit燃气-蒸汽单轴联合循环机组
1.This paper introduces the type of M701Fgas-steam single shaft combined cycle unit lube oil system.阐述了M701F燃气-蒸汽单轴联合循环机组的润滑油系统型式,详细介绍电动主油泵系统的配置方式,并分析了电动主油泵系统设计的特点。
6)single-shaft gas-steam combined cycle generating unit单轴燃气-蒸汽联合循环发电机组
1.The network frame of control system of 9F classsingle-shaft gas-steam combined cycle generating unit was analyzed.分析了9F级单轴燃气-蒸汽联合循环发电机组控制系统的网络架构。
延伸阅读
燃气轮机与联合循环机组的典型故障燃气轮机与联合循环机组的典型故障typical troubles happened in gas turbine and combined cycle unit续表┌─────┬────────────────┬────────────────┬────────────────┐│故津名称 │现象│成因分析│排阵对策│├─────┼────────────────┼────────────────┼────────────────┤│ 然烧室点│ 在热烧室内无法形成点火火花或 │ ①电点火界线圈失电或断路。│ ①排除线圈故阵，建立正常的点 ││火失致│点火火炬│ ②点火导电极被积炭短路。 │火电压。││ ││ ③由于然油旁通伺服阅故障、然 │ ②清洗电极上的积炭。 ││ ││油流t分配界内残存高秘度的渣油│ ③排除线圈故阵，使主然油系正 ││ ││以及电滋离合界的线圈故冲无法传 │常运行，建立适宜的油压，排除然 ││ ││动主油泵等原因.致使起动点火油│油旁通伺服闷的故阵，清洗然油流 ││ ││压或主港油压力过低。│t分砚导。││ ││ ④由于喷油嘴中葬化空气供应不 │ ④清洗喷油嘴中雾化空气流道， ││ ││正常，致使起动能料葬化不良，无 │不使被积炭堵塞、调整界化空气系 ││ ││法被电火花点若 │统，使之建立正常的葬化空气压力，││ │││排除葬化空气系统的泄汤 │├─────┼────────────────┼────────────────┼────────────────┤│ 能烧室火│ ①联焰管与火焰管括座的接触│ ①磨报严t主要是设计不当，材│ ①改进设计，不宜使旋流叶片惫 ││焰甘和过渡│处，联焰甘与联焰管卡板的接触处，│料用得不合理。 │甘支承火焰管，以解决叶片断裂问 ││段烧坏、变│火焰管与喷油嘴头部旋流叶片的接 │ ②旋流叶片断裂后，会引起火焰 │笼。││形与开裂 │触处.火焰管擂入然烧室后堪气过│管头部气流速度场变形，火焰伸长，│ ②燃气过渡段要加强刚性，防止 ││ │渡段的接触处以及然气过渡段与透 │容易引起各然烧室之间空气流t分│开裂，以免空气分配不均。
