岭澳核电站

岭澳核电站500kV网络计算机监控系统

Computer Monitor System for 500 kV Network of Lingao Nuclear Power Station

岭澳核电站2×1000MW机组电气保护系统

Electrical Protection System for 2 × 1 000 MW Units in Lingao Nuclear Power Station

针对岭澳核电站2号主变压器B相油样色谱分析发现乙炔事件，将主变压器停运并进行了内部检查，在完成了必要的改进性维修后变压器恢复运行。

In the analysis of main transformer phase B of unit 2 in Ling ' ao Nuclear Power Station ( LNPS ) by chromatography , acetylene was found . In order to carry out the inside check , the main transformer had been stopped and restored after necessary maintenances .

基于国际上相关的闸阀锅炉效应的试验和研究结果，利用甄别方法及概率安全分析（PSA）方法对大亚湾/岭澳核电站每个机组的闸阀锅炉效应进行了分析。

Based on international experimental and research results for Boiler Effect , this paper describes the analysis principle and method for Daya Bay & Ling'ao nuclear power stations to confirm which gate valves are affected by boiler effect .

本文对岭澳核电站500kV开关站电气设计特点进行介绍，可供工程设计参考。

In this paper , the author elucidates characteristics of electric design for 500 kV switchgear yard of Ling Ao Nuclear Power Station in order to provide some references to relative project design .

通过形貌观察、化学成分分析、扫描电镜及能谱分析、浸泡试验、自腐蚀电位测定，研究了岭澳核电站CRF系统碎石过滤器的腐蚀现象，其主要原因被归结为微生物腐蚀的作用。

With morphology observation and chemical composition analyses by SEM and EDS as well as immersion test and corrosion potential measurement , the corrosion of debris filters in the CRF system of Ling Ao Nuclear Power Station was studied . The primary cause was regarded as microbion induced corrosion .

依据广东岭澳核电站二期2台1000MW发电机组采用强迫风冷母线国际招标书中的技术条件，进行研究，提出了强迫风冷离相封闭母线的发、散热计算程序；

The paper introduced the technology research project in international public bidding of 2 × 1 000 MW forced air-cooling enclosed bus for Phase 2 of Guangdong Lingao Nuclear Power Station .

广东岭澳核电站区域环境地质问题

Regional environmental geology problems of Lingao Nuclear Power plant , Guangdong

岭澳核电站大件设备吊装质量管理

Quality management for big equipment lifting at Lingao nuclear power station

岭澳核电站给水泵的暂态分析

Analysis on Transient of Feedwater Pumps at Lingao Nuclear Power Station

岭澳核电站厂址转移和定位

Changing and Locating the Site of the Ling'ao Nuclear Power Station

岭澳核电站硼稀释事故分析

Analysis of Uncontrolled Boron Dilution Accident at Ling'ao Nuclear Power Station

岭澳核电站电气整套启动试验

Start-up Test of Complete Electrical System at Lingao Nuclear Power Station

大亚湾和岭澳核电站统一场内应急计划与准备的策划和实施

Plotting and implementation of the unified gnps-lnps on-site emergency planning & Preparedness

岭澳核电站建设中混凝土强度控制

Concrete Strength Control in Construction of Ling'ao Nuclear Power Station

岭澳核电站循环水泵超大流量精确测量方法

Extra large flow accurate measurement method for circulating water pumps of Guangdong

岭澳核电站二期给水管道流动加速腐蚀的控制与改进

The Control and Improvement of FAC in LingAo II Feedwater Pipe Work

岭澳核电站役前γ射线检验技术

Pre-service γ radiographic inspection technique for Ling'ao Nuclear Power Plant

岭澳核电站混凝土强度试验及分析

Concrete strength experiment and analysis of ling ' ao nuclear power plant

岭澳核电站二期工程常规岛主厂房布置设计优化

Design Optimizations for Conventional Island for Ling'Ao Phase II Nuclear Power Plant

岭澳核电站常规岛控制系统的技术特点

On technical features of conventional island control systems in Ling'ao Nuclear Power Station

大亚湾核电站及岭澳核电站核燃料组件供应国产化和堆芯燃料管理自主化

Localization of Nuclear Fuel Supply and Fuel Management in Guangdong Nuclear Power Stations

岭澳核电站旋转滤网安装工艺的探讨

Exploration on the Installation Technique for Revolving Filter Screen of Linao Nuclear Plant

岭澳核电站常规岛安装工程质量管理

Quality Control of Installation Project for Conventional Island in Lingao Nuclear Power Station

岭澳核电站循环水涵洞模板

Formwork for Construction of Culvert for Circulating Water of Ling'ao Nuclear Power Station

塑性混凝土防渗墙在岭澳核电站防波堤的应用

Application of Plastic Concrete Anti-seepage Wall in Breakwater of Lingao Nuclear Power Station

核发电站，原子能发电站岭澳核电站二期核岛安全壳预应力施工技术

Construction Technology of Safety Shell Prestress in Ling'ao Nuclear Power Station Phase ⅱ

岭澳核电站核岛稳压器安全阀的安装

The Installation of Safety Valve of Nuclear Island Stabilizer in Ling'ao Nuclear Station

岭澳核电站硼回收系统蒸发器序列状态调试

State Commissioning of Evaporator Unit of Boron Recycling System of Ling-ao Nuclear Power Plant

岭澳核电站延伸运行工况下的功率能力分析

Study on Core Power Capability during Stretch-Out for Ling ' ao Nuclear Power Station