3　核电厂用水

• 3.1　水　源

• 3.2　水量和水质

• 3.3　水量平衡设计

4　重要厂用水系统

• 4.1　一般规定

• 4.2　重要厂用水系统物项分级

• 4.3　重要厂用水系统选择与布置

• 4.4　重要厂用水系统建筑物结构设计原则

5　厂用水系统

• 5.1　一般规定

• 5.2　厂用水系统物项分级

• 5.3　厂用水系统的选择与配置

• 5.4　厂用水系统建筑物结构设计原则

6　常规岛供水系统

• 6.1　一般规定

• 6.2　供水系统物项分级

• 6.3　供水系统的优化计算

• 6.4　供水系统选择与布置

• 6.5　供水系统建筑物结构设计原则

• 6.6　工业水及补给水系统

7　取排水建筑物和水泵房

• 7.1　一般规定

• 7.2　重要厂用水取排水建筑物和水泵房

• 7.3　厂用水系统取排水建筑物和水泵房

• 7.4　常规取排水建筑物和水泵房

• 7.5　取排水建筑物和水泵房结构设计

8　输水设施和水池

• 8.1　输水管、沟渠和水池选择与布置

• 8.2　输水管、沟渠水力计算

• 8.3　输水管、沟渠和水池结构设计

• 8.4　地下钢管

• 8.5　顶　管

• 8.6　盾构法隧道

• 8.7　隧　洞

• 8.8　明　渠

9　湿式冷却塔

• 9.1　一般规定

• 9.2　冷却塔热力、空气动力和水力计算

• 9.3　冷却塔结构设计原则

• 9.4　自然通风冷却塔结构设计与计算

• 9.5　机械通风冷却塔结构设计与计算

• 9.6　淋水装置构架

• 9.7　构造要求

10　重要厂用水冷却池

• 10.1　一般规定

• 10.2　重要厂用水冷却池选择及布置

• 10.3　重要厂用水冷却池热力计算

• 10.4　冷却池结构设计与计算

11　厂区防洪

• 11.1　厂区排洪沟

• 11.2　厂区防洪堤和护岸

12　工业与生活给水及处理

• 12.1　一般规定

• 12.2　给水处理

• 12.3　生活给水

13　厂区排水及处理

• 13.1　一般规定

• 13.2　雨水排水

• 13.3　放射性液态流出物排放

• 13.4　污废水处理及利用

附录A　虹吸井几何尺寸的确定与水力计算

• A.1　虹吸井几何尺寸的确定

• A.2　虹吸井溢流堰的水力计算

附录F　顶管管道计算方法

• F.1　承载能力极限状态计算

• F.2　管道强度计算

• F.3　稳定验算

附录H　盾构隧道衬砌圆环计算

• H.1　弹性均质圆环

• H.2　错缝拼装时均质圆环弯矩的纵向传递计算

• H.3　梁-弹簧模型介绍

附录J　冷却塔二维热力计算

• J.1　二维热力计算方程组

• J.2　二维热力计算主要数学模型

附录K　冷却池冷却能力估算

• K.1　深、浅型冷却池的判别

• K.2　冷却池稳态热力计算

3　Water supply of nuclear power station

• 3.1　Water source

• 3.2　Water consumption and water quality

• 3.3　Design of water balance

4　Essential service water system

• 4.1　General requirements

• 4.2　Classification for the items of essential service water system

• 4.3　Selection and layout of essential service water system

• 4.4　Structural design principle for essential service water system

5　Service water system

• 5.1　General requirements

• 5.2　Classification for the items of service water system

• 5.3　Selection and layout of service water system

• 5.4　Structural design principle for service water system

6　Water supply system for conventional island

• 6.1　General requirements

• 6.2　Classification for the items of water supply system

• 6.3　Optimum calculation of water supply system

• 6.4　Selection and layout of water supply system

• 6.5　Structural design principle for water supply system

• 6.6　Industrial water and make up water system

7　Water intake and drainage structure and pump station

• 7.1　General requirements

• 7.2　Water intake and drainage structure and pump station for essential service water system

• 7.3　Water intake and drainage structure and pump station for service water system

• 7.4　Water intake and drainage structure and pump station for conventional island

• 7.5　Structural design for water intake and drainage structure and pump station

8　Water transport facilities and water ponds

• 8.1　Selection and layout for pipes，ditches，channels and ponds

• 8.2　Hydraulic calculation for pipes，ditches and channels

• 8.3　Structural design for pipes，ditches and channels

• 8.4　Underground steel pipes

• 8.5　Pipe jacking

• 8.6　Shield tunnels

• 8.7　Drilling driving tunnels

• 8.8　Channels

9　Wet cooling towers

• 9.1　General requirements

• 9.2　Thermal，aero dynamical and hydraulic calculation

• 9.3　Structural design principles

• 9.4　Structural design and calculation of natural aeration cooling towers

• 9.5　Structural design and calculation of mechanical draft cooling towers

• 9.6　Frame of water distribution devices

• 9.7　Structure requirements

10　Cooling pond for essential service water

• 10.1　General requirements

• 10.2　Selection and layout of cooling pond

• 10.3　Thermal calculation of cooling pond

• 10.4　Structure design and calculation of ponds

11　Flood prevent for station area

• 11.1　Flood escape canal for station area

• 11.2　Flood prevent dyke and bank revetment for station area

12　Industrial and domestic water supply and treatment

• 12.1　General requirements

• 12.2　Water supply treatment

• 12.3　Domestic water supply and treatment

13　Water discharge and treatment for station area

• 13.1　General requirements

• 13.2　Rain water discharge

• 13.3　Radioactive liquid discharge

• 13.4　Polluted or waste water treatment and utilization

Appendix A　Physical dimension determination and hydraulic calculation for siphon well

Appendix F　Calculation method for pipe jacking

Appendix H　Lining ring calculation model for shield tunnels

Appendix J　Two dimension thermal calculation model for cooling tower

Appendix K　Estimation method synopsis of cooling capacity for cooling pond