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Constructing the undersea rock tunnel using various tunnel excavation techniques - construction of a tunnel for discharging cooling water of a nuclear power plant

机译：使用各种隧道开挖技术建造海底岩石隧道-建造用于排放核电站冷却水的隧道

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Hokuriku Electric Power Co. is currently constructing Shika Nuclear Power Plant Unit No. 2 in order to start commercial operation in March 2006. The intake and discharge water will be via undersea tunnel, as well as Unit No. 1, in order to minimize environmental impact. Various techniques such as shield tunneling, NATM and semi-shield method was adapted to excavate large diameter rock tunnel under high water pressure. This article deals with such various techniques and achievements.

机译：北陆电力公司目前正在建设Shika核电站2号机组，以便于2006年3月开始商业运行。进水和排水水将通过1号机组以及海底隧道进行，以最大程度地减少环境污染。影响。盾构法，NATM法和半盾法等各种技术都适用于在高水压下开挖大直径的岩洞。本文讨论了这样的各种技术和成就。

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《(Re)Claiming the Underground Space》|2003年|p.461-467|共7页
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Tomihiro Yonetani; Tetsuro Nakagawa; Kenji Nagata; Satoshi Fukuyo;
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中图分类建筑科学;
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机译：使用沉管技术建造冷却水隧道
2. Wind Tunnel Experiment for Predicting a Visible Plume Region from a Nuclear PowerPlant Cooling Tower [J] . Dong-Peng Guo, Ren-Tai Yao, Dan Fan Journal of Applied Meteorology and Climatology . 2014,第2期

机译：利用核电站冷却塔预测可见羽流区域的风洞实验
3. Application of Remote Sensing Techniques for Monitoring the Thermal Pollution of Cooling-Water Discharge from Nuclear Power Plant [J] . Chuqun Chen, Ping Shi, Qingwen Mao Journal of Environmental Science and Health. A, Toxic/Hazardous Substances & Environmental Engineering . 2003,第8期

机译：遥感技术在核电站冷却水排放热污染监测中的应用
4. Constructing the undersea rock tunnel using various tunnel excavation techniques - construction of a tunnel for discharging cooling water of a nuclear power plant [C] . Tomihiro Yonetani, Tetsuro Nakagawa, Kenji Nagata, ITA world tunnelling congress . 2003

机译：使用各种隧道挖掘技术构建下岩隧道 - 隧道隧道施加核电站的冷却水
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机译：穿过非均质岩体的浅层城市隧道：来自阿尔伯塔省卡尔加里的小型隧道的实践经验以及岩体分层对开挖稳定性和支护设计的影响。
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机译：在开挖过程中使用自动目标识别系统进行高速公路隧道前面小直径隧道的位移测量
7. Rehabilitation of Eklutna Project Features Following 1964 Earthquake: A Supplement to Eklutna Dam, Tunnel and Powerplant (Constructed 1951-1955; Rehabilitated 1964-1965) Eklutna Project, Alaska. Technical Record of Design and Construction. A Water Resources Technical Publication [R] . 1967

机译：1964年地震后Eklutna项目特征的修复：Eklutna大坝，隧道和动力装置的补充（建于1951年至1955年; 1964年至1965年修复）阿拉斯加Eklutna项目。设计与施工技术记录。水资源技术出版物

Constructing the undersea rock tunnel using various tunnel excavation techniques - construction of a tunnel for discharging cooling water of a nuclear power plant

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