典型文献
Key Construction Technology of Ultra-deep Diaphragm Wall Under Complicated Geological Conditions
文献摘要：
The LNG Receiving Station project in Shenzhen is located in a land reclamation area with complicated geological conditions. The thickness of diaphragm wall is 1. 5m, the depth is up to 62m, and is extremely difficult to construct. During the construction process, slot wall reinforcement technology is used to ensure the stability of slot formation, and milling-drilling-milling technology is used to address the problem of ultra-deep rock of diaphragm wall. The super-large reinforcement cage of underground continuous wall is built and lifted in one time to ensure the construction quality and safety, and the green construction is achieved by adopting the green and environment-friendly mud circulation treatment technology. The construction technology of ultra-deep diaphragm wall applied in the project yielded positive results and has the potential be become more widely used.
文献关键词：
中图分类号：
作者姓名：
SHI Jiangchuan;LIU Weiwei;CHENG Peichun;NIE Yanxia;ZHU Haobo;XIE Zhicheng
作者机构：
China Construction First Group Construction&Development Co.,Ltd.,Beijing 100102,China;Installation Engineering Co.,Ltd.of First Bureau Group of CSCEC,Beijing 102600,China
文献出处：
引用格式：
[1]SHI Jiangchuan;LIU Weiwei;CHENG Peichun;NIE Yanxia;ZHU Haobo;XIE Zhicheng-.Key Construction Technology of Ultra-deep Diaphragm Wall Under Complicated Geological Conditions)[J].施工技术（中英文）,2022(09):106-113
A类：
B类：
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AB值：
0.628564
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