1) Cangling Tunnel
苍岭隧道
1.
Study on Engineering Geological Characteristics of Water Bursting from Tuff of Zhejiang Cangling Tunnel;
浙江苍岭隧道左线凝灰岩突水现象工程地质特征研究
2.
Research of relativity between rockburst character and influence factor and prevention measure in Cangling tunnel;
苍岭隧道岩爆特征与影响因素的相关性及防治措施研究
3.
Rock Burst Forecast of Surround Rock in Cangling Tunnel Construction and Preventing Measures;
苍岭隧道施工阶段围岩岩爆预测防治措施
2) shaft I in Cangling Tunnel
苍岭隧道1号竖井
1.
This paper introduces construction technology of shaft I in Cangling Tunnel such as plan design, construction practice, shaft excavation, upgrading equipment selection and secondary lining as well as corresponding safety measures.
文章介绍了苍岭隧道1号竖井施工技术方案的设计与施工实践、竖井开挖、提升设备的选型、二次衬砌的施工工艺以及相关的安全措施。
3) mountain tunnel
山岭隧道
1.
Design principia of control drainage on mountain tunnel;
控制排水的山岭隧道排水设计原则
2.
Comparison of the application of water proof and drainage construction in regional tunnel of metro and mountain tunnel;
地铁区间隧道与山岭隧道防排水应用比较
3.
Plane numerical analysis of mechanical behaviors of lining structure under high hydraulic pressure in mountain tunnel;
山岭隧道高水压下衬砌结构平面数值分析
4) Qinling tunnel
秦岭隧道
1.
Evaluation and prevention of concrete erosion caused by chemical abnormity of groundwater in Qinling tunnel;
秦岭隧道地下水化学异常对衬砌混凝土的腐蚀及防治对策研究
2.
IBM Construction at Entrance of Qinling Tunnel and Its Knowledge of Problems Concerned;
秦岭隧道进口端TBM施工情况及对有关问题的认识
3.
Character of Sudden Water Inflow in the South Section of Qinling Tunnel and Its Influence on TBM Construction *;
秦岭隧道出口段突涌水特征及对TBM施工的影响
5) Nanling Tunnel
南岭隧道
1.
This article introduced the method of geological investigation of Nanling Tunnel karst disease,elaborated the tunnel engineering geology conditions,especially the karst water,the karst water power channel and the harm of karst water,and analyzed the cause that produced the karst disease.
南岭隧道岩溶地下水活动造成地表坍陷、洞内泥砂淤塞等病害,其原因在于隧道施工遗留的导洞长期疏排岩溶水,采用地质测绘、物探、钻探、水文地质试验等综合勘察方法,查明地下水通道位置、地下水流速、流向,针对病害原因,提出拦截、封闭、疏排、填充等综合整治方案。
2.
Nanling tunnel is a shallow-hurried tunnel where karst develops and geological condition is very complicated.
南岭隧道是地质条件极为复杂、岩溶发育的浅埋隧道。
6) Chiling Tunnel
赤岭隧道
1.
Application of Geostatic Stress Measurements by Hydraulic Splitting to Chiling Tunnel, Xiapu, Fujian Province;
水压致裂地应力测量在福宁高速公路赤岭隧道工程中的应用
补充资料：苍岭
苍岭是古代仙居的西门。光绪《仙居县志》载：“在县西南一百里，一名风门，高五千丈，周回八千里，与缙云壶镇接界，为婺（金华）括（处州）孔道”。这里“重冈复径，随势高下，其险峭峻绝，实为浙东这最”。因此这里的“险”，便为历代许多过往文人的歌咏。如唐刘昭禹的“尽日行方半，诸山直下看。白云随步起，危径极天盘。瀑顶桥形小，溪边店影寒。往来空息，元发改非难。“宋杜师量的”人云蜀道苦难行，我到云间两脚轻。山险不知心险空，心平履险险须平”。宋礼部侍郎陈公辅（临海人）、明朝刘伯温（青田人）等都有诗极言此道之险绝。1861年10月26日，太平天国侍王李世贤率领数十万大军也是翻越此岭，进入县境，继而攻占整个台州。
苍岭虽险，景色却美。南田村附近的山上遍植枫树，每逢深秋，漫山遍野的枫林，初经霜雪，一眼望去，只见层林尽染，与翠绿的松柏相映衬，犹如绿坡上铺了赤红的地。行人至此，望见“宛若图画”的“碧云红叶”，常“应接忘疲”，从而留下了“丹枫遮路树如人，红叶花香雨似尘”等美丽的诗句。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条