1) shaft
[英][ʃɑ:ft] [美][ʃæft]
通风井
1.
Study on the Economic Cross Section and the Economic Ventilated Velocity of the Shaft for the Fortes Deep-Buried Tunnel;
特长深埋隧道通风井经济断面积和经济风速研究
2) shaft
[英][ʃɑ:ft] [美][ʃæft]
竖井;通风井
3) mine ventilation
矿井通风
1.
Study of mine ventilation optimization based on minimum energy principle;
基于最小能量原理的矿井通风优化研究
2.
Study on the optimization adjustment of mine ventilation system;
矿井通风系统优化调节研究
3.
Definition and classification research of mine ventilation information;
矿井通风信息界定与分类研究
4) Ventilation shaft
通风竖井
1.
Construction technology of the ventilation shaft in Mingyueshan tunnel;
明月山隧道通风竖井施工技术
2.
Rock burst prediction for ventilation shaft of Qinling highway tunnel and its countermeasures
秦岭公路隧道通风竖井岩爆预测和防治措施
3.
1 ventilation shaft construction technology of Extra-long Highway Tunnel of Qinling Zhon-gnan Mountain used BMC-300 type raise boring method.
针对秦岭终南山特长公路隧道1号通风竖井工程,采用BMC-300型反井钻井法施工。
5) ventilating shaft
通风竖井
1.
Because of ventilating requirement of cross-ocean tunnel, especially long distance cross-ocean tunnel, ventilating shaft should be set in the sea.
长距离深海跨海沉管隧道,为满足隧道内运营通风的要求必须在隧道中部设置通风竖井。
2.
Because ventilating requirement of cross-ocean tunnel, expecially long distancecross-ocean tunnel, ventilating shaft should be set at sea.
跨海隧道，特别是长距离跨海隧道，由于隧道内通风的要求，必须在隧道中间即海中设置通风竖井。
6) Ventilated Shaft
通风竖井
1.
In the paper the ventilated shaft layout,structural design and process of construction of XueFengShan tunnel are introduced in details,which will offer a reference of the tunnels in the future.
本文详细介绍了雪峰山隧道通风竖井的布置、结构设计以及施工技术,以期对今后其它长大隧道的通风及防灾设计起到借鉴作用。
2.
This paper studies the second Ventilated Shaft of Qinling Zhongnanshan tunnel in Xi an-Ankang freeway, and makes a research of the stability of the shaft surrounding rock through the construction process in different depth.
本文以西安-安康高速公路秦岭终南山隧道2#通风竖井为研究实例,以竖井开挖过程中围岩稳定性为主要研究对象,主要分析了开挖过程中,不同深度下竖井开挖对竖井同岩稳定性的影响。
3.
The necessity of ventilated shaft application in ventilation system of Urban Traffic Link Tunnel in Suzhou railway station was demonstrated.
论证了在苏州火车站地下交通联系通道通风系统中设置通风竖井的必要性,利用两个竖井将整个通道分隔为两个气流控制区段,通过对不同区段正常通风工况和火灾工况下的需风量的计算,考虑火灾排烟的有效性,将竖井设在环形通道的西北和东南两个对角处,其有效面积分别为10。
补充资料：通风井场地总平面布置
通风井场地总平面布置
general layout for ventilation shaft area
tongfengJ}ng ehongd一zongP一ngm}an buzhl通风井场地总平面布置(general layout forventilation shaft area)合理确定地下矿通风井口地面建筑物、构筑物、辅助道路和工程管线等的平面和竖向位置。它是矿山工业场地总平面布置的一个组成部分通风井场地属矿山辅助场地，工业设施仅有通风机房和相应的风道、变配电设施、维检用辅助道路和供电线路。通风机房的布置要与井口所处地形和主导风向相适应，机房与井口应保持20一3om距离，以利反风道的布置。当通风井为料井时，小型机房可直对斜井口布置，大中型机房则要结合地形，在斜井口的侧面布置采用抽出式风机时，机房应布置在当地最小风频的上风侧，并与其他设施保持一定的卫生防护距离。采用压人式风机时，机房应布置在最小风频的下风侧，确保井下风质的卫生标准。 (甘作林)
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