主厂房发电机层两段工作区的温度呈对称分布。
In the two working units the temperature is distributed symmetrically.
通过对比，主厂房确定了采用钢筋混凝土预制桩方案。
Through contrast, precast concrete piles foundation is the eventually choiced scheme.
为提高主厂房抗浮稳定性，地基基础采用锚筋加固方案。
The foundation adopts anchor bar reinforcement scheme to increase anti-floating stability of the main pump house.
锅炉第一排柱与相临主厂房的柱子匹配的具体要求由设计院提出。
The particular requirements on the coupling between the first row of columns of the boiler with that of the adjoining plant structures shall be suggested by the designer.
通过在某水电工程地下主厂房设计中的应用验证了该方法的可行性。
This method is validated to be feasible through its application in the design of underground powerhouse of hydropower engineering.
全面地介绍了新疆吉林台一级水电站工程主厂房排架的布置及设计情况。
The layout and design of the bent structure of Powerhouse of Jilintai No. 1 Hydropower Station were expounded in this paper.
为此，就地下主厂房系统结构特点、混凝土施工程序、施工方法进行介绍。
For this reason, this paper describes the structure features of main underground powerhouse, concrete construction program and construction method.
水电站地下主厂房的送风量很大，采用顶送风方式可避免大量占有用空间。
The volume of supply air to an underground water powerhouse is very large. Supplying air from the ceiling can save much space in the house. Studies it with scale model tests.
主厂房低压工作变﹑备用变﹑电除尘变采用干式变压器，其它采用油浸变。
The low voltage operational transformers in the power house, the backup transformer, and the DD transformer shall be dry-type transformers, while other transformers shall be of oil immersed type.
通过大量的科研设计，确定地下洞室群尤其是主厂房的施工程序和支护参数。
Based on a large number of studies, the construction procedures and supporting parameters for underground caverns, especially the main powerhouse, are determined.
在大型炼钢厂转炉主厂房的地基处理上，首次引进注浆技术取代常规桩基设计。
In the foundation treatment for the converter of main plant building of large scale steel mill, it is the first time to replace conventional pile foundation design by grouting technique.
采用CFD数值模拟的方法对某水电站地下主厂房拱顶一端送风均匀性进行了研究。
The symmetrical ventilation at one end of vault in the main underground workshop of Xiluodu Power Dam was studied by the method of CFD.
摘要：本文主要介绍了整个主厂房设计过程中进行主厂房结构选型的设计优化工作。
Abstract: This paper mainly introduces the work of main building structure selection and design process of the main building in the design optimization.
主厂房系统爆破开挖程序和开挖方法，最直接地影响着整个工程工期、质量、安全及成本。
The excavation sequence and excavation method of the main carven system affect directly the completion date, quality, safety and cost of the project.
概述了天湖水电站的厂房布置及主厂房在施工、运行交叉应用工况下的主要结构设计情况。
This paper introduces briefly the layout of the power house and the main structure design condition of the main power house under the circumstances of construction, operation and cross application.
监理工程项目范围：一个主厂房(一层，局部二层)，一个门卫一个天燃气站及设备安装。
Scope of Supervision: one main workshop (one storey, partially two storey) a gate house and a LNG station, installation of utilities.
本设计是芦岭选煤厂的主厂房，这篇论文首先介绍芦岭矿厂区位置、地理概况和原料煤基地。
The design is the Luling coal preparation plant, the first part of this thesis introduces the position of plant area and general geography situation and the base of raw coal of Luling Mine.
如何结合工程具体特点，确定最优的爆破开挖程序和开挖方法，这是主厂房系统爆破开挖的关键所在。
The key problem of the excavation of the main carven system is to determine the best excavation sequence and excavation options according to the concrete features of the project.
项目内容：新增建筑面积27686平方米，用于建设主厂房、研发中心、办公室等生产设施及附属设施。
Content: The company will increase the new building areas 27686 square meters, Including workshop, research center, office and so on.
景洪水电站主厂房右侧紧邻右冲沙底孔，右冲沙底孔作为二期纵向围堰的组成部分，在主厂房开挖前已经形成。
In order to ensure the excavation of sediment discharge bottom outlet at right side and foundation of the power house dam section, the blasting method was used in Jinghong power station.
这间厂房占地七万四千平方英尺（六万九千平方米），拥有一条1960英尺长的主装配道，铁路线直通工厂大门；这些条件对于生产机车来说，堪称得天独厚。
The 740, 000 square-foot (69, 000 square-metre) building has a 1, 960 foot long main assembly floor, with a railway line running through the door—handy if you are making locomotives.
工程总体由首部枢纽、引水渠、前池、压力钢管、主副厂房、尾水渠等建筑物组成，采用建坝和新开一段明渠的引水方式。
The engineering is made up with head hinge, diversion canal, fore bay, steel penstock, lord factory building, and the tail channel.
二期工程围左岸主河床 ，右岸明渠 （建于一期 ）导流 ，建主河床泄洪坝段及左岸电站厂房。
The second stage is to close the left bank main river bed, divert the stream to the right bank open channel and build the spillway section in the mian river bed and the powerhouse on the left bank.
二期工程围左岸主河床 ，右岸明渠 （建于一期 ）导流 ，建主河床泄洪坝段及左岸电站厂房。
The second stage is to close the left bank main river bed, divert the stream to the right bank open channel and build the spillway section in the mian river bed and the powerhouse on the left bank.
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