1) center building
枢纽楼
1.
The article mentions cautions on AC power system construction in the telecom center building form the following aspects:charger statistic,power solution,equipment selection principle and the necessity of intelligent controller.
从用电负荷统计、供电方案确定、设备选型原则、智能监控必要性等几方面阐述在枢纽楼交流供电系统建设中应考虑的几个问题。
2.
Based on analyzing various main connections in transformation and distribution system,it was necessary for center building to have backup electrical devices such as transformers,generators as well as low voltage bus bar systems,to ensure its power supply reliability,and N+1 system was suggested to use.
通过分析几种变配电系统的主接线,提出为保证枢纽楼供电可靠性,变压器、发电机及其低压母线系统应考虑备份,并建议采用N+1系统。
3) Guangzhou Mobile
广州移动通信枢纽楼
1.
Idea of Ecology and Energy-saving in Guangzhou Mobile Pivot Building Design;
广州移动通信枢纽楼生态节能设计理念介绍
4) Guangdong Mobile Hub Building
广东移动通信枢纽大楼
1.
This paper mainly introduces the construction and quality control of foundation pit plutonic mixing pile and ultra_advanced steel pipe,taking foundation pit bracing of Guangdong Mobile Hub Building as an example.
以广东移动通信枢纽大楼的基坑支护为例,介绍基坑深层搅拌桩和超前钢管的施工及质量控制。
5) hub
[英][hʌb] [美][hʌb]
枢纽
1.
From the Nerve Ending to International Hub——An Overview of Guangxi Transport Development Since the 16th NCCPC;
从“神经末梢”到“国际枢纽”——十六大以来广西交通发展综述
2.
Design and Application of Hub and Spoke Network;
枢纽航线网络的构建方法及应用
3.
Exploration on the Scheme of PassengerOrganization While Leading HighSpeed Railway Into Ji nan Hub;
高速铁路引入济南枢纽客运组织方案探讨
6) junction
[英]['dʒʌŋkʃn] [美]['dʒʌŋkʃən]
枢纽
1.
Damsite selection of Yilan Navigation Hydro-junction on Songhuajiang River;
松花江依兰航电枢纽坝址选择
2.
Study on the general layout scheme for reinforcement and extension project of Guoyang junction sluice;
涡阳枢纽节制闸加固扩建总体布置方案研究
3.
The river reach of Dadingzishan Navigation-power junction engineering is characterized by wide grade II terrace,large distance between the two dikes,thick covering of river bed,and strong movability and permeability of riverbed,and the overall layout is the essence of construction of low-head navigation-power junction on the reach.
松花江大顶子山航电枢纽工程河段具有Ⅱ级台地宽、两岸堤距大、河床覆盖层厚、河床质可动性及渗透性强等特点,该河段兴建低水头航电枢纽工程其总体布置是关键,利用正态物理模型(11∶00)及遥控自航船模等研究手段,对大顶子山航电枢纽工程预可、工可、初步设计及施工图设计等阶段枢纽总体布置进行了多方案比选,提出枢纽主要建筑物布置:自右岸依次为船闸、10孔泄水闸、电站、28孔泄水闸及土坝。
补充资料:楼楼
1.稀疏貌。
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