1) main tower
主塔
1.
Practical calculating method for main tower lengthwise buckling of suspension bridges;
悬索桥主塔纵向稳定的实用计算
2.
Design of main tower of No.3 bridge for Xiang River;
湘潭湘江三大桥主塔设计
3.
Through analysis of the process for liquid nitrogen reverse filling main tower and theoretic calculation of related pressure,flow rate and reflux ratio,feasibility of the process was determined and verified in practice.
通过对液氮反充主塔流程的分析以及相关压力、流量和回流比的理论计算,确定其可行性,并在实践中得以验证。
2) Pylon
[英]['paɪlən] [美]['paɪlən]
主塔
1.
Design of the Pylon of Self-anchored Suspension Bridge and Analysis on Its Spatial Loading Performance;
自锚式悬索桥主塔设计及空间受力性能分析
2.
The construction method and technique measure of pylon for WuHu Changjiang River;
芜湖长江大桥主塔施工技术改进措施
3.
Construction of Pylons of Cable-stayed Spans of the Second Changjiang River Bridge in Wuhan;
武汉长江二桥斜拉桥主塔施工
3) main pylon
主塔
1.
Construction technology of climb formwork bracket for north main pylon of Weiliulu Cable-Stayed Bridge;
济南市纬六路斜拉桥北主塔爬模爬架施工技术
2.
With a cable-stayed bridge as an example, analysis is made with analogous bar method on shear lag effects in construction of concrete main pylon of box-profile, and comparison is carried out between calculated results and the results from site testing and finite element computation, giving a valuable reference to design and construction of similar structures.
以成都市人南斜拉桥为例,应用比拟杆法,分析了斜拉桥箱形截面混凝土主塔在施工中的剪力滞后效应,并把计算结果与有限元计算和现场测试的结果进行了对比,可见比拟杆法简单实用,虽有一定误差,但精度是足够的。
4) main fractionation tower
主分馏塔
1.
The technology of FCC main fractionation tower colleting all advantages of high efficiency DL float valve tray, TFDJ tray and LVG tray is expounded.
介绍了催化裂化主分馏塔技术,其特点在于综合了高效导流浮阀塔盘、TFDJ塔盘、LVG塔盘三者的优点, 根据催化裂化主分馏塔各段不同的汽液负荷及结盐、结焦情况,采用不同的塔盘。
2.
The paper introduces the FCC main fractionation tower new separate technology and application, its trait is in colligating the merit for high efficiency flow - guided float valve tray, multi - downcomer tray, LVG tray, base in different vapor and liquid load for different position about FCC main fractionation tower , adopt different tray, exerting every speciality.
介绍了FCC主分馏塔分离技术及其应用,其特点在于综合了高效导流浮阀塔盘、多降液管塔盘、LVG 塔盘三者的优点,根据FCC主分馏塔各段不同的汽液负荷结盐、结焦情况,采用不同的塔盘,充分发挥各自优点。
5) main fractionator
主分馏塔
1.
The combined trapezoid spray trays developed by He bei University of Technology have been first successfully used in the technical transform of FCC main fractionator in Dongming Petrochemical Group Co.
河北工业大学开发的新型大通量高效塔板———立体传质塔板 (CTST)在东明石化集团有限公司催化装置主分馏塔扩能改造中首次获得成功应用。
2.
A new method establishing models of FCC main fractionator was proposed.
提出一种新的催化裂化主分馏塔建模方法。
3.
In this paper, software PRO/Ⅱis adopted to simulate the whole flowthat is main fractionator system and absorption-stabilization system.
催化裂化是炼油厂中重要的二次加工过程,但其主分馏塔和吸收稳定系统面临生产扩能、产品质量改善和节省能耗几大问题的困扰。
6) king tower of compliance
柔性主塔
补充资料：塔主
【塔主】
（职位）禅林之职名。守塔者。
（职位）禅林之职名。守塔者。
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