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1)  viscous energy dissipation brace
粘滞耗能支撑
1.
Performance-based seismic strengthening design for an existing RC high-rise building with viscous energy dissipation braces;
高层建筑基于性能的粘滞耗能支撑结构抗震加固设计
2.
In general, viscous energy dissipation brace (VEDB) is designed by viscous damper series connected with steel brace, and it is placed between two interlayer frame posts.
结构设计中通常是粘滞阻尼器与钢支撑串联形成粘滞耗能支撑,并将其附设于结构层框架柱之间。
2)  viscous energy dissipation braces
粘滞消能支撑
1.
In order to analyze the influence on reducing seismic performance of structure with viscous energy dissipation braces,the force-bearing properties of different types of viscous energy dissipation braces are studied;the calculation model,the calculation formulas of horizontal control force of viscous energy dissipation braces and the design methods of the viscous energy dissipation are proposed.
为了分析粘滞消能支撑的减震效果,本文研究了不同布置型式下粘滞消能支撑的受力特点,提出了粘滞消能支撑的简化计算模型、水平控制力表达式和设计方法。
3)  energy dissipation brace
耗能支撑
1.
To study the dynamic response performance of reinforced concrete frame structure with friction energy dissipation braces,the element stiffness and mechanics model of the element of friction energy dissipation device and the element of frame bar are analyzed.
为研究钢筋砼摩擦耗能支撑框架结构的动力反应性能 ,对其中的摩擦耗能器单元和框架杆单元的单元刚度和力学模型做了分析。
2.
Some types of Energy Dissipation Brace System of Frame studied and developed at home and abroad recently are introduced in brief,and several new types of designs of Energy Dissipation Brace System of Frame are presented to supply reference for further experiments and studies on the basis of the Principle of Energy Dissipation and Seismic Shock Reduction or Price of Structure in this paper.
简要介绍了近年来国内外研制开发的框架耗能支撑体系的型式和抗震性能,并基于耗能减震机理和结构造价,提出了几种耗能支撑的新构想,以供进一步试验研究参
4)  viscous damper
粘滞阻尼支撑
1.
In this paper,the nonlinear time history analysis of structure braced with viscous dampers is discussed.
建立了两个三层的单榀粘滞阻尼支撑框架结构,利用IDARC 2D非线性分析软件进行了弹塑性时程分析,对框架弹塑性阶段的地震响应、塑性铰分布及结构损伤进行了对比研究,提出了阻尼支撑框架结构的设计要点,为实际工程提供设计依据。
2.
Nonlinear time history analysis and Pushover analysis are adopted to study steel brace and viscous damper brace systems with continuous layout and discontinuous layout.
采用非线性时程分析和弹塑性静力分析,对钢支撑和粘滞阻尼支撑两类支撑的连续与非连续布置共四种支撑方案进行对比分析。
5)  friction energy dissipating brace
摩擦耗能支撑
1.
The technology of friction energy dissipating brace is effective measure in vibration suppresseing.
摩擦耗能支撑减震技术是一种行之有效的减震措施,该文利用ANSYS程序对5层摩擦耗能支撑框架、无支撑框架和普通支撑框架的地震反应进行了计算比较。
2.
The influence of different distribution of friction energy dissipating braces in partial stories on the suppressive effectiveness of structure vibration is analyzed by ANSYS finite element program.
以一个10层单跨框架结构作为算例,利用ANSYS程序分析了摩擦耗能支撑在局部楼层中的不同设置方式对结构减震效果的影响。
6)  buckling-restrained brace
防屈曲耗能支撑
1.
The research and applications of using buckling-restrained braces in the seismic rehabilitation;
应用防屈曲耗能支撑进行抗震加固的研究与应用
2.
Seismic Response and Performance of Multistory Frames with Buckling-Restrained Braces;
多层防屈曲耗能支撑框架的弹塑性分析
补充资料:硫酸粘菌素 ,粘菌素,硫酸多粘菌素E
药物名称:多粘菌素E

英文名:Polymyxin E

别名: 多粘菌素E;可立斯丁;可刹迈仙干糖浆;硫酸抗敌素;硫酸粘菌素 ,粘菌素,硫酸多粘菌素E
外文名:Colistin ,Polymyxin E
性状:
常用其硫酸盐,为白色或微黄色粉末;无臭或几乎无臭。有引湿性。在水中易溶,在乙醇中微溶,在丙酮、氯仿或乙醚中几乎不溶。
药理作用:
抗菌谱和体内过程与多粘菌素B相同。口服不吸收,用于治疗大肠杆菌性肠炎和对其它药物耐药的菌痢。外用于烧伤和外伤引起的绿脓杆菌局部感染和耳、眼等部位敏感菌感染。注射已少用。
适应症:
用于治疗大肠杆菌性肠炎和对其他药物耐药的菌痢。外用于烧伤和外伤引起的绿脓杆菌局部感染和耳、眼等部位敏感菌感染。注射已少用。
用量用法:
1.口服:成人1次50万~100万单位,1日3~4次。儿童1次量25万~50万单位,1日3~4次。重症时上述剂量可加倍。 2.外用:溶液剂每毫升含1万~5万单位,氯化钠注射液溶解。
注意事项:
1.可发生皮疹、瘙痒等过敏症状。胃肠道有恶心、呕吐、食欲不振、腹泻等不良反应。 2.孕妇慎用。 3.口服宜空腹给药。
规格: 片剂:每片50万;100万;300万单位。灭菌粉剂:每瓶100万单位,供制备溶液用(1mg=6500单位)


类别:抗生素
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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