1) synergic system
协效体系
2) fire resistant synergetic syst
阻燃协效体系
3) cooperative system
协作体系
1.
Studies of design parameter on cable-stayed bridge of single-tower cooperative system;
设计参数对独塔协作体系斜拉桥的影响研究
2.
By gathering typical bridge projects built both in china and abroad,characters and research developments of cooperative systems are interpreted including cooperation of cable-stayed bridge with continuous beam or T frame bridge,with arch bridge,with suspension bridge and also with deck suspension bridge etc.
结合国内外代表性的工程实例,介绍斜拉桥同其他桥型协作的形式、特点和研究情况,包括斜拉桥同连续梁或刚构的协作、斜拉桥同拱桥的协作、斜拉桥同悬索桥的协作、斜拉桥同上承式索桥的协作等;对比不同协作体系的荷载分配方式,并根据各个基本结构体系承受的荷载有无明显几何界限,将桥型间的协作区分为共载协作和分载协作,其中分载协作体系结构长度比例的确定、连接部位的设计以及共载协作体系中刚度比例的优化对结构特性影响较大,是设计的关键。
3.
Then buffeting response analysis of two different cooperative system cable stayed bridges with different joint forms are carried out,and the mechanical characteristics under loadings are compared.
协作体系斜拉桥是一种跨越能力大、结构新颖的斜拉桥结构形式,该体系的抗风性能及接头部位的处理是设计人员十分关注的问题。
4) collaborated system
协作体系
1.
Theoretical study of vertical free vibration of collaborated system cable-stayed bridge;
协作体系斜拉桥竖向自由振动理论研究
2.
Dynamic characteristics of collaborated system mainly include natural vibration frequency and principal mode,which is the base and precondition of dynamic analysis for collaborated system.
协作体系的动力特性主要包括体系的自振频率和主振型,它是协作体系结构动力分析的基础和前提。
6) Protocol system
协议体系
1.
Taking high-performance surveillance-vectoring radar as model,this paper studies the protocol system which can be adopted to remote transmission of radar signal,especially designs an application protocol,and develops a special communication software with Visual C++.
以高性能警戒-引导雷达为模型,研究了适合雷达信号宽带远程传输的协议体系,重点对应用层协议进行了设计,并用Visual C++开发实现了专用通信软件。
2.
Taking a high-performance surveillance/guiding radar as the model, the protocol system which fits the remote transmission of radar signals is studied in this paper.
以高性能警戒/引导雷达为模型,研究了适合雷达信号宽带远程传输的协议体系,重点对应用层协议进行了设计,并用VisualC++开发实现了专用通信软件,基于专门构建的宽带网络平台对软件进行了测试仿真,结果表明其传输性能良好,满足雷达信号宽带远程传输的要求。
补充资料：“群伙”的星协
还有一种恒星集团叫做星协。它们是由物理性质相近、光谱型或恒星表面温度差不多的恒星组成的。结构相当松散。这些星的光谱型，在空间的运动显示出它们有共同的起源。
星协与星团虽然很相似，但并不相同。同一星协是由相类似的恒星组成的，也就是它们光谱型、表面温度、运动方向大致相同，而星团则不同，同一星团的恒星，具有各种不同的光谱型和物理性质。从结构上来看，二者差异较大。星协是相当松散的恒星集团，而星团是较密集的恒星集团。
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