1) column hinge with composite stirrups
复合配箍柱铰
1.
The formulas to culculate the ductility and limit comer of column hinge with composite stirrups are derived.
导出了复合配箍柱铰的延性和极限转角的计算公式，并提出了抗震柱铰的有关设计建议。
2) overlapping hoops
复合箍筋
1.
According to the character of uniform reinforcement with ring section and assumption of strains of section keeping in plane,moreover stress-strain relationship of concrete confined by overlapping hoops and steel tubes,the formula of .
根据周边均匀配筋的环形截面的受力特点和平截面假定,应用复合箍筋约束混凝土和核心钢管混凝土的应力应变关系,进行了部分预应力压弯构件延性系数计算。
2.
The effect of overlapping hoops on the strength and ductility of highstrength concrete were studied in detail,and were compared with lowstrength confined concrete.
较详细地研究了复合箍筋对高强混凝土（Ｃ６０）强度和变形的影响，并与普通强度约束混凝土（Ｃ３０）进行了比较，主要考虑了箍筋直径、间距、形式和强度等影响因素。
3.
The effect of overlapping hoops on the strength and ductility of high-strength concrete were studied in detail, and were compared with low-strength confined concrete.
较详细地研究了复合箍筋对高强混凝土(C60)强度和变形的影响,并与普通强度约束混凝土(C30)进行了比较,主要考虑了箍筋直径、间距、型式和强度等影响因素。
3) multi-spirals
复合螺箍
4) overlapping hoops
复合方箍
1.
The paper puts forward a concrete substitution technology for non-equal-concrete-strength based on the theories of the concrete confined by overlapping hoops.
本文运用复合方箍约束混凝土理论 ,提出一种替换不等强度混凝土的施工方法 。
2.
Based on the experimental data,this paper analyses how the strength of the concrete confined by overlapping hoops under axial compression varies with the characteristic value and spacing of hoop.
在现有试验数据的基础上 ,分析了轴心受压下复合方箍约束混凝土抗压强度随含箍特征值λv 和箍筋间距s的变化规律 ,提出了方箍约束混凝土轴心受压短柱承载力的计算公式 ,并给出算例。
5) combination coupling
复合接箍
6) compound reamer
复合铰刀
1.
By analyzing the reason of engendering bell in cutting valve holes and the method of removing bell, the design thought of the carbide floating compound reamer is introduced.
通过分析阀孔加工中喇叭口的形成原因及消除方法 ,介绍了加工阀孔用硬质合金浮动复合铰刀的设计思路。
补充资料：堆积柱形配位化合物
分子式：
CAS号：
性质：晶体结构为分子相互重叠堆成柱状的一类配位化合物。酞菁(Pc)配位化合物金属酞菁(MPc)即是一例。在酞菁(一种18π电子系的大环共轭平面配位体)配位化合物晶体中，酞菁平面相互重叠，借分子间π轨道重叠而形成一维导电柱，或通过桥联配体形成一维导电柱。
CAS号：
性质：晶体结构为分子相互重叠堆成柱状的一类配位化合物。酞菁(Pc)配位化合物金属酞菁(MPc)即是一例。在酞菁(一种18π电子系的大环共轭平面配位体)配位化合物晶体中，酞菁平面相互重叠，借分子间π轨道重叠而形成一维导电柱，或通过桥联配体形成一维导电柱。
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