1) combined supporting
组合支护
1.
Mechanics and practice of combined supporting technology of 3D anchor-cable and unloading technology of wall of roadway;
三维锚索与巷帮卸压组合支护技术原理及工程实践
2.
Taking the underground water pump house supporting in Qincheng Coal Mine as the example, this paper introduces the application of the combined supporting technology of anchor mesh + steel band and anchor-cable in large cross section chamber.
以沁城煤矿井下水泵房支护为例,详细介绍了锚网喷加钢带锚索组合支护技术在大断面硐室中的应用。
3.
The combined supporting of bolt*.
锚喷锚索组合支护 ,是一种新型支护技术 ,具有开挖量小、施工工期短、服务年限长等优点 ,一般适用于井下跨度 5m以上的大断面永久硐室 ,其柔性支护特性 ,对围岩岩性较差的硐室尤为有利 ,与料石、钢筋砼砌碹相比 ,可大大降低维修费用 。
2) composite support
组合支护
1.
Application of composite support in foundation pit support and its simulation applying for ANSYS;
组合支护在基坑支护中的应用及其ANSYS模拟
2.
This paper analyzes the change law of composite support formed with soil nail and row piles which used in the application test of soft-soil deep foundation pit.
本文通过软土地基深基坑工程采用土钉与排桩组合支护的应用试验,分析了这种组合支护型式的变化规律,探讨了组合支护的设计计算方法。
3.
Application of soil nails and cement mixing piles composite support were introduced in soft clay foundation pit,and the design method of the engineering was studied.
介绍了土钉和水泥搅拌桩组合支护在软土地基基坑工程中的应用,阐述了其设计计算方法。
3) combined support
组合支护
1.
Application of combined support in soft-soil deep foundation pit
组合支护形式在某软土深基坑中的应用
2.
The combined support with bolt,steel band,anchor rope,chain mesh and shotcrete is applied in the belt conveyor apparatus room in Donghai Coal Mine of Jixi Mining Industry Group.
鸡西矿业集团东海煤矿胶带输送机房采用锚杆、钢带、锚索组合支护,铺金属网兼喷射混凝土,取得了预期的效果,满足了生产需要,为组合支护在深矿井中的应用积累了经验。
4) composite retaining structure
组合式支护
1.
The Application of composite retaining structure in the reinforcement of deep excavation;
组合式支护在基坑加固工程中的应用
6) combined bolting with wire meshes beam and cable anchor
锚、网、索组合支护
补充资料：组合模式或组合振动
分子式：
CAS号：
性质：在红外光谱中通常出现很多的弱吸收，组合模式或组合振动系指对应于两个或多个基本振动频率之和起源，它的弱吸收于多原子分子振动态相互作用的振子的非谐性。与基频振动及倍频所引起的吸收相比，这些吸收是比较弱的。
CAS号：
性质：在红外光谱中通常出现很多的弱吸收，组合模式或组合振动系指对应于两个或多个基本振动频率之和起源，它的弱吸收于多原子分子振动态相互作用的振子的非谐性。与基频振动及倍频所引起的吸收相比，这些吸收是比较弱的。
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