1)compound support复合支护
1.Study on compound support technology for mining gateway in tilted strata in deep mine;深井倾斜岩层回采巷道复合支护技术研究
2.Application of compound support in soft rock roadway;复合支护在软岩巷道中的应用
3.Application of compound support in deep base hole support;复合支护形式在深基坑支护中的应用
英文短句/例句
1.Application of Combined Supporting Technology of Anchored Bolting Mesh and Metal Support in Coal Seam with Soft Roof , Soft Coal and Soft Floor“三软”煤层锚网金属支架复合支护技术的应用
2.Application of Composite Retaining Structure by H Section Steel &Cement Soil Piles in Retaining Work for Deep Foundation Excavation“H型钢+水泥搅拌桩复合支护”在深基坑支护工程中的应用
3.The Study on Soil-Nailing Wall-Pile Composite Supporting System and Monitoring for Deep Foundation Excavation;深基坑的土钉墙—桩复合支护与监测技术研究
4.Discussin on Bolt and Cable Supporting Technique of the Comples Roof复合顶板巷道锚杆锚索支护技术探讨
5.Practice of the Timbering of Composite Top - Tray Drift Anchored Cable Ret Cord复合顶板沿空巷道锚梁网索支护实践
6.Numerical Analysis of the Strut Frame Made of Composed Soil-Nailing;复合型土钉支护结构有限元数值分析
7.Simulation analysis of stress and deformation of compound soil nailing复合土钉支护内力与变形的模拟分析
8.ANALYSIS ON BEHAVIOR OF COMPOSITE SOIL NAILING IN SOFT SOIL FOUNDATION SUPPORTING软土基坑复合土钉支护工作性能分析
9.RESEARCH ON APPLICATION OF COMPOSITE SOIL NAILING WITH DOUBLE-ROW BAMBOO PILE双排毛竹桩复合土钉支护的应用研究
10.Compound tunnel weak spot failure mechanism and support复合巷道薄弱部位破坏机理及其支护
11.The Design Method and Application of Topping in Composite Soil Nails复合土钉支护的面层设计方法与应用
12.RESEARCH AND APPLICATION OF WATERPROOF COMPOUND SOIL-NAILED WALL止水型复合土钉墙支护的研究与应用
13.Composite Soil-nailed Wall Retaining Construction for the Coal-storing Pit in Complex Environment复杂环境下受煤坑基坑复合土钉墙支护施工
14.3-D Elastic-Plastic Finite Element Analysis of Pure Soil Nailing and Soil Nailing+Mixing Pile Composite Soil-Nailing纯土钉支护与土钉+搅拌桩复合土钉支护的三维有限元对比分析
15.APPLICATION OF COMPOUND SOIL-NAILING WALL SUPPORTING TECHNIQUE IN DEEP FOUNDATION PIT复合土钉墙支护技术在深基坑支护工程中的应用
16.Reserving space for lane along the tunnel under the condition of soft coal bed,compound roof supports and protections;松软煤层复合顶板联合支护 沿空留巷探讨
17.On compound support for composite roof in gob-side entry in thin coal seams浅谈薄煤层复合顶板沿空留巷联合支护
18.Combined Supporting Technology with Pressure Releasing and Yielding in Deep Roadway under Combined Roof深井复合顶巷道卸压 让压综合支护技术
相关短句/例句
composite support复合支护
1.Study of effect of supporting parameters on deformation behavior of excavation with composite supporting;支护参数对复合支护基坑变形的影响分析
2.Application of composite support in a foundation pit project;复合支护在某基坑工程中的应用
3.Through investigation and research on roadways disrepair influenced by mining dynamic pressure in Renlou Coal Mine,Aimed at different geology conditions,many kinds of composite support technology are pointed out.任楼煤矿通过对受采动影响的巷道失修调查与研究,针对不同的地质条件,提出了锚网喷(索)+注浆、圆U型钢棚(U型棚)+注浆、U型棚+注浆、锚网喷+U型棚+注浆等多种复合支护技术,提高了巷道支护强度,控制了动压巷道的破坏,保证了巷道的稳定,降低了巷道的失修率,达到了预期目的。
3)combined support复合支护
1.Design and construction of combined support for a deep foundation pit in Changsha;长沙市某深基坑复合支护设计与施工
2.Liuzhuang western undergound station deformation is serious,after repairing by combined support technology,the deformation is becoming steady,crack can stop,which provides a reference for the similar.刘庄西区井底车场巷道变形严重,采用复合支护技术支护和使用要求修复后,变形基本稳定,浆皮开裂现象基本遏制,对类似情况具有借鉴意义。
4)compound supporting复合支护
1.The author have introduced the application of compound supporting technology,which has solved the problem of difficult supporting in roadway and provided experience both for the deep roadway supporting in Yima Colliery and those with similar conditions.厚煤层掘进中应用复合支护技术,解决了巷道难支护的问题,对义马煤田深部巷道及相近条件的巷道支护有一定借鉴意义。
5)compound roof support复合顶板支护
6)combined support technology复合支护技术
1.The combined support technology using bolting-net-shotcrete lining,36U doublelayer steel support achieves a good result in support for soft rock strata.介绍铁法煤业集团公司大平煤矿在高应力、强膨胀围岩、临近采空区条件下对N1N1工作面回风巷进行的支护技术,采用锚网喷、36U钢双层金属支架复合支护技术在软岩支护中取得良好效果。
延伸阅读
复合材料的复合效应复合材料的复合效应composition effect of composite materials 复合材料的复合效应Composition effeet of Com-Posite materials复合材料特有的一种效应，包括线性效应和非线性效应两类。 线性效应包括平均效应、平行效应、相补效应和相抵效应。例如常用于估算增强体与基体在不同体积分数情况下性能的混合率，即 Pc一巧几+VmPm式中Pc为复合材料的某一性质，乃、几分别为增强体和基体的这种性质，VR、Vm则分别是两者的体积分数。这就是基于平均效应上的典型事例。另外关于相补效应和相抵效应，它们常常是共同存在的。显然，相补效应是希望得到的而相抵效应要尽可能避免，这个可通过设计来实现。 非线性效应包括乘积效应、系统效应、诱导效应和共振效应、其中有的己经被认识和利用，并为功能复合材料的设计提供了很大自由度;而有的效应则尚未被充分地认识和利用。乘积效应即已被用于设计功能复合材料。如把一种具有两种性能互相转换的功能材料X/y(如压力/磁场换能材料)和另一种Y/Z的换能材料(如磁场/电阻换能材料)复合起来，其效果是(X/D·(Y/Z)二X/Z，即变成压力/电阻换能的新材料。这样的组合可以非常广泛(见表)。系统效应的机理尚不很清楚，但在实际现象中已经发现这种效应的存在。例如交替迭层镀膜的硬度远大于原来各单一镀膜的硬度和按线性棍合率估算的数值，说明组成了复合系统才能出现的性质。诱导行为已经在很多实验中发现，同时这种效应也在复合材料的乘积效应┌──────┬──────┬──────────┐│甲相性质 │乙相性质 │复合后的乘积性质 ││ X/y │ Y/Z │沙到豹·(Y/公一义您 │├──────┼──────┼──────────┤│压磁效应 │磁阻效应 │压敏电阻效应 │├──────┼──────┼──────────┤│压磁效应 │磁电效应 │压电效应 │├──────┼──────┼──────────┤│压电效应 │场致发光效应│压力发光效应 │├──────┼──────┼──────────┤│磁致伸缩效应│压阻效应 │磁阻效应 │├──────┼──────┼──────────┤│光导效应 │电致效应 │光致伸缩 │├──────┼──────┼──────────┤│闪烁效应 │光导效应 │辐射诱导导电 │├──────┼──────┼──────────┤│热致变形效应│压敏电阻效应│热敏电阻效应 │└──────┴──────┴──────────┘复合材料界面的两侧发现，如诱导结晶或取向，但是尚未能利用这种效应来主动地设计复合材料。两个相邻的物体在一定的条件下会产生机械的或电、磁的共振，这是熟知的物理行为。复合材料是多种材料的组合，如果加以有目的性的设计，肯定可利用这种共振效应，但是目前尚未加以研究。(吴人洁)
