1) bonding layer
固结层
1.
The bonding layer c.
针对沙土为研究对象，主要作了固结层的透水性，抗老化性，抗风蚀的室内固沙实验方面的初步探讨。
2) consolidation
固结
1.
One-dimensional consolidation model for landfills considering solid-liquid-gas interaction;
城市生活垃圾填埋场固液气耦合一维固结模型
2.
Experiments of waste mud purification & consolidation method;
废泥浆净化与固结方法的试验研究
3.
Soil of consolidation with partially penetrated vertical drains under complicated loadings considering three-dimensional seepage in soil beneath vertical drain;
复杂荷载作用下考虑下卧层三维渗流的未打穿竖井地基固结分析
3) solidification
固结
1.
The mechanism of underground solidification and induration of cement clay grout is emphatically discussed and tested and vertified in engineering.
简要介绍了高压喷射灌浆新技术的原理，重点论述了水泥粘土浆在地下的固结与硬化机理，并以工程实践作了验证。
4) concretion
固结
1.
The original roadbed is soft land base adopt plastic draining off board treatment, most section foundation soil already accomplishes a concretion, namely settlement already is in stable state, the roadbed broadens the settlement there existing difference in the old and new in the roadbed.
原有路基软土地基采用塑料排水板处理,大部分路段地基土已完成固结,即沉降已处于稳定状态,路基拓宽后的新老路基存在差异沉降。
2.
The calculation method is put forward to settlement, concretion and after settlement.
文章对特殊路段的软土特性进行了试验研究,对软土路基的变形计算、固结以及工后沉降计算给出计算方法,同时在高速公路建设中,针对软土路基的特殊性并结合工程应用提出了软土路基处理的一系列新方法。
3.
Following the TerzaqhiRendulic s concretion theory on saturation soilbody,using the fundamental solution to the potential problem(i.
对饱和土体的Terzaqhi-Rendulic固结理论,采用稳态势问题(即Laplace方程)的基本解,并将时间变量和空间变量分离,导出了边界元的求解公式,可采用逐步积分求解。
5) consolidation ratio
固结比
1.
Effects of consolidation ratios of sands on dynamic shear modulus and response spectrum of soil surface;
固结比对砂土动剪切模量及地表反应谱的影响
2.
The test results indicate that the consolidation ratio has remarkable influence on the pore pressure rise and the relation between the relative increment of the pore pressure and the increment of the consolidation ratio is in the power function form,(i.
分析表明,固结比对饱和砂土液化有重要影响,孔压相对增量与固结比增量之间呈幂函数关系,即ΔU/U0=C1,a(kc-1)C1,b。
6) explosive consolidation
爆炸固结
1.
Research on Nb-based composite by explosive consolidation;
Nb基复合材料的制备——爆炸固结法
2.
Mo/Cu functionally gradient material (FGM) was prepared by self-propagating combustion preheating and bidirectional explosive consolidation with buffer action of water.
设计并采用自蔓延燃烧预热,水介质缓冲双向爆炸固结的方式制备了Mo/Cu功能梯度材料(FGM),观测了Mo/CuFGM的显微组织并分析了固结过程。
3.
Aiming at some new rapid consolidation technologies in powder metallurgy industry developed very quickly during the last ten years, the features, the forming principle and the applicable prospect of explosive consolidation, microwave sintering, spark plasma sintering, selective laser sintering, etc, are introduced.
针对粉末冶金行业近10年来出现的快速固结新技术,简要地介绍其中的微波烧结、放电等离子烧结、选择性激光烧结、爆炸固结、场激活燃烧合成的原理、特点、应用和发展状况。
参考词条
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