1.
Progress in research on anti-permeability properties of gravelly soil core material and filter material
砾石土心墙料-反滤料联合抗渗研究进展
2.
Research on the Remediation of Nitrobenzene in Ground-water with Combination Material of Permeable Reactive Barrier
组合材料渗透反应墙对硝基苯污染地下水的修复研究
3.
The Core Wall Material Permeability Test Study and Analysis of a Hydropower Project
某水电站心墙料渗透试验研究及分析
4.
Quality Control for Dam Impervious Core Material Mixing at Shiquanhe Hydropower Project
狮泉河水电站大坝心墙防渗掺合料生产质量控制技术
5.
Seismic Shear Capacity for Brick Masonry Wall Strengthened with GFRP
GFRP复合材料加固砖墙抗震抗剪承载力
6.
Application of gravelly soil to the impervious core of the dam for Xijinghe Reservoir
砾质土料在西静河水库大坝防渗心墙中的应用
7.
Study on Double-percolation Threshold Thermoplastic Antistatic Composites
双逾渗热塑性抗静电复合材料的研究
8.
EFFECT OF SPHERIC SHAPE FILLINGS ON CONTAMINATION REMOVAL IN INTEGRATED VERTICAL FLOW INFILTRATION SYSTEM
球形填料对复合垂直流渗滤系统的影响研究
9.
Preparation of W/ZrC Composites by Reactive Melt Penetration
W/ZrC复合材料的反应熔渗法制备
10.
Dam core impervious material quality is critical to dam quality of Shiquanhe hydropower station.
大坝心墙防渗掺合料的生产质量是狮泉河水电站大坝质量控制的关键。
11.
Reaction Mechanism of C_f/Ti-Al Composite by Infiltration-Reaction Synthesis
浸渗-反应合成C_f/Ti-Al复合材料的反应机理
12.
The back-analysis of deformation parameters of core gravelly soil of the Nuozhadu high rock-fill dam
糯扎渡高心墙堆石坝心墙砾石土料变形参数反演分析
13.
testing methods of bleeding for pigments
颜料抗渗色性试验方法
14.
Dispersion appraisal and modification analyses of the impervious soil materials for the core wall of the dam of “635” water control project
“635”水利枢纽大坝心墙防渗土料分散性鉴定及改性试验研究
15.
Broken gravel soil as impervious material for rockfill dam with core
滑坡堆积碎(砾)石土作为心墙堆石坝防渗土料的初步研究
16.
Property of impervious material for Taleghan clay core embankment dam and engineering measures
塔里干粘土心墙土石坝防渗土料的性质及工程措施
17.
Establishment and evaluation of a novel dot immunogold filtration assay for simultaneous detection of multiple autoantibodies
新型自身抗体联合检测斑点免疫金渗滤法的建立及应用评价
18.
The slag penetration resistance is improved significantly with the increasing of zircon content.
随着原始配料中锆英石的增加，合成料抗渣渗透性增强。