1.
Experimental Research on High Water Content Soil Tunnel without Systematic Bolts
高含水量土质隧道不设系统锚杆的试验研究
2.
water content of soil
土壤含水量（土壤含水率）
3.
The Study of Applying Hyper-spectral Remote Sensing Technology in Soil Moisture Monitoring
土壤含水量高光谱遥感监测方法研究
4.
Study on Supporting Structure in Cohesive Soil Tunnel of High Water Content
高含水量粘性土隧道支护结构的研究
5.
Analysis of Laboratory Test Result of Cemented Soil of High Moisture Content;
高含水量水泥土的力学特性的试验研究
6.
after-irrigation moisture content of soil
灌水后土壤中含水量
7.
The paddy?upland system increased clay dispersion content and soil fertility.
水旱轮作可增加土壤黏粒含量,提高高沙土肥力水平;
8.
Microstructure and Mechanism Research on Cement Stabilized Salt-rich Clay;
水泥处置高含盐量软土的微观试验和机理研究
9.
Determination of Selenium in Soil,Water and Plants from High-Se Area in Enshi
恩施高硒区土壤、水及几种植物硒含量的测定
10.
Spatial variation of saturated hydraulic conductivity and soil water of the surface layer of a slope on the Loess Plateau
黄土高原坡地表层土壤饱和导水率和水分含量空间变异特征
11.
Research on Content of Soil Component Using Flood with High Sand after Silting on Base of Artificial Intelligence;
基于人工智能的利用高含沙洪水淤地后土壤成分含量研究
12.
THE THAWING-FREEZING PROCESSES AND SOIL MOISTURE DISTRIBUTION OF THE STEPPE IN CENTRAL MONGOLIAN PLATEAU
蒙古高原中部草地土壤冻融过程及土壤含水量分布
13.
The result shows that the soil water content in which Ulmus pumila and Hippophae rhamnoides have high-output and high-efficiency respectively is 11.4%～17.2%;
结果表明白榆沙棘具有高产高效的土壤含水量分别为11.4%~17.2%;
14.
Determination Soil Water Content Using TDR and FDR in the Loess Plateau
TDR和FDR测定黄绵土土壤含水量的标定
15.
Rainfall made soil increase more water if the initial soil water content lower.
土壤初始含水量越低,降雨使土壤水分含量增量越大。
16.
testing method of water content of high aluminous plastic refractories and fireclay plastic refractories
高铝质和粘土质塑料耐火材料中含水量测定方法
17.
Deformation of Multilayer Roadbed-soil Tamped in DU WEN Expressway and the Relations with Water;
都汶高速公路多层夯实路基土的变形问题及其与含水量的关系
18.
Stability analysis of high slopes based on the influence of water content change on soil strength
基于含水量变化对土体强度影响的高边坡稳定分析