Soil erosion in the loess area relates to low vegetation cover rate in this region.
黄土高原地区严重的水土流失与该区植被覆盖率低有密切的关系。
This paper introduces several methods of pipeline ground treatment in collapsible loess area.
本文介绍在湿陷性黄土地区管道地基处理的几种方法。
The checking method of road base bearing capacity in loess area is determined correspondingly.
从而确定出黄土地区公路地基承载力验算方法。
A feasible foundation treatment program for oil tank project in collapsible loess area was provides.
为湿陷性黄土地区油罐基础提供了一种可行的地基处理方案。
Therefore, it is necessary to check the road base bearing capacity in loess area in the stage of design.
因此在设计阶段进行黄土地区公路地基承载力验算很有必要。
The sediment sources in the gully hilly loess area in southwest Shanxi Province, north China was studied.
该文研究山西西南部黄土区小流域的泥沙来源。
The subsurface erosion of loess is a critical problem that causes the loss of water and soil in loess area.
黄土潜蚀是黄土地区水土流失的重要原因，同时潜蚀作用形成的黄土暗穴是黄土地区主要工程地质问题之一。
In the loess area of west China, the geographical hazards especially loess landslides shows the tendency of growing.
在我国西部尤其是生态环境比较脆弱的黄土地区，地质灾害尤其是滑坡灾害有逐渐增多的趋势。
The article introduced emphatically falls wet loess area pipeline foundation processing and construction several methods.
文章着重介绍了湿陷性黄土地区管道基础的处理与施工的几种方法。
Thus, in order to prevent seismic subsidence hazard, we need to make risk prediction for seismic subsidence of loess area.
从而，为了预防地震震陷灾害，我们需要对黄土地区的震陷进行危险性预测。
As highway construction experience accumulated in loess area, more and more people realize the importance of ground bearing capacity.
随着黄土地区公路建设经验的不断积累，人们越来越意识到路基地基的重要性。
Because of the special engineering quality of loess, it is particularly outstanding that the prevention and drainage technology of highway in loess area.
由于黄土的特殊工程性质，黄土地区公路防排水与水毁防治的重要性显得尤为突出。
Common used measures in design of buildings in collapse loess area are mainly focused in three aspects: foundation treatment, waterproofing, and structure.
对湿陷性黄土区的建筑物，其设计措施通常可采取：地基处理措施、防水措施和结构措施三种。
Foundation treatment, water proof measures, design principle and characteristic of feed water and drainage pipeline in collapsible loess area were introduced.
由于湿陷性黄土的特性，湿陷性黄土地区给水排水管道设计越来越引起人们的关注。
The sedimentation deformation damage of road base due to the insufficient ground bearing capacity in loess area is a problem to be solved in road construction.
黄土地区公路因地基承载力不足导致路基沉降变形破坏是公路建设中有待解决的问题。
Based on the data of stations in the Loess area of the study area, it has been found that the frequency increases with the drainage area to a peak, then declines.
在下垫面一致的黄土区，高含沙水流的发生频率随站点面积的增大先增大后减小。
According to the experimental results of saturated loess remodeling identified Duncan-chang and K-G model parameters and can be applied in the loess area project.
根据饱和重塑黄土的试验结果确定了邓肯-张模型及K -G模型的参数，可在黄土地区工程中得以应用。
Gullies located in the remained loess area have different formation features due to the different foundations of geology and geomorphology and intensity of soil erosion.
黄土残塬区的沟道由于地质地貌基础及土壤侵蚀强度的不同而具有不同的形态特征。
From a case study of a fly ash reservoir in a loess area in Henan province, the author introduces the main contents and methods of risk evaluation of geological hazards.
以河南黄土地区某灰渣库为例，介绍了地质灾害危险性评估的主要内容和方法。
The paper introduced the characteristics of loess and the construction in loess area, and combined with the practice, it proposed attentions and quality control measures.
黄土是一种特殊的黏性土，叙述了黄土的特性及黄土地区修筑高等级公路路基工程施工的特点，并结合实际提出了施工注意要点和质量保证措施。
According to the features of water cycle in protective forest ecosystem in loess area, the equation of water balance for the protective forestry ecosystem was put forward.
根据黄土地区防护林生态系统水分循环的特征，提出了防护林生态系统水量平衡方程。
To study vertical bearing behavior of the foundation, a shaft diaphragm wall foundation of bridge in loess area was tested for bearing capacity by use of the self-balanced method.
为研究其竖向承载特性，在国内首次采用自平衡法对黄土地区某桥梁的井筒式地下连续墙基础进行了现场静载试验。
To study vertical bearing behavior of the foundation, a shaft diaphragm wall foundation of bridge in loess area was tested for bearing capacity by use of the self-balanced method.
本文在采用自平衡法静载荷试验的基础上，分别对浙江嘉兴和湖州两个工程中的同一场地挤扩支盘灌注桩与普通直孔灌注桩进行对比试验研究。
The achievements can be taken as criteria for choosing shrubs for protecting slope and preventing shallow landslide, collapsing and debris flow in loess area of northeast qinghai-tibetan plateau.
研究成果可作为青藏高原东北部黄土区采用优势护坡灌木植物，防治坡面浅层滑坡、崩塌、泥石流等地质灾害发生的理想依据之一。
The benefits of the Second Loess project are not limited to the project area.
黄土高原项目二期的有利影响还不仅仅限于项目区。
Loess, a special soil widely distributing in northwest area of China, is often used as road foundation filling element and foundation soil during the large-scale highway construction of this area.
黄土是我国西北地区广泛分布的一种特殊土，在西部地区大规模的公路建设中，黄土常常被用于路基填料和地基土。
Loess, a special soil widely distributing in northwest area of China, is often used as road foundation filling element and foundation soil during the large-scale highway construction of this area.
黄土是我国西北地区广泛分布的一种特殊土，在西部地区大规模的公路建设中，黄土常常被用于路基填料和地基土。
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